Text

Effluent & Waste Disposal Semiannual Rept,Jan-June 1981
	ML20010F665
Person / Time
Site:	Crane
Issue date:	08/31/1981
From:	; Metropolitan Edison Co
To:	;
Shared Package
ML20010F664	List: ML20010F663; ML20010F665;
References
	NUDOCS 8109110121
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EFFLUENT AND WASTE DISPOSAL SEMI ANNUAL REPORT January 1, 1981 - June 30, 1981 SUPPLEMENTAL INFORMATION FACILIJY TMI-Unit-II LIGENSEE DPR-73-320

=

1.

Regulatory Limits a.

Fission and activation gases:

Pecs, c.

tc ates, half-lives > 8 days:

tt 3

d.

Liquid effluents:

2.

Maximum Permissible Concentrations Provide the MPCs used in determining allowable release rates or concentrations.

a, Fission and activation gases:

10 CFR, Part 20, Appendix B c

art c ates, half-lives 8 days:

d.

Liquid effluents:

3.

Average Energy Provide the average energy (E) of the radionuclide mixture in releases of fission and activation gases, if applicable 0.253 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: Ce(Li) Spectrometry, Liquid Scintillation b.

Iodines:

Ge(Li) Spectrometry c.

Particulates:

Ge(Li) Spectrometry, Gas Flow Proportional d.

Liquid effluents:

Ge(Li) Spectrometry, Liquid Scintillation 5.

Batch Releases Provide the following information relating to batch releases of radioactive materials in liquid and gaseous effluents.

A.

Liquid 1st Quarter 2nd Quarter 1.

Number of batch releases:

12 11 2.

Total time period for batch release:

N/A N/A 3.

Maximum time period for a batch release:

4.

Average time period for batch releases:

5.

Minimum time period for a batch release-6.

Average stream flow during periods of release of effluent into fluwing stream:

See Note (1) on page of this report.

8109110121 810831 PDR ADOCK 05000320 R

PDR __

- l; TMI - Unit II j

January 1, 1981 - June 3,.,

1981 5.

Batch Releases (cont.)

B.

Gaseous 1st Quarter 2nd Quarter 1.

Number of batch releases:

4 6

2.

Total time period for batch releases:

10660 min 10002 min 3.

Mavimum time period for a batch release:

5757 min 2170 min 4.

Average time period for batch release:

2665 min 1667 min 5.

Minimum time period for a batch release:

5 min 4 min 6.

Abnormal Releases A.

Liquid 1.

Number of releases:

None 2.

Total activity released:

Not Applicable B.

Gaseous 1.

Number of releases:

None 2.

Total activity released:

Not Applicable l

m 9

TABLE 1A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES UNIT lst 1981 2nd 1981 EST. TOTAL II QUARTER QUARTER' ERROR, %

A.

Fission & activation gases i

_l.

Totcl release C1 2.38 El 8.23El 2.5 El i

Tech Spec Limit *

2. Average release rate for period UCi/sec.

3.06 E0 1.05El 3

2.4 E4 m /sec x 80%

3. ?ercent of Tech Spec limit 5.31 E-2 1.82E-1

= 5.76 E3 pCi/sec fo B.

Iodines

l. Total Iodine-131 uCi/cc

< 2 E-14

<22-14 2.5 El

2. Average release rate for period uCi/sec.

N/A N/A Tech Spec Limit =

p sec x M%

3. Percent of Tech Spec limit N/A N/A

= 0.0192 pCi/sec C.

Particulates

1. Particulates with half-lives

> 8 navs Ci 1.49 E-5 4.49E-6 2.5 El

2. Average release rate for period pCi/sec.

1.91 E-6 5 71E-7 Tech Spec Limit =

0.024 pCi/sec x 80%

3. Percent of Tech Spec limit 9.97 E-3 2.98E-3 1.92 E-2 pCi/sec

=

4. Gross alpha radioactivity C1 2.53 E-8 3.01E-8 D.

'Iritium

1. Total release Ci 3.29 El 7.82E0 2.5 El l

2. Average release rate for period ECi/sec.

4.23 E0 9.95E-1 Limit =

TechSpeg/secx80%

2.4 E4 m 3

.3.

Percent of Tech Spec limit 1.10 E-1 2.59E-2

= 1.92 E4 m /sec

= 3.84 E3 pCi/sec for H-3 e

TABLE IC EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT CASE 0US EFFLUENTS-GROUND LEVEL RELEASE Continuous Mode Batch Mode Nuclides UNIT 1st 1981 2nd 1981 1st 1981 2nd 1981 Released II QUARTER QUARTER QUARTER QUARTER 1.

Fission gases 1

krypton-85 Ci 6.96 E0 6.01El 1.68 El 2.22E1 krypton-85m Ci

< LLD

< LLD krypton-87 Ci

< LLD

< LLD krypton-88 Ci

< LLD

< LLD xenon-133 Ci

< LLD

< LLD xenon-135 Ci

< LLD

< LLD xenon-135m Ci

< LLD

< LLD xenon-138 C1

< LLD

< LLD Others (specify)

C1 Ci C1 C1 Ci Unidentified Ci

('

Total for period Ci 6.96 EO 6.01El 1.68 El 2.22E1 2.

Iodines i

iodine-131 C1/cc

<LLD

< LLD

< LLD iodine-133 Ci

< LLD

< LLD iodine-135 Ci

< LLD

< LLD l

l Total for period Ci N/A N/A N/A N/A l

l See Table 4, page for typical gaseous effluent LLD values..

TABLE 1C (cont.)

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-GROUND LEVEL RELEASES Continuous Mode Bat $h Mode Nuclides UNIT ist 1981 2nd 1981 1st 1981 2nd 1981 Released II QUARTER QUARTER QUARTER QUARTER 3.

Particulates strontium-89 Ci

< LLD 1.4E-12

< LLD

< LLD strontium-90 Ci

< LLD 1.02F-9

< LLD

< LLD cesium-134 Ci

< LLD

< LLD cesium-137 C1 4.29 E-6 1.22E-6

< LLD

< LLp barium-lanthanum-140 Ci

< LLD

< LLp

< LLD Others (specify)

Cobalt-60 C1 1.06 E-5

<LLD

< LLD

< LLD Niobium-95 Ci

<LLD 1.3E-9

<LLD

<LLD Unidentified Ci 1.06 E-5 3.24E-6

< LLD

< LLD i

See Table 4, page for typical gaseous effluent LLD values, i

i M

e I..

TABLE 2A EFFLUENT t.ND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES Tech Spec Limits = 10CFR20, Appendix B, Table 11, Column 2 UNIT 1st 1981 2nd 1981 EST. TOTAL II QUARTER QUARTER ERROR.%

A.

Fission and activation products

'1

1. Total releases (not includ.ing 8.84 E-6 9.06E-6 2.5 El tritium, gases, alpha)

Ci

2. Average diluted concentration N

7.69 E-13

6. 61E-13 durine eeriod

3. Percent of applicable limit x

5.62 E-4 1.06E-3 B.

Tritium

1. Total release Ci 2.60 E-4 2.80E-4 2.5 El

2. Average dilutec concentration during period UC1/m.1 2.26 E-ll 2.04E-ll

3. Percent of applicable limit 7.54 E-7 6.80E-7 C.

Dissolved and entrained gases Ci

< LLD

1. Total release

2. Average diluted concentration during period UCi/ml N/A N/A l

3. Percent of applicable limit N/A N/A l

l D.

Gross alpha radioactivity

< LLD

1. Total release Ci E. Volume of waste released liters 1.41 ES 5.58E4 2.5 El (prior to dilution) ution water used liters 1.15 E10 1.37E10 1.0 El F.

g NOTE: See Table 5 for typical LLD values.

There were no liquid releases from the radwaste system during the second half of 1980 Note (1)

I Very low concen-since this system is still flanged off from the discharge lines.

trations of radionuclides have been found occasionally in the iddustrial waste streas These concentrations in the TMI II industrial waste stream are and sanitary waste.

not detectable in samples of the effluent stream from TMI prior to final discharge tc l

the Susquehanna River.

! l

i TABLE 2B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS Continuous Mode Batch Mode Nuclides UNIT 1st 1981 2nd 1981 Iti 1981 2nd 1981 Relea:;ed II QUARTER QUARTER Q0ARTER QUARTER strontium-89 Ci See Note (2) See Note (2)

< LLp e LLp strontium-90 Ci cesium-134 Ci

< LLD

< LLD cesium-137 Ci 6.91 E-6 4.69E-6 iodine-131 m

< LLD

< LLD cobsit-58 Ci eLLD

< LLD cobalt-60 Ci

< LLp

< LLp iron-59 Ci

< LLD

< LLD zine-65 Ci

<LLD

< LLD canaeanese-54 Ci

< LLD

< LLD chromium-51 Ci

< LLD

< LLD zirconium-nivbium-95 Ci

< LLD

< LLD l

colybdenter-99 Ci

< LLD

< LLD technetium-99m Ci

< LLD

< LLD ba-ium-lanthanum-140 Ci

< LLD

,_eerium-141 Ci

< LLD

< LLD Other (specify)

C1 C1 Ci Ci Ci Ci m

l Unidentified C1 1.93 E-6 4.37E-6 Total for period Ci 8.84 E-6 l 9 06E-6 xenon-133 Ci

, Ltp

, LLp xenon-135 Ci

< LLD

< LLD i.

Note: See Table 5 for typical LLD values.

Note (2) There was no continuous release of liquid effluent from Unit II during the first half of 1981.

_g,

TABLE 3A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT SOLID WASTE AND IRRADIATED FUEL SHIPMENTS January 1, 1981 - June 30, 1981

}

A'. Solid waste shipped off-site for burial or disposal (not irradiated fuel)

1. Type of waste 6monjh E

T TAL UNIT 11 3

a. Spent resins, filter sludges, m'

evaporator bottoms, etc.

Ci N/A

b. Dry compressible waste, contaminated m

203.4 3

eq uipmen t, etc.

2.5El N

11.67 c.

Irradiated components, control 3

m rod s, etc.

Ci N/A ma

d. Other (describe)

Ci N/A

2. Estimate of major nuclide composition (bv type of waste) a.

N/A 9

i l

b.

Cs-137 43

~

l Ba-137m 41 y

[

Cs-134 9 %

Sr-90 3 g Y-90 3 x c.

N/A d.

N/A 7

i t

3. Solid Waste Disposition Number of Shipments.

Mode of Transportation Destination 5

Tractor / Trailer (Van)

Washingtor State B.

Irradiated Fuel Shipments (Disposition)

Number of Shipments Mode of Transportation Desc1 nation N/A I

i TABLE 4 TYPICAL GASEOUS EFFLUENT LLD (Lower Limit of Detection) VALUES ASSUMPTIONS:

Sample Volume (Marinelli) 1640 cc Sample Volume (Particulate and Charcoal Filters) 5.7E8 cc Sampling Rate 2 cfm or'. 5.66E4 cc/ min Sampling Time I week or IE4 min Sample Volume (Tritium bubbled thru water) 7.56E5 cc l

Sampling Rate 75 cc/ min i

Sampling Time 1E4 min 3

Sample Counting Time: a& H = 20 min; 8 = 10 min; y = 1000 see Sample Counters: y emitters 25% Ge(Li) a or S Proportional Counter 8H Liquid. Scintillation Counter i

ISOTOPE pCi/cc LLD TYPE SAMPLE Gross Alpha a

IE-15 Particulate Filter Paper Gross Beta S

IE-14 3

Tritium H

IE-6 Air bubbled thru water by a fritted disc or Fisher Milligan 'as washer g

es Krypton-85 Kr 2E-5 Marinelli l

Krypton-85m Kr 4E-8 esm e7 i

Krypton-87 Kr 4E-8 88 Krypton-88 Kr 2E-7 183 Xenon-133 Xe IE-7 Xenon-133m 133"Xe 6E-8 235 Xenon-135 Xe 3E-8 Xenon-135m issmXe 4E-7 1se Xenon-138 Xe 4E-7 331 Iodine-131 1

3E-8 183 l

Iodine-133 1

3E-8 335 i

Iodine-135 I

2E-7 l

131 Iodine-131 I

2E-14 Charcoal Filter Iodine-133 1

1E-13 188 l

Iodine-135 I

IE-12 133 Manganese-54 5"Mn 2E-14 Particulate Filter Paper i

Iron-59 5'Fe 2E-14 se i

Cobalt-58 co 2E-14 l

Cobalt-60 8'Co 2E-14

'5 Zinc-65 Zn 3E-14 Strontium-89 8'Sr 2E-14 Strontium-90

Sr 2E-14 Molybdenum-99

Mo 7E-15 I'3 Ruthenium-103 Ru 1E-13 i

Silver-110m 110 mag IE-13 Cesium-134 18"Cs 2E-14 i

Cesium-137 Cs 2E-14 137 I"3 i

Cerium-141 Ce IE-14 Cerium-144 1""Ce 6E-14 i -

TABLE 5 TYPICAL LIQUID EFFLUENT LLD (Lower Limit of Detection) VALUES ASSUMPTIONS:( Except for Gross Alpha Sample volume = 1 liter = 1000 cc 1000 see Gross Beta Sample counting time

=

Tritium Sample counted with h 25% Ge(Li) and analysis by Teledyne) for Gamma Emitters ISOTOPE UCi/cc LLD NOTES Gross Alpha a

IE-7 Counted with proportional counter i

Gross Beta S

6E-8 Counted with proportional count,er Tritium

'H IE-5 Counged with T iquid Scintillation Krypton-85 asKr 6E-5 Xenon-131m istmXe 4E-6 188 Xenon-133 Xe 4E-7 185 Xenon-135 Xe 2E-7 51 ss Chromium-51 Cr 1E-6 The LLD is also <3 times Co LLD Manganes e-54 5'Mn 2E-7 ss Cobalt-58 Co 2E-7 Iron-59 5'Fe 4E-7 SO Cobalt-60 Co 3E-7 55 Zinc-65 Zn 4E-7

'5 Zirconium-95 Zr 3E-7

'5 Niobium-95 Nb 2E-7 Molybaenum-99

Mo 8E-8 Technetium-99m

*Tc IE-7 Silver-110m 110 mag 2E-7 Antimony-125 12sSb 4E-7 Cesium-134 13"Cs 2E-7 185 Cesium-136 Cs 2E-7 137 Cesium-137 Cs 2E-7 Barium-140 I"'Ba 4E-7 I"8 Lanthanum-140 La 4E-7 I"I Cerium-141 ce 3E-7 144 Cerium-144 Ce 7E-7 181 Iodine-131 I

2E-7 133 Iodine-133 I

2E-7 32 Phosphorus-32 P

1E-6 Liquid samples are not currently Iron-55 Fe SE-8 analyzed for.32p, ssFe, 55

Sr, and S t rontium-89 8'Sr 5E-8

Sr at Three Mile Island. They are Strontium-90

Sr SE-9 sent to Teledyne for analysis,therefore these are Teledyne LLD values.

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Page 3 of 4 HOURS AT EAON WIND SPEED AND DIRECTION HOURS AT r.ACN WIND SPEED ANO DIRECTION PERIDO OF RECORD.

Si I i 1-81 33124 PERIOD OF RECORD.

Si l i 1 81 33124 STA81LJTV CLASS.

E STABILITV CLASS, F

ELEVATjoN.

SPEEC SPle9A DIRECT!DN.D!lOOA LAPSE.DTI5eA ELEVATION.

SPEED SPl88A DIRECTION.DilDSA LAPSE.0TI5SA WIND SPEEDIMPHI VIND SPEE0fMPHI WIND WIND DIRECTION 1-3 3-4 8 12 13 18 19-24 724 TOTAL DIRECTION l-3 3-4 8 12 31-18 19-24

>24 TOTAL N

7

'l6 4

8 8

8 27 N

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8 9

9 9

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8 6

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8 8

8 4

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4 0

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9 e

e 13 SSE 5

8 5

e 0

0 18 SSE le 6

0 8

ft 8

16 S

12 14 6

7 2

0 30 S

ll 2

1 0

9 8

12 SSW 7

7 9

4 2

0 26 SSV 5

2 8

8 8

E 8

SV 8

15 Il e

0 0

34 SV B

3 2

9 9

0 13 WSW 8

18 3

0 0

0 29 WSV 2

5 8

8 8

9 7

W 7

35 26 2

0 0

70 W

7 9

2 0

0 0

IB WNW 8

19 28 4

e a

51 WNW 4

4 I

a 8

9 9

NV 6

la 18 9

1 0

44 NW 3

4 4

2 8

7 13 NNW 8

9 6

7 2

0 32 NNV O

19 4

I 8

8 24 VARJA8LE 15 0

8 0

e 0

15 VARIABLE 27 0

0 9

9 8

27 PERIDOS Or CALMIHCURS).

O PERfDDS OF CALMfHOURSI 9

HOURS OF MISSING DATA.

38 HOURS CF N!SSING DATA.

30 O

Page 4 of 4 HOURS AT EACH WlNO SPEED ANO DIRECTION HOURS AT EACH WIND SPEED AND DIREC110N PERIOD OF RECDRO.

Si I i l-81 33124 PERIOD OF RECORD.

81 l 1 1 81 33124 STABILITY CLASS.

G STA8!LITY CLASS.

ALL ELEVATION.

SPEED.SPIS3A DIRECTION.D!IpeA LAPSE DTl50A ELEVATION.

SPEED SPIB9A OIRECTION.DilBOA LAPSE DT150A WINO SPEEDiNPHI VIND SPEE0fnPH)

WIND WIND D]RECTION l-3 34 8 12 13.l8 10-24

>24 TOTAL DIRECTION l.3 3-4 8-12 13 18 10-24

>24 TOTAL a

i N

6 2

1 0

0 8

9 N

20 33 9

3 1

2 77 NNE 5

0 8

e 2

C 5

NNE 12 15 9

9 8

e 27 NE 4

2 0

3 0

0 4

NE 17 9

4 e

e P

3e ENE 5

i B

3 8

9 6

ENE 23 18 9

9 9

8 41 C

6 I

E 8

0 0

7 E

30 10 le 1

0 2

60 E SE 12 4

0 0

16 ESE 54 45 23 13 7

0 14e SE 5

0 0

16 SE 46 34 12 0

3 e

134 SSE 18 1

B B

8 0

10 SSE 42 29 16 2

8 8

09 5

28 0

2 2

0 0

21 5

63 36 24 7

2 0

127 SSW 17 2

0 0

8 2

IQ SSV 43 35 3:

le 2

9 115 i

SV le 0

0 8

8 0

10 SV 33 30 35 3

e e

98 WSV 8

6 0

0 0

0 14 WSW 24 47 10 4

8 8

94 W

4 3

e 0

0 0

7 W

23 77 118 52 6

8 276 WNW I

4 0

0 8

8 5

kNw 17 62 145 99 25 8

346 NW 9

2 0

0 9

0 2

NV 14 34 126 185 56 4

5tC hNW I

4 5

1 9

2 ll P.NW 29 43 30 37 17 13 tid VARIABLE 23 0

9 8

9 s

23 VARIABLE 95 9

9 e

8 8

05 PERIOOS OF CALNfMOURSI.

O PERIDOS OF CALNfHOURSn.

B hours CF MISSING DATA.

la HOURS OF NISSINO DATA.

70 1

e l

l

a 9

8 8

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P=

t/l e ve S S S S S S S S S S S S S S S -- Sa u

As Ne e

W 48 4 8 g

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48 s

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w v Zs1

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a N O I dL e I e

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M @

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i l

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e

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T N N E9

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Ze1

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v ee 4

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l e-

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haJ w

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4 tal 0 2e Z

tal Z t/l taJ W 3 ttl Z 3 2 4 eQwO 1

W >

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2 3

Z Z > e > (L I J

& t#l had 8 Qs e

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to e

=J e v e IB - N M C N N N N O v e O Me

==

-e 4e e

e= e

>e e

2*

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=.

saa e e

t/l e ve e e e e EB e e e e a e e e 19 e 19 Si e O

AL e Ne e

taJ 4 e Ae e

R Je e

==

e e

O e

e 4e we e e e e e e en e e e e e e (9 M - ee O

ee Ne e

2 eI e e e

4

== 0 Oe I

e

-e O

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taa

-e-ee

- E9 e en en e e es ca es e e e e N w ee ens W Ze1

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L N O e a.

ee a

t#e 89

== e E en e e

sa e= e -

-e e

O ES UeQ s

=

tea e taa Ne e e e e na Sa N N - - - e M N N et e Z

R. e 4 e tea

-e e

=-

e e e

3 ED O -

O e to ee e e e

1 e

e N

eO e

in 4eZ ve

- Sa e et N N N - e - - - e N e N E9 e 4 -

saa ee=*

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v ea3 Me e

-e e

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(

ge e. = +

e 4tl 4 e

Me N e e - e -==== e 19 e== N e e Q e6 e e=

Di ee a

4 tai e

-e e

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1

$e e

=O O

= va e e

E2

& t#e e

e a==

Q t#e e

e 4 to O 4 e

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A P= e Z e-e 4 e.J 0 0 Q=== 4e

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== m

>e 3 tea e W

Lal tal taJ 3

3 3

3 MI>E3 l

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ted > Je

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J 3 Z Z > e > 4lL 1 dL itt saa e Qe e

Page 3 of 4 NOURS AT EACH W!hD SPEED ANO DIRECTION HOORS AT EACH WINO GPEED AND DIRECT!DN PERIOD OF RECCRO.

8 4 1 I-81 63824 PERIDO OF RECDRO.

81 4 1 1-81 61824 STABILITY CLASS.

E STABILITY CLASS.

F ELEVATICN, SPEED Spl88A DIRECTION 1DIl88A LAPSE.DTISOA ELEVATION.

SPEED,SPl88A DIRECT!DNiDIIBSA LAPSE.Dil58A WJhD S*EEDINPHI WIND SPEEDINPHI WIND WIND DIRECTION 13 3-4 8 12 13-18 10-24

>24 TOTAL DIRECTION 0-3 3-4 8-12 13-18 18-24 524 TOTAL N

7 6

0 I

I B

24 N

5 8

8 8

14 hNE 18 5

3 8

8 8

18 NhE 8

4 8

8 8

8 12 hE 4

18 8

8 8

8 14 NE I

2 8

8 8

8 3

ENE 7

12 I

8 8

8 28 ENE G

3 8

8 8

8 12 E

17 IG 3

8 8

8 30 E

7 5

8 8

12 ESE 15 24 9

I 8

8 49 ESE 14 18 8

8 8

9 25 SE 3

2e 24 i

e e

48 SE i4 6

8 8

28 i

t l

SSE IS 32 32 8

8 8

50 SSE I4 3

8 8

17 5

12 15 12 2

8 8

41 S

16 3

8 8

19 SSW 18 37 13 5

8 8

65 SSW 7

3 8

8 8

8 18 SV 7

32 22 2

8 8

63 SW G

5 8

8 8

8 11 WSW 16 23 4

2 8

8 45 WSW 5

5 1

2 8

8 II W

17 27 5

3 8

8 52 W

11 19 7

8 0

2 37 WNV 7

IO 32 18 8

8 68 kNW 8

13 3

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8 24 hw 7

13 12 Ig 2

8 53 NV 7

7 6

8 8

0 28 hNW 5

16 11 1

8 e

33 NNW Q

33 3

8 9

9 25 VARIABLE 38 8

8 8

38 VARJAOLE 38 e

8 e

o e

38 PERIODS OF CALNfHCURSl 8

PERIODS OF CALMIN00RSli 8

HOURS CF NJSSING DATA:

52 HOURS OF n!SSING DATA.

52 O

e e

a e

4e e

Se e

era e

.J e M f% @ M v C O M

= c G v p G Ne ee ee

= to S

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N - -

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==

a e

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==

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e e e

v e9 e 3 Me e

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=

l 4 -

t.3 We

e. e e

I til 4 l

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l

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e Oe ee

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eaJ e

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E 4

nas e Ee Z taJ Z its tJ W W 3 W Z 3 Z 4 e O taA O i

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a W we De e

l l

=

l l

l

Page 1 of 4 Three Mile Island Joint Frequency Tables o

For Specific Datec - First Quarter 1981 N00R5 AT EACH WIND SPEED AMD DIRTCTION pcagoo y atCostD.

eeee-eeee stas 1LIW CWs A

Houns AT EACH UIND SPEG Ann DIRECT 10M DIRECT!0NtD!1sta LAPSEsDT1504 PER10D or nEConD.

eee6.e9ee ELEv4 TION:

SPEEDsSPieen UIMD SPEED (MPHI STABILITY CLASSs 3

ELEVATIONS SPEEDi$PiteA DIRECT!0NID11094 LAP 9EsDT1544 utND DIRECTION 13 34 3-18 13-18 19-24 324 TOTAL u!ND SPEED (nPH)

D1R ON 1-3 3-4 S-12 13-15 19-34 284 TOTAL M

3 d

I g

g g

g I

M e

e 4

4 9

9 9

E I

EE i

nnE e

e e

l E

4 d

nE e

e e

o e

e e

ESC 1

5 e

8 ggg g

g g

K I

3 I

0 E

9 e

8 8

8 ESE 8

1 1

8 8

SSE 2

2 0

0 8

8 4

s e

8 2

9 0

8 8

SE I

6 9

9 9

8 3

SW 1

5 2

0 0

0 8

SSE 1

4 1

8 8

E g

g g

3 W

4 3

0 0

8 8

3 e

2 4

0 0

2 usu 1

2 1

0 0

9 4

Su e

8 0

0 8

8 8

W e

B 2

2 9

e 6

g g

WMU e

e 8

8 4

8 18 y

8 1

2 1

0 9

4 Nu i

1 5

18 7

1 33 e

e 3

3 4

9 5

m 1

4 e

i e

6 Ny 9

9 6

3 1

9 4

UAR!ArtI 3

e e

e 4

0 6

TOTAL 116 NNW 8

1 8

8 8

8 I

PERIODS or CAtatit0URSil 9

hours of M18StroQ DATat is 9,q p, g g

g g

TOTAL ES PERIODS CF CALMtHOURS)$

HOUR $ OF MISSING E4T40 10

- - - e e.ae r

k h%,

I

First Quarter Joint Frequency Tables 2 of 4 HOURS AT EACH UIMD SPEED AND DIRECT!0M pta!0D Cr etcoRD.

eeee-eeea STABILITY CLA$1s C

HOURS AT EACH UIMD SPttD AMD DIRECT!0M ELEVATION:

SPtEDsSPit04 DIRECT!0NtD!!004 LAPSEIDT1504 PERIOD OF RECCRD*

8'SS9 9099 I

U1ND SPEED (MPH)

STABILITY CLAS$s D

ELEVATION SPEEDtSP100A DIRECT!0NtDI1994 LAPft:DT1504 UIND DIRECT 10H 1-3 3-4 3-12 13-18 19-24 324 TOTAL JIND SPEED (MPH) 1 M

D!R CH 13 34 3 12 13 1B 19 24 324 TOTAL 1

1 M

4 1

2 0

e t

7 a

e a

e e

2 N,g E

8 8

8 1

8 8

1 gg 4

4 g

g g

g ESE 8

0 0

0 8

9 ENE 2

8 0

0 0

0 8

I t

t 7

it e

4 4

19 8

ESE 1

8 4

9 3

4 13 5

0 1

0 0

0 4

1 St e

B 3

5 1

0 18

$5E 1

5 3

1 4

9 it I

3 3

1 e

e e

4, 8

$$u 6

4 1

e t

6 11 W

e 4

2 4

e t

6 SW 1

1 2

8 9

4 4

WMW 8

0 4

5 1

0 10 VSU 4

1 1

0 8

8 I

y 1

11 33 8

0 0

51 NMU 1

1 0

2 0

1 5

kNU 1

14 37 31 10 0

93 UARIABLE 4

9 0

0 4

0 8

NU 4

9 13 34 19 0

I4 TOTAL 39 PERIODS OF CALM (HOUR $1 NMU 3

8 3

4 11 3

35 HOURS or MISSING DATAs is VARIABLE is 4

4 4

0 9

19 TOTAL 395 PERIODS OF CALM (HOUR $18 9

HOURS OF MIS $1NG DATA it 9

O I

]

First Quarter Joirit Frequency TPaMles

~~

~Y @Y U woups CT tach VInn Ptta me statettcM pcaroo or RtcoRn.

eeee.eeee staarttry ctasse t

Houns AT EACH V!MD PEED AMD DIRECTION j

cu wT:Cai sectniselua_ laterlea'n11aa taa$ t' n""*---

renroo or aceoan-e's e e-e e e e n

l UI"D GPEDIN'HI STABILITY CLAset F

ELEVATION:

SPEtos.PieeA DIRECT 10 Men!!eeA LAept:DT154A

_-3 34 s.1e 13 1s 10 34

>E4 TOTAL gg----~~ ~,

1 nt ON M

4 5

g e

e e

11 D1R ON 13 3-4

.-18 13-1 1 24 384 TOTAL w

e 5

3 e

e e

5

~ ~ ~

~~

fE 1

3 4

e e

M A

5 1

e e

j EFE 3

3 e

e e

ggg 4

g g

g e

e s

i E

5 2

e e

7 NE 1

1 e

e e

ESC 7

11 e

8 4

e 33 EME 4

8 e

e e

K g

4 3

4 1

e to E

5 e

e e

5 l

ssE 3

s 5

e e

e 14 ESE 8

3 e

e e

e 11 S

6 7

3 e

e e

18 SE S

3 e

e e

i

$su 4

2 e

1 e

e 7

g g

4 g

g g

j w

4 s

1 e

e e

is g

g g

l uw 5

5 e

e e

e te

,,y 4

g g.

g l

W 3

18 e

1 e

e 29 5

4 g

g y

grs#

3 11 7

1 e

e 22 g

g.

g g

g j

red 2

4 8

e e

e 20 g

4 4

g g

g NNW L

1 4

4 1

e 11 g

g g

4 vaar4eu 11 e

e

_11____,

g a

g g

TOTAL E29 PERIODS CF CALM (HOURS)f e

NMW 4

5 g

g g

g gg Hou25 0F MISSING DATA 8 it 9,qg,ggg g7 g

g g

g 17 TOTAL 1e4 PER'0DS QF CALM (Houts):

1..

HOUL' 0F MIS $1NQ DATA:

9 e

9 9

First Quarter Joint Prequency Tables 4 of 4' Holms af tacM UTwo srtts Ann n!arCTION PEN!co or etcorn.

0004-0004 STA2!LITY CLASS 0

HOURS AT EACH UIND SPEED Aptp 711ttCT2088 EtIVAT!0rts SPEEDtfP1994 DIRECT!0ef f D!!004 LAPStsDT1504

.004e-04ee PER!cD oP RECostp.

.~.

WIND SPEED (MPH)

STABILITY CLAfft Att UtMD ELEVATICNt SPEEDefP100A DIRECT!0MBS!!004 LAPetspT1504 DIRECT!0ef 1-3 3-4 3-12 13-18 19-24 324 TOTAL WIND SPEED (MPH)

N 4

E 1

0 0

0 7

W1ND DIRECTION 1-3 3-4 3-12 13-10 19

_-24 334 70TAL ret 4

0 0

0 4

it 4

0 0

0 4

N 17 17 8

1 0

0 41 ENE 3

0 0

0 3

NME 9

14 0

0 0

0 23 E

2 1

0 0

3 NE 10 9

4 0

0 e

' 23 ESC 8

3 0

0 0

0 9

ENE 12 14 0

0 0

0 28 SC 4

2 0

0 0

0 8

E 18 10 10 1

0 0

30 SSC 9

1 0

0 0

0 10 ESE 23 29 14 11 7

0 34 S

13 0

0 0

13 i

SE 21 ES S

9 3

0 81 SSU 4

2 0

0 0

0 6

SSE 21 13 8

8 0

0 49 Su 8

0 0

0 6

S 29 18 3

0 0

0 53 USU 5

0 0

A 5

Gd 19 14 8

1 0

0 de SW 15 it 4

0 0

0 29 WfW 1

0 0

0 1

WSW 11 10 3

0 0

0 34 NW G

G G

G e

0 0

W 11 34 48 14 0

0 107 NW G

2 5

1 0

0 8

UNW 7

27 57 47 15 0

153 UARIAstt is 0

0 0

1s NW 4

IS 45 68 R$

1 185 PERIODS Cf CALM (HotrtS):

0 NNW 10 20 14 13 it 9

73 HOURS CF MIS $1NG DATA 10 UARIAltt 57 0

0 0

57 TOTAL 995 PERICOS CF CALMtHOURS):

0 HOURS CP MISSIN3 CATA:

it O

i Page 1 of 4 i

Three Mile Island Joint Frequency Tables

)

4 For Specific Dates - Second Quarter 1981 t

I pour $ AT EACH WIND SPEED AND DIRECTION PEN 100 0F RECORD =

9.#9-.##8 HOUR. AT EACH WIND SPEED AND DIRECTION STABZW CWSe A

ELEveff0No spu ne5P14e4 DIRECT!0MtDt16tA LAP 5EtDT1504 p

WIND, PEED (MPH)

.TABILITY CLASS 8 3

~~~

ELEVATION:

SPEEDISP1 44 DIRECTICMID11044 1 M.E8Df15 4 UIMD DIRECTION 1-3 3-4 3-1R 13-13 19-E4

>E4 TOTAL WIND. PEED (MPH) i l

DtR OH 1-3 3-4 3-12 13-18 19-E4 3E4 TOTAL 1

3 8

e e

s

)

y g

g g

e K

8 8

8 g

g g

g M

e 2

0 4

8 0

2 Nt i

E 1

3 1

0 e

e 5

gne csc t

e z

3 j

e 5

5 tsc i

1 ssc t

a 4

l sc s

t a

2 l

33c

,i ssu t

i 4

8 1

1

=

4 2

is

=

5 SU e

0 0

9 4

8 I

W R

3 9

9 0

5 uMu 5

2 4

3 e

e to G

e t

0 9

0 USW NW 1

4 11 7

8 0

25 WW 1

0 1

NHJ 4

to 4

O e

is Nu e

e e

I vuirAstr s

e e

e s

TOTAL 111 HNU t

0 O

I PERIODS OF CALM (HOURS):

0 K ul5 0F MISSING DATA:

2 UARIABLE 1

8 0

9 0

0 1

TOTAL 9

PERIODS OF CALMtHOURS)B 9

NCURS OF MIS $1NQ DATAI E

l

2 of 4 Second Quarter Joint Frequency Tables HOURS AT EACH WIND SPttD MD DIRECT!DM Pen!On or etconD.

ee*e-eeee 1

smrtin nAssi c

Houn. At tAew vihD ePItD ano DratCtron EtruATICHI SPttDe$ Pit 44 DIRECTIONIDIi994 LAP $cIDT150A

,EnreD er =rConD.

....-.eee u!ND SPctD(MPH)

STA3!tITY CLASSI D

EttVATICNI SPEEDt9Pi..A DIRECTIONIDI84 LAPff8DTile4 3*,j '*III3* iib!~8f

--.h WIND $PEcD(MPH)

" " ~ ~

DIR CTICM 1*3

,l,g,,n n

a 1

4 8

3 1-3 34 s.23 13.is 19 24

>t4 Totat a

e e

m:

e x

nnt i

i 1

c e

nt a

csc cst i

i st e

t 3

e i

T E

i.

sst 2

cc i

2 i

e s

s

+

st i

t s

ssu j

.sc e

4 w

t i

e e

e i

usu e

i a

3 u

.2 e

e a

e e

e 4

unu usu i

i m

i u

1 i

mv i

e e

i i

4 l

=_rAstr e

e e

a

,o 11 TcTAt i.

I PERIODS OF CALM (HC'JR$18 4

NMW G

4 i

0 0

5 HOURS OF RISSING DATAI I

y TOTAL Es PERIODS OF CALMtHCURS)I H0t;RS OF MISSING CATAI S

\\

Second Quarter Joint Frequency Tables 3 of 4 HOURS AT EACH U!te SPEED AND DIRECTION Penton er uce=D.

e o e e-e e e e staatttTv etasst E

i HOUR $ AT EACH UIMD SPEED AND DIRECT!0st ELIVATIONS SPEED 8581ee9 DIRECT!0NID!1044 LAPoE8DT15 4 I

VIN 3 SPEED (MPH)

STA3!LITY CLASSI F

l WIND ELEVATION:

SPEtttSPiteA DIRECT 10M8DI190A LAPft:DT!544 j

DIRECT 10rt 1-3 3-4 3-13 13-18 19-84

>t4 7OTAL

- - - ---~ ~ ~ ----

WIND $ PEED (NPH) l I

N 4

0 e

e 0

0 4

UIND i

DIRECTION 1-3 3-4 3-18 13-13 19 24

)t4 TOTAL see:

3 e

o e

e e

3 I

K 1

2 e

e 4

0 3

n e

e e

i oe:

a 1

e e

3 E

S 4

1 0

8 e

to ESC 3

4 0

0 0

0 7

ENE 3

1 e

e e

e 4

l sc 1

5 0

1.

E a

e i

SSE 6

is 0

0 0

0 22 i

ESE 7

1 e

e e

e a

S S

4 0

4 e

9 9

SE 4

I e

e e

SSU 2

11 3

.0 e

is j

SSE 8

3 e

e e

e 4

su 3

3 7

1 0

0 14 4-1 9

e e

e 5

WSW 4

2 1

e o

9 7

SSU 8

2 9

9 e

e 4

y 4

SU 3

e e

e 3

i WNu e

e is 1

0 e

11 USU e

8 4

e s

0 e

U S

3 2

e e

e is M

e 8

8 8

UNU 4

8 1

e 4

0 7

UaA!ABLE 10 9

4 e

4 6

it i

NU 5

3 0

0 0

3 TOTAL 146 PERIODS OF CAIR(H00 4 ):

9 NNW 4

1 8

e e

e 5

NURS OF ft!SSING DATAs 2

UARIABLE 8

0 e

e e

e 8

l TOTAL 09 PERIODS OF CALMtHOURS):

4 i

HOURS OF MISSING DATAs R

4

)

I i

9 1

i

St.cond Quarter Joint Frequency Tables 4 of 4 Houtt AT EACH WIND SPED MS DIRECT!0N PtstroD or atConD.

eeee-eeee STA3tLITY CLAS$8 4

ELEVAT!0N SPCEDeSP16e4 DIRECT!oNtD!leen LAPSE 8DT15e4 PERIOD OF RECORD.

e e 4 e. e e e e

-.....~...-.

...-..... ~

UIND SPEED (MPH)

STABILITY CLAS$8 ALL UIMD ELEVATION:

$PEEDISPlesA DIRECT!0Mer",1eeA LAPetIDT15e4 DIRECT 10rt 1-3 3-4 s-13 13-le 19-84 384 TOTAL WIND $PELD(PiPM' l

n o

e o

e e

o e

u!ND DIRECTION 1-3 3-4 e-12 13-1e 19-24 324 TOTAL l

mc e

e e

1 e

e o

e e

1 NE 0

0 II DC 1

0 8

e e

e 1

HNC 9

i 9

4 7

E 1

e e

4 1

ESE 3

a e

e e

4 5

SE 3

e e

e 3

SSC 1

e e

e 1

ESE 15 10 4

e e

e 29 S

2 e

e 4

e e

a U

M SSW 3

e e

e 3

SV L

e e

e 1

WSU 1

e e

e 1

W 3

1 e

e e

WMW I

e e

e 2

NW 1

e e

e 1

NNW 1

e e

e 1

VARIABLE 3

e e

e o

e 3

hU I3 I4 I3 4

8 I3

~

TAL M

PERIODS OF CAut(HOURS):

e NNy g

34 g

g g

g 33 HOURS OF ft!sSIMQ DATAs 3

UA9!AeLE 31 e

e e

3.

TOTAL 437 PERIOCS CF CALM (HOUR $lt e

NOURS OF M1831NQ CATA:

e 9

,

ML20010F665

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