ML20100P585

Effluent & Off Site Dose Rept for Period Jan-Dec 1995

ML20100P585
Person / Time
Site:	Oyster Creek
Issue date:	12/31/1995
From:	Roche M GENERAL PUBLIC UTILITIES CORP.
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
6730-96-2074, NUDOCS 9603110255
Download: ML20100P585 (51)

Text

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i GPU Nucteer Corporation NgIg{

Post Office Box 388 Route 9 South Forked River. New Jersey 08731-0388 609 971 4000 j

l Writer's Direct Dial Number:

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February 28, 1996 6730-96-2074 l

l U. S. Nuclear Regulatory Commission l

Attention: Document Control Desk l

Washington, DC 20555

Subject:

Oyster Creek Nuclear Generating Station Docket No. 50-219 1995 Effluent Release Report l

l Attached is a copy of the Oyster Creek Annual Radioactive Effluent Release Report for the period covering January through December 31,1995. This submittal is made in l

accordance with 10 CFR 50.36(a)(2) and our Operating License and Technical Specifications.

If you should have any questions or require further information, please ch.atet Ms.

Brenda DeMerchant, OC Regulatory Affairs Engineer, at 609-971-4642.

l Very truly yours, Michael B. Roche Vice President & Director Oyster Creek MBR/BDeM/gl Enclosure cc:

Administrator, Region i NRC Project Manager NRC Resident inspector Chief, Bureau of Nuclear Engrg., NJ Dept. of Env. Protection i

9603110255 951231

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PDR ADOCK 05000219 R

PDR GPU Nuclear Corporation is a subsidiary of General Public Utilities Corporation l

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EXECUTIVE SUMM ARY

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Oyster Creek Nuclear Station l

Effluent and Off Site Dose Report for the Period of January 1,1995 through December 31,1995 This report summarizes the radioactive liquid and gaseous releases (effluents) from Oyster l

Creek and the calculated maximum hypothetical radiation exposure to the public resulting l

from these releases. This report covers the period of operation from January 1,1995 through December 31,1995.

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L Radiologi:al releases from the plant are monitored by installed plant radiation monitors which survey the plant stack for gaseous releases to the atmosphere and outfall pipes for liquid discharges to the cooling water discharge canal. These monitors and associated i

sample analyses provide a means to accurately determine the type and quantities of l

radioactive materials being released to the environment.

1 Utilizing gaseous efuuent data, the maximum hypothetical dose to any individual in the vicinity of the plant is calculated. Similarly, liquid effluent data are used to calculate a maximum hypothetical dose to an individual from liquid effluents for any shoreline exposure. Doses to the public from consumption of shellfish and fish withdrawn from the canal are also calculated.

Calculations of the maximum hypothetical dose to an individual from liquid and gaseous effluents are performed using a mathematical model which is based on the methods defined by the U.S. Nuclear Regulatory Commission.

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The maximum hypothetical doses are conservative overestimates of the actual off site doses which are likely to occur. For example, the dose does not take into consideration the i

removal of radioactive material from the salt water by precipitation of insoluble salts, absorption onto sediment, or biological removal.

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l As of January 1,1996, all full containers of radioactive waste in storage in the onsite low level Rad Waste Storage Facility have been accepted and disposed of at the Barnwell, South l

Carolina Radioactive Waste Disposal Facility. Two partially full containers remain in storage and will be shipped for disposal when full.

Concrete was used for solidification material during the reporting period.

Liquid discharges made during 1995 consisted of 0.00000022 curies of cesium 137.

l Airborne discharges made during this same time period consisted of 11.79 curies of tritium, 0.00289 curies of particulates,0.022 curies of lodines, and 79.2 curies of noble gases.

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_ Executive Summary L

Page 2 l

l The maximum hypothetical calculated organ dose to any individual due to gaseous effluents l

was about 0.02 millirem to the thyroid. The maximum hypothetical calculated whole body dose to any individual due to gaseous effluents was 0.0043 mrem.

The maximum hypothetical calculated organ dose to any individual due to liquid effluents l

was about 0.00000011 mrem to the liver. The maximum hypothetical calculated whole body dose to any individual due to liquid effluents was 0.000000064 mrem.

The total maximum hypothetical whole body dose of 0.0043 mrem received by any l

individual from effluents from the Oyster Creek Nuclear Station for the reporting period is l

69767 times lower than the dose the average individual in the Oyster Creek area receives from natural background and radon (300 mrem) during the same time period. Natural l

background averages about 100 millirem whole body per year in the central New Jersey area. In addition, the average equivalent dose to the whole body from natural radon is about 200 millirem per year.

The doses which could be received by the maximum hypothetical individual are each less than 0.25 percent of the annual guidelines established by the Nuclear Regulatory Commission.

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m Maximum Offsite Dose Due To Radionuclides in Effluents Jariuarv-December 1995 ODCM 4.6.6.1.4A 4.6.1.1.4. A 4.6.1.1.6. A 4.6. l. l.6. A 4.6.1.1.5. A 4.6.1.1.7. A 4.6.1.1.5A 4.6.1.1.8. A 4.6.l.l.3. A l

Liquid Dose Air Dose (GAS)

Whole

( n yroid)

Skin Whole (Thyroid)

WB Organ Beta Ganuna Body Orgran Skin Body OrF2n mrem mrem mrem mrem mrem mrem mrem mrem mrem l

l 1995 Total 6.4E-8

1. l E-7 3.8E-4

1. lE-3 4.3E-3 2.0E-2 8.0E-4 4.3 E-3 2.0E-2 ODCM Limit 3

10 20 10 100 15 3000 25 75 Fraction of i

Annual Limit

2. l E-8

1. lE-8 1.9E-5

1. lE-4 4.3E-5 1.3E-3 2.6E-7 1.7E-4 2.7E-4 b

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. OYSTER CREEK NUCLEAR GENERATING STATION LIQUID EFFLUENT RELEASES Oyster Creek Nuclear Generating Station Policy is to strive for a zero liquid discharge of radioactive material.

However, in 1995,400 gallons of slightly contaminated demineralized water was released during a flush of the service water radiation monitor.

OFFSITE DOSE CALCULATION MANUAL The offsite dose calculation manual was revised in 1995 to include clarification and addition of monitoring requirements to match surveillance requirements in the document.

EFFLUENT MONITORS OUT OF SERVICE GREATER TIIAN 30 DAYS:

There were no effluent Monitors out of service for greater than 30 days during 1995.

Cil ANGES TO Tile PROCESS CONTROL PLAN:

There were no changes to the Process Control Plan during 1995.

O Eftluent and Waste Disposal Supplemental Information FACILITY: Oyster Creek Nuclear Generating Station LICENSEE: Owner - Jersey Central Power and Light Company Operator - GPU Nuclear Corporation 1.) Regulatory Limits a.) Fission and Activation Gases Technical Specification 3.6.E.1 The gross radioactivity in noble gases discharged from the main condenser air ejector shall not exceed a 0.21/E Ci/sec after the holdup line, where E is the average gamma energy (Mev per atomic transformation).

ODCM 4.6.1.1.5. A The dose equivalent rate outside of the EXCLUSION AREA due to radioactive noble gas in gaseous effluent shall not exceed 500 mrem / year to the total body or 3000 mrem / year to the skin. A value of 100 millirem total body is used due to the January 1,1994 revision of 10 CRF20.

ODCM 4.6.1.1.6. A The air dose outside of the EXCLUSION AREA due to noble gas released in gaseous effluent shall not exceed:

5 mrad / calendar quarter due to gamma radiation, 10 mrad / calendar quarter due to beta radiation, 10 mrad / calendar year due to gamma radiation, or 20 mrad / calendar year due to beta radiation ODCM 4.6.1.1.8. A The annual dose to a MEMBER OF THE PUBLIC due to radiation and radioactive material in effluents from the OCNGS outside of the EXCLUSION AREA shall not exceed 75 mrem to his thyroid or 25 mrem to his total body or to any other organ.

Ef0uent & Waste Disposal Supplemental information Page 2 of 4 b.

Iodines and Particulates ODCM 4.6.1.1.5.B The dose equivalent rate outside of the EXCLUSION AREA due to H-3,1-131, I-133, and to radioactive material in particulates having half-lives of 8 days or more in gaseous effluents shall not exceed 1500 mrem / year to any body organ when the dose rate due to H-3, Sr-89, Sr-90, and alpha-emitting radionuclides is averaged over no more than 3 months and the dose rate due to other radionuclides is averaged over no more than 31 days.

ODCM 4.6.1.1.7. A The dose to a MEMBER OF THE PUBLIC from iodine-131, iodine-133, and from radionuclides in particulate form having half-lives of 8 days or more in gaseous effluents, outside of the EXCLUSION AREA shall not exceed 7.5 mrem to any body organ per calendar quarter or 15 mrem to any body organ per calendar year.

c.

Liquid Ef0uents ODCM 4.6.1.1.3. A The concentration of radioactive material, other than noble gases, in liquid ef0uent in the discharge canal at the Route 9 bridge shall not exceed the concentrations specified in 10 CFR Part 20, Appendix B, Table 11, Column 2.

ODCM 4.6.1.1.3.B The concentration of notile gases dissolved or entrained in liquid efuuent in the i

discharge canal at the Route 9 bridge shall not exceed 2x10" microcuries/ milliliter.

ODCM 4.6.1.1.4. A The dose to a MEMBER OF THE PUBLIC due to radioactive material in liquid efnuents beyond the outside of the EXCLUSION AREA shall not exceed:

1.5 mrem to the total body during any calendar quarter, 5 mrem to any body organ during any calendar quarter, 3 mrem to the total body during any calendar year, or 10 mrem to any body organ during any calendar year.

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- Effluent & Waste Disposal Supplemental Information Page 3 of 4 L

2.)

Derived Air Concentrations (DAC) l l

a.

Fission and Activation Gases:

l Appendix B. Table 11, Column 1 of 10 CFR 20 b.

Iodines and Particulates:

Appendix B. Table 11, Column 1 of 10 CFR 20 c.

Liquid Effluents:

Appendix B. Table 11, Column 2 of 10 CFR 20, except for dissolved or entrained noble gases where the limit is 2 x 10"uCi/ml 3.)

Measurements and Approximation of Total Radioactivity a.

Fission and Activation Gases:

1. Stack The continuous recording of gross activity and the incorporation of isotopic data obtained from a weekly grab sample analyzed using gamma spectroscopy.

2. Augmented Offgas (AOG) Vent The continuous recording of gross activity and the incorporation of isotopic data obtained from a monthly grab sample analyzed using gamma spectroscopy.

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3. Turbine Building Stack and Feedpump Room Vent The continuous recording of gross activity and the incorporation of l

isotopic data obtained from a monthly grab sample analyzed using gamma l

spectroscopy.

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0 Effluent & Waste Disposal Supplemental Information Page 4 of 4 b.

lodines

1. Stack Filters are changed weekly and analyzed using gamma spectroscopy.

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2. AOG Vent 1

Filters are changed weekly and analyzed using gamma spectroscop'y.

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3. Turbine Building Stack and Feedpump Room Vent j

Filters are changed weekly and analyzed using gamma spectroscopy.-

c.

Particulates

1. Stack Filters are changed weekly and analyzed using a low background beta counter and gamma spectroscopy.

2. AOG Vent Filters are changed weekly and analyzed using gamma spectroscopy.

3. Turbine Building Stack and Feedpump Room Vent Filters are changed weekly and analyzed using gamma spectroscopy.

d.

Liquid Effluents Analysis per batch release using gamma spectrometry with a germanium

)

detector, a low background beta counter, and a liquid scintillation counter.

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l OYSTER CREEK NUCLEAR GENERATING STATION FIRST QUARTER 1995 l

GASEOUS EFFLUENT ELEVATED RELEASES l-FISSION GASES QUANTITY (ci )

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KR85M 1.23E+00 KR87 6.22E+00 KR88 2.82E+00 XE133 6.69E-03 XE135 9.62E+00 Total Fission Gases Released: 1.99E+01 ci Gamma Ebar 0.6546 Mev Average Rate of Release:

2.56E+00 uCi/sec IODINES QUANTITY (ci )

I131 5.97E-04 I133 4.29E-03 Total Iodines Released:

4.89E-03 ci Average Rate of Release:

6.29E-04 uCi/sec PARTICULATES QUANTITY (ci )

CRS1 5.22E-05 MN54 6.10E-06 C058 4.41E-05 CO60 2.79E-04 SR89 1.09E-04 CS137 9.77E-06 1

BA140 3.14B-05 Total Particulates Released:

5.32E-04 ci Average Rate of Release:

6.84E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 1.07E+01 Avg. Rate of Release for H3:

1.37E+00 uCi/sec Quantity of noble gases derived from gross activity.

OYSTER CREEK NUCLEAR GENERATING STATION FIRST QUARTER 1995 GASEOUS EFFLUENT GROUND-LEVEL RELEASES FISSION GASES QUANTITY j

(ci )

l Total Fission Gases Released: 0.00E+00 ci Average Rate of_Releace:

0.00E+00 uCi/sec IODINES QUANTITY (ci )

I131 2.37E-06 1133 4.62E-05 Total Iodines Released:

4.85E-05 ci Average Rate of Release:

6.24E-06 uCi/sec PARTICULATES QUANTITY-(ci )

Total Particulates Released:

0.00E+00 ci Average Rate of Release:

0.00E+00 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 0.00E+00 Avg. Rate of Release for H3:

0.00E+00 uCi/sec Quantity of noble gases derived from gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION SECOND QUARTER 1995 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 1.18E+00 KR87 6.03E+00-KR88 3.10E+00 XE133 2.13E-01 XE135 9.48E+00 Total Fission Gases Released: 2.00E+01 ci-Gamma Ebar:

0.6693 Mev Average Rate of Release:

2.54E+00 uCi/sec IODINES QUANTITY (ci )

I131 4.98E-04 I133 3.64E-03 Total Iodines Released:

4.14E-03 ci Average Rate of Release:

5.27E-04 uCi/sec PARTICULATES QUAh"TITY (ci )

CO58 9.40E-05 CO60 1.26E-04 SR89 2.64E-04 SR90 6.34E-06 BA140 6.59E-05 Total Particulates Released:

5.57E-04 ci Average Rate of Release:

7.08E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 7.08E-01 Avg. Rate of Release for H3:

9.00E-02 uCi/sec Quantity of noble gases derived from gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION SECOND QUARTER 1995 GASEOUS EFFLUENT GROUND-LEVEL RELEASES FISSION GASES QUANTITY (ci )

Total Fission Gases Released: 0.00E+00 ci Average Rate of Release:

0.00E+00 uCi/sec IODINES QUANTITY (ci )

I131 2.31E-06 I133 1.26E-05 Total Iodines Released:

1.49E-05 ci Average Rate of Release:

1.89E-06 uCi/sec.

PARTICULATES QUANTITY (ci )

SR89 4.47E-06 CS137 2.73E-08 l

Total Particulates Released:

4.50E-06 ci Average Rate of Release:

5.72E-07 uCi/sec l

RADIONUCLIDE QUANTITY (ci )

H3 0.00E+00 Avg. Rate of Release for H3:

0.00E+00 uCi/sec Quantity of noble gases derived from gross activity.

OYSTER CREEK NUCLEAR GENERATING STATION THIRD QUARTER 1995 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY

-1 (ci )

KR85M 1.27E+00 KR87 6.70E+00 KR88 3.18E+00 XE135M 8.94E-01 XE135 1.02E+01 Total Fission Gases Released: 2.23E+01 ci i

Gamma Ebar:

0.6583 Mev Average Rate of Release:

2.80E+00 uC1/sec IODINES QUANTITY (ci )'

I131 7.59E-04

-I133 6.39E-03 Total Iodines Released:

7.15E-03 ci I

Average Rate of Release:

9.00E-04 uCi/sec PARTICULATES QUANTITY (ci )

CR51 2.60E-04 C058 6.86E-05 CO60 2.04E-04 SR89 3.57E-04 BA140 1.52E-04 GROSSA 2.36E-06

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i Total Particulates Released:

1.04E-03 ci Average Rate of Release:

1.31E-04 uCi/sec.

RADIONUCLIDE QUANTITY (ci )

H3 2.59E-01 Avg. Rate of Release for H3:

3.26E-02 uCi/sec Quantity of noble gases derived from gross activity.

s OYSTER CREEK NUCLEAR GENERATING STATION THIRD QUARTER 1995 GASEOUS EFFLUENT GROUND-LEVEL RELEASES FISSION GASES QUANTITY (ci )

Total Fission Gases. Released: 0.00E+00.ci Average Rate of Release:

0.00E+00 uC1/sec IODINES QUANTITY (ci )

I131 8.54E-07 I133 3.57E-05 Total Iodines Released:

3.65E-05 ci Average Rate of Release:

4.60E-06 uC1/sec.

PARTICULATES QUANTITY (ci )

CO60 5.69E-07 CS137 1.11E-06 Total Particulates Released:

1.68E-06 ci Average Rate of Release:

2.12E-07 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 0.00B+00 Avg. Rate of Release for H3:

0.00E+00 uCi/sec 1

t Quantity of noble gases derived from gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION FOURTH QUARTER 1995 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 1.04E+00 KR87 5.33E+00 KR88 2.41E+00 XE135 8.19E+00 l

Total Fission Gases Released: 1.70E+01 ci.

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Gamma Ebar:

0.6181 Mev l

Average Rate of Release:

2.13E+00 uCi/sec IODINES QUANTITY (ci )

I131 1.15E-03 I133 4.97E-03 j

Total Iodines Released:

6.12E-03 ci j

Average Rate of Release:

7.70E-04 uCi/sec PARTICULATES QUANTITY (ci )

CR51 1.16E-04 l

MN54 1.00E-05 CO58 8.89E-05 CO60 1.23E-04 SR89 2.58E-04 l

BA140 9.94E-05 Total Particulates Released:

6.96E-04 ci Average Rate of Release:

8.76E-05 uCi/sec RADIONUCLIDE

-QUANTITY (ci )

H3 1.24E-01 l

Avg. Rate of Release for H3:

1.56E-02 uCi/sec

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Quantity of noble gases derived from gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION FOURTH QUARTER 1995 GASEOUS EFFLUENT GROUND-LEVEL RELEASES FISSION GASES QUANTITY (ci )

Total Fission Gases Released: 0.00E+00.ci Average Rate of Release:

0.00E+00 uCi/sec IODINES QUANTITY 1

(c1 )-

I131 1.71E-06 1133 4.62E-06 Total Iodines Released:

6.33E-06 ci Average Rate of Release:

7.96E-07 uCi/sec

-I PARTICULATES QUANTITY (ci )

Total Particulates Released:

0.00E+00 ci Average Rate of Release:

0.00E+00 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 0.00E+00 Avg. Rate of Release for H3:

0.00E+00 uCi/sec Quantity of noble gases derived from' gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION 1995 i

LIQUID EFFLUENTS NUCLIDE RELEASED QUANTITY (Ci )

CS137 2.23E-07 Total 2.23E-07 NOBLE GASES Total 0.00E+00 TRITIUM 0.00E+00 l

GROSS ALPIIA 0.00E+00 Volume of Waste Released Prior to Dilution: 4.00E+02 gal

' Volume of Dilution Water Released:

9.20E+07 gal i

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NRC Reg. Guide 1.21 Report Page 1 of 17 Report Date:

01/23/96 l

l SOLID WASTE SHIPPED OFFSITE FOR DISPOSAL DURING PERIOD FROM 01/01/95 TO 12/31/95 WASTE STREAM: Resins, Filters, & Evap Bottoms i

i VOLUME WASTE CURIES

% ERROR CLASS M

SHIPPED (Ci)'

3 A'

4158 117.7 2.56E2

+/-25%

B 970.6 27.5 1.29E2

+/-25%

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C 0

0 0

+/-25%

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All 5128.6 145.2 3.85E2

+/-25%

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NRC Reg. Guide 1.21 Report Page 2 of 17 Report Date:

01/23/96 ESTIMATES OF MAJOR NUCLIDES BY - WASTE CLASS AND. STREAM with 1%-

i Cutoff Waste Stream:

Resins, Filters, & Evap Bottoms i

WASTE CLASS NUCLIDE.NAME PERCENT CURIES-ABUNDANCE A

Co-60 45.807%

1.17E2 Fe-55 34.356%

8.80E1 Cs-137 10.904%

2.79El Mn-54 5.833%

1.49El Ni-63

.894%

2.29E0 Sr-90

.082%

2.10E-1 Pu-241

.070%

1.79E-1 C-14

.018%

4.61E-2 Ni-59

.016%

4.1E-2 H-3

.013%

3.33E-2 Cm-242

.000%

2.59E-4 I-129

<LLD 0.00E+0 Tc-99

<LLD 0.00E+0 I

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'NRC Reg. Guide'1.21 Report Page 3 of 17 Report Date:

01/23/96 l

ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND' STREAM with 1%

l Cutoff Waste Stream:

Resins, Filters, and Evap Bottoms l

WASTE CLASS NUCLIDE NAME PERCENT CURIES ABUNDANCE l

B Cs-137 33.468%

4.32E1 l

Co-60.

32.096%

4.14E1 Fe-55 27.063%

3.49El Mn-54 2.803%

3.62E0 Cs-134 1.249%

1.61E0

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Ni-63

.704%

9.08E-1 l

Sr-90

.456%

5.88E-1 H-3

.400%

5.16E-1 Pu-241

.277%

3.57E-1 C-14

.231%

2.98E-1 Ni-54

.008%

1.03E-2 l

Cm-242

.000%

2.43E-4 i

I-129

<LLD O.OOE0 Tc-99

<LLD 0.00E0

NRC Reg. Guide 1.21 Report Page 4 of 17 Report Date:

01/23/96 ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff Waste Stream:

Resins, Filters, and Evap Bottoms WASTE CLASS NUCLIDE NAME PERCENT CURIES ABUNDANCE All Co-60 41.893%

1.61E2 Fe-55 32.274%

1.24E2 Cs-137 17.346%

6.68E1 Mn-54 4.968%

1.91El Ni-63

.840%

3.23E0-Sr-90

.189%

7.28E-1 l

Pu-241

.129%

4.97E-1 H-3

.124%

4.77E-1 C-14

.079%

3.04E-1 Ni-59

.014%

5.39E-2 Cm-242

.000%

5.02E-4 I-129

<LLD 0.00E0 Tc-99 LLD 0.00E0

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f NRC' Reg. Guide.1.21 Report Page 5 of 17 l

Report Date:

01/23/96 l

i SOLID WASTE SHIPPED OFFSITE FOR DISPOSAL DURING PERIOD FROM 01/01/95 TO 12/31/95 Waste Stream: LIQ-O-NA Evap Bottoms that was sent to an Offsite Reprocessor.for further volume reduction.

VOLUME WASTE CURIES

% ERROR CLASS-FT M'

SHIPPED (CI) 3 A

194.1 5.5 2.70E+0

+/-25%

B 194.1 5.5 9.62E+0

+/-25%

i C

0 0

0

+/-25%

l All 388.2 11.0

.1.23E+1

+/-25%

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NRC Reg. Guide 1.21 Report Page=6 of 17 Report Date:

01/23/96

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ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM:WITH 1%

CUTOFF Waste Stream:

Other Waste:

1 PERCENT WASTE CLASS NUCLIDE NAME ABUNDANCE CURIES I

l

.A Cs-137 93.333%

2.52E+00 i

Cs-134 3.741%

1.01E-01 Co-60 2.296%

6.20E-02 I

Ni-63.

.142%'

3.83E-03 Sr-90

.069%

1.85E-03 C-14

.002%

4.73E-03 I-129

<:LLD >

0.00E+00 Tc-99

<LLD>

0.00E+00-l H-3

<LLD>

0.00E+00 L

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LNRC Reg. Guide 1.21 Report Page 7 of 17 j'

Report Date:

01/23/96 ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM WITH 1%

CUTOFF Waste Stream:

Other Waste:

l PERCENT 1

WASTE CLASS NUCLIDE NAME ABUNDANCE CURIES B

Cs-137 95.426%

9.18E+00 Cs-134-3.815%

3.67E-01 Co-60

.542%

5.21E-02 Sr-90

.070%

6.72E-03 Ni-63

.033%

3.22E-03 C-14

.000%

3.98E-05 I-129

<LLD>

0.00S+00 Tc-99

<LLD>

0.00E+00 H-3

<LLD>

0.00E+00 l

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1 l-L NRC Reg. Guide 1.21 Report Page 8 of 17 Report Date:

01/23/96 l

l ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM WITH 1%

j CUTOFF Waste Stream:

Other Waste:

PERCENT WASTE CLASS NUCLIDE NAME ABUNDANCE CURIES All Cs-137 94.968%

1.17E+01 Cs-134 3.799%

4.68E-01 t

Co-60

.926%

1.14E-01 j

Sr-90

.070%

8.57E-03 Ni-63

.057%

7.05E-03 C-14

.001%

8.71E-5 I-129

<LLD>

0.00E+00 Tc-99

<LLD>

0.00E+00 H-3

<LLD>

0.00E+00 i

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NRC Reg. Guide 1.21 Report' Page 9 of 17 Report Date:

01/23/96-

' SOLID WASTE SHIPPED OFFSITE FOR DISPOSAL DURING PERIOD FROM 01/01/95 TO 12/31/95 Waste Stream: HI-RAD TRASH (DAW) shipped direct to Burial Ground VOLUME WASTE CURIES

% ERROR 3

CLASS FT M'

SHIPPED (CI)-

A 380.9 10.8 1.69E+0

+/-25%

B 0

0 0

+/-25%

C 0

0 0

+/-25%

All 380.9 10.8 1.69E+0

+/-25%

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t I

bae 01/23/ 6 po l

l ESTIMATES - OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff i

Waste Stream:

Hi-Rad Trash (DAW) l 1

l WASTE CLASS NUCLIDE NAME PERCENT CURIES I

ABUNDANCE A

Co-60 39.284%

6.64E-1

]

Fe-55 37.691%

6.37E-1 1

All Cs-137 10.397%

1.76E-1 Mn-54 7.016%

1.19E-1' Co-58 1.726%

2.91E-2 Zn-65 1.152%

1.95E-2 Cr-51 1.021%

1.72E-2 Ni-63

.617%

1.04E-2 Sr-90

.071%

1.20E-3 Pu-241

.031%

5.27E-4 Ni-59

.010%

1.62E-4 Om-242 0.00%

4.35E-6 I-129

<LLD O.OOE0 Tc-99

<LLD 0.00E0 C-14

<LLD>

0.00E0 H-3

<LLD>

0.00E0 l

l~

l l

l l

l l

i NRC Reg. Guide 1.21 Report Page 11 of 17 Report Date:

01/23/96 l

SOLID WASTE SHIPPED OFFSITE FOR DISPOSAL DURING PERIOD FROM 01/01/95 TO 12/31/95 l

Waste Stream: DRY ACTIVE WASTE sent to a Reprocessor 1

l l

VOLUME WASTE CURIES

% ERROR l

CLASS FT M

SHIPPED (CI)

)

3 3

A 5237.5 148.22 5.49E-1

+/-25%

B 0

0 0

+/-25%

C 0

0 0

+/-25%

All 5237.5 148.22 5.49E-1

+/-25%

I NOTE: This material was sent to a Reprocessor for further volume reduction prior to burial.

I i

l i

NRC Reg. Guide 1.21 Report Page 12 of 17 Report Date:

01/23/96 1

ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff Waste Stream: DRY ACTIVE WASTE sent to a Reprocessor WASTE CLASS NUCLIDE NAME PERCENT CURIES ABUNDANCE A

Co-60 39.43%

2.16E-1 Fe-55 37.83%

2.08E-1 All Cs-137 10.42%

5.72E Mn-54 7.01%

3.85E-2 Co-58 1.74%

9.55E-3 Zn-65 1.15%

6.32E-3 Cr-51 1.03%

5.65E-3 H-3

<LLD>

0.00 C-14

<LLD>

0.00 Tc-99

<LLD>

0.00 I-129

<LLD>

0.00

.. =.--

~

t.

l.

L.

NRC Reg. Guide 1.21 Report Page 13 of 17.

l

- Report Date:

01/23/96

?

i l

Waste _Streami' SUM OF ALL CATEGORIES.

VOLUME l:

WASTE CURIES

% ERROR CLASS FT M

SHIPPED

'(CI) 3 3

A 9970.5 282.'22 2.61E2

' /-25%

+

I

'B 1164.7 33.0 1.39E2

+/-25%

C 0

0 0-

+/-25%

All 11135.2 315.22 4.00E2

+/-25%

i

{:

i-l l

I I

4 4

W 4

k l

~

?

s i

NRC Reg. Guide 1.21 Report Page 14 of 17 l_

-Report Date:

01/23/96 I

i 1

. ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff l

l Waste Stream: SUM OF ALL CATEGORIES I

l WASTE CLASS NUCLIDE NAME PERCENT CURIES ABUNDANCE

'A Co-60 46.1%

1.18E2 Fe-55 34.69%

8.88E1 Cs-137 11.99%

3.07El Mn-54 5.898%

1.51El Ni-63 0.898%

2.30E0 l

Sr-90 0.083%

2.13E-1 Pu-241 0.070%

1.80E-1 j

C-14 0.018%

4.62E-2 l

Ni-59 0.016%

4.12E-2 H-3 0.013%

3.33E-2 Cm-242 0.00%

2.63E-4 I-129

<LLD 0.00 Tc-99

<LLD 0.00 f

o

+

i L

NRC Reg.. Guide 1.21 Report Page 15 of 17

~

Report Date:

01/23/96 i

i t

ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff 1

l Waste Stream: SUM OF ALL CATEGORIES i

WASTE CLASS NUCLIDE NAME PERCENT CURIES l

ABUNDANCE f

B Cs-137 38.248%

5.24E1 l

Co-60 30.292%

4.15El l

Fe-55 25.474%

3.49El Mn 2.642%

3.62E0 Cs-134-1.445%

1.98E0 Ni-63' O.665%

9.11E-1 Sr-90 0.434%

5.95E-1 f

H-3 0.377%

5.16E-1 Pu-241 0.261%

3.57E-1 l

C 0'.218%

2.98E-1 t

L Ni-59 0.008%

1.03E-2 0

1 Cm-242 0.000%

2.43E-4 l

l Tc-99

<LLD 0

i I-129

< LED 0

t i

i I

l i

\\

i l-f.4 l

NRC Reg. Guide 1.21 Report Page 16 of 17 Report Date:

01/23/96 1

l ESTIMATES OF MAJOR NUCLIDES BY WASTE CLASS AND STREAM with 1%

Cutoff r

l WASTE CLASS NUCLIDE NAME PERCENT CURIES f

ABUNDANCE All Co-60 40.585%

1.62E2 Fe-55 31.476%

1.24E2 Cs-137 21.145%

8.31El Mn-54 4.738%

1.86El Ni-63 0.817%

3.211E0 C-134 0.529%

2.08E0 C-14 0.224%

8.81E-1 Sr-90 0.206%

8.08E-1 H-3 0.153%

6.01E-1 Pu-241 0.137%

5.37E-1 Ni-59 0.013%

5.15E-2 i

Cm-242 0.00%

5.06E-4.

Tc-99

<LLD>

0 I-129

<LLD 0

l I

1

.. ~.

e-NRC Reg. Guide-1.21 Report Page 17 of 17 Report Date: -01/23/96 SOLID WASTE DISPOSITION

SUMMARY

DURING PERIOD FROM 01/01/95 TO 12/31/95 NUMBER OF SHIPMENTS MODE OF TRANSPORTATION DESTINATION 30 TRUCK

-Barnwell, SC 0

TRUCK Richland, WA 3

TRUCK Oak Ridge, TN 9

l l

l k

l i

4 l

OYSTER CREEK 33 FOOT DATA JOINT FREQUENCY TABLES VERS!0si: 93.2 PRINTED 01 16 1996 HOURS AT E ACH WIND SPEED AND DIRECTION PER100 0F RECORD 95010100 TO 95123123 STABILITY CLASS A WIND SPEED SECTOR W!bOS To FROM 13 47 8 12 13-18 19 24

>24 TOTAL N

S 1

5 47 53 1

0 107 NME SSW 1

12 35 20 2

0 70 l

1 NE SW D

19 38 7

1 0

65 1

ENE WSW 1

12 46 3

0 0

62 l

E W

0 20 53 20 5

0 98 ESE WNW 1

19 97 61 1

0 179 l

SE NW 1

21 107 42 0

0 171 SSE NNV 1

12 40 3

0 0

56 N

0 6

14 0

0 0

20 SSW NNE O

9 17 1

0 0

27 SW NE O

14 55 2

0 0

71 WSW ENE O

22 126 10 0

0 158

(

W E

C 30 72 1

0 0

103 WNW ESE O

42 44 2

0 0

88 NW SE O

29 105 3

0 0

137 NNW SSE 1

8 59 19 0

0 87 l

r l

TOTAL 7

280 955 247 to 0

1499 l

+

4 OYSTER CREEK 33 FOOT DATA JOINT FREQUENCY TASLES VER$10N: 93.2 PRINTED 01 16 1996 l

HOURS AT EACH WIND SPEED ANO DIRECTION PERIOD OF RECORD 95010100 TO 95123123 STABILITY CLASS S WIND SPEED SECTOR WIN 05 TO FROM 13 47 8 12 13 18 19 24

>24 TOTAL N

0 8

24 13 0

0 45 NNE SSW 0

6 22 7

0 0

35 l

NE SW 0

10 13 1

0 0

24 l

ENE WSW 1

12 11 0

0 0

24 i

E W

0 19 23 7

0 0

49 ESE WNW 0

6 28 13 0

0 47 SE NW 0

17 21 10 0

0 48 i

SSE NNW 0

11 10 1

0 0

22 S

N 0

13 6

0 0

0 19

$$W NNE O

12 5

1 0

0 18 SW NE 2

16 12 0

0 0

30 q

WSW ENE.

1 16 17 1

0 0

35 W

E 1

14 11 0

0 0

26 WWW ESE O

17 13 0

0

,0 30 NW SE O

12 14 0

0 0

26 NNW

$$E 1

10 18 3

0 0

32 TOTAL 6

199 248 57 0

0 510 l

l l

i

, ~. _

4 OYSTER CREEK 33 FOOT DATA JOINT FREQUENCY TA8LES VERSION: 93.2 PRINTED 01 16-1996 HOURS AT E ACH WIND SPEED ANO DIRECTION PERIOD OF RECORD 95010100 TO 95123123 STABILITY CLASS C WIND SPEED SECTOR WIN 05 TO FROM 1-3 47 8-12 13-18 19-24

>24 TOTAL M

S 1

3 13 5

1 0

23 NNE

$5W 1

1 4

4 0

0 10 M

W 2

2 5

0 0

0 9

ENE WSW 1

7 9

0 0

0 17 E

W 0

7 6

3 0

0 16 ESE WNW 0

6 18 8

0 0

32 SE NW 0

8 10 4

0 0

22

$$E NNW 0

3 5

0 0

0 8

S N

0 6

1 0

0 0

7 SSW NNE O

10 1

0 0

0 11 SW NE O

15 3

0 0

0 18 WSW ENE O

7 9

0 0

0 16 W

E O

6 2

0 0

0 8

WNW ESE O

4 3

0 0

,0 7

NW SE O

8 7

0 0

0 15 NNW SSE O

6 3

1 0

0 10 TOTAL 5

99 99 25 1

0 229

. -.. ~

OYS7ER CREEK 33 FOOT DATA JOINT FREQUENCY TABLES VERSION: 93.2 PRINTED 01 16 1996 y

NOURS AT EACH WIND SPEED AND DIRECTION PERIOD OF RECORD -95010100 To 95123123 STABILITY CLASS D WIND SPEED J

SECTOR WINDS j

TO FROM 13 47 8 12 13 18 19 24

>24 TOTAL N

S 9

58 70 30 9

0 176 NME SSW 12 38 75 26 0

1 152 NE SW 11 35 26 20 0

0 92 ENE WSW 10 44 36 6

0 0

96 J

E W

20 -

32 51 17 2

0 122 ESE WNW~

21 45 86 35 1

0 188 SE NW 14 80 72 25 1

0 192

$$E NNW 20 83 44 1

1 0

149 N

14 75 17 1

0 0

107 i-SSW WNE 24 80 27 0

0 0

131 SW WE 29 156 37 1

0 0

273 i

WSW ENE 18 78 88 11 1

0 196 W

E 13 53 25 1

0 0

92 WNW ESE 3

25 21 2

0

,0 51 NW SE 15 48 13 5

0 0

81 NNW SSE 7

64 31 15 1

0 118 TOTAL 240 994 769 1%

16 1

2216

i OfSTER CREEK 33 FOOT DATA J

J0thT FREQUENCY TABLES VER$10N: 93.2 PRINTED 01-16 1996 HOURS AT E ACH WIN 0 SPEED AND DIRECTION PER!00 0F RECORD 95010100 To 95123123 STABILITY CLASS E a

i WINO SPEED SECTOR WikOS TO FROM 1-3 47 8 12 13 18 19 24

>24 TOTAL N

S 35 84 51 14 5

0 189 NME SSW 26 131 88 16 2

0 263 4

4 NE SW 32 123 50 5

0 0

210 ENE WSW 45 181 41 2

0 0

269 E

W 26 155 25 3

0 0

209 ESE WNW 27 151 115 12 0

0 305 SE NW 47 127 66 6

0 0

246 SSE WNW 31 102 19 0

0 0

152 S

N-20 52 12 0

0 0

84

$$W NNE 22 27 22 1

0 0

72 SW NE 24 43 29 8

0 0

104 WSW ENE 15 45 17 8

1 0

86 W

E 11 37 11 2

0 0

61 WWW ESE 12 23 9

2 0

0 46 i

W SE 18 27 10 5

0 0

60 NNW

$$E 16 43 35 4

5 1

104 TOTAL 407 1351 600 88 13 1

2460

l e

OYSTER CREEK 33 FOOT DATA JOINT FREQUENCY TABLES I

VER$10N: 93.2 PRINTED 01 16-1996 HOURS AT 14CH WIND SPEED AND DIRECTION PERICO OF aECORD 95010100 70 95123123 STASILITY CLASS F WIND SPEED SECTOR W!h0S TO FRCH 13 47 8 12 13 18 19 24

>24 TOTAL M

S 22 9

0 0

0 0

31 NME SSW 30 23 0

1 0

0 54 NE SW 23 58 1

0 0

0 82 ENE WSW 34 100 2

0 0

0 136 E

W 56 87 3

0 0

0 146 1

ESE WWW 32 66 1

0 0

0 99 j

SE NW 33 48 4

0 0

0 85 SSE NNW 29 48 0

0 0

0 77 4

7 7

0 0

0 0

14 SSW NNE 10

(

t, 0

0 0

10 SW NE 7

1 2

0 0

0 10 WSW ENE 6

6 0

1 1

0 14 W

E 5

1 0

0 0

0 6

WNW ESE 5

1 1

0 0

,0 7

W SE 6

3 2

0 0

0 11 NW

$$E 18 9

0 0

0 0

27 TOTAL 323 467 16 2

1 0

809 l

075TER CREEK 33 7007 047A

.0 INT FREQUENCY TABLES VER$10N: 93.2 PRINTED 01 16 1996 MO.lRS AT E ACH WIN 0 SPEED ANO DIRECTION PERIOD OF 4ECORD 95010100 70 95123123 STASILITY LASS G WIND SPEED SECTOR W!WS 70 FROM 13 47 8 12 13 18 19-24

>24 TOTAL M

S 21 3

0 0

0 0

24 NME S S'.

21 6

0 0

0 0

27 NE SW 51 20 0

0 0

0 71 ENE WSW 123 114 1

2 0

0 240 E

W 188 67 0

1 0

0 256 ESE WW 106 23 0

1 0

0 130 SE NW 96 27 0

0 0

0 123 SSE NNW 52 41 0

0 0

0 93 S

N 20 6

0 0

0 0

26 j

SSW NNE 13 1

0 0

0 0

14

{

SW NE 4

0 0

0 0

0 4

WSW ENE 1

1 0

0 0

0 2

W E

9 2

0 0

0 0

11 WW ESE 2

0 0

0 0

0 2

W SE 6

0 0

0 0

0 6

NW SSE 6

0 0

0 0

0 6

TOTAL 719 311 1

4 0

0 1035

~.

=.

.... ~

OYSTER CREEK 33 FOOT DATA JOINT FREQUENCY TABLES

-VER$10N: 93.2 PRINTED 01 16 1996

?

HOURS AT E4CH WIND SPEED AND DIRECTION PERIOD OF RECORD 95010100 TO 95123123 STASILITY CLASS ALL A

d a

WIND SPEED SECTOR Wih0S TO FROM 13 47 8-12 13 18 19 24

>24 TOTAL N

S 89 170 205 115 16 0

595 NNE SSW 91 217 224 74 4

1 611 NE SW 119 267 133 33 1

0 553 ENE WSW 215 470 146 13 0

0 844 E

W 290 387 161 51 7

0 896 ESE WNW 187 316 345 130 2

0 980 SE NW 191 328 280 87 1

0 887 SSE NNW 133 300 118 5

1 0

557 N

61 165 50 1

0 0

277

$$W NNE 69 139 72 3

0 0

283 SW NE 66 245 188 11 0

0 510 a

WSW ENE 41 175 257 31 3

0 507 W

E 39 143 121 4

0 0

307 WNW ESE 22 112 91 6

0

,0 231 NW SE 45 127 151 13 0

0 336 NNW SSE 49 140 146 42 6

1 384 TOTAL 1707 3701 2688 619 41 2

8758 Hours of Missing / Invalid Data 2

j l

OYSTER CREEK 380 FOOT DATA JCINT FREQUENCY TASLES VERSION: 93.2 PRINTED 01 16 1996 HOURS AT EACH WIND SPEED AND DIRECTION PERIOD OF RECORD 95010100 To 95123123 STASILITY CLASS A i

WIND SPEED SECTOR WINOS j

TO FRON 13 47 8 12 13 18 19 24

>24 TOTAL M

S 0

0 0

0 4

0 4

NNE SSW 0

0 0

3 1

0 4

NE SW 0

0 2

3-0 0

5 ENE WSW 0

0 0

4 0

1 5

l j

E W

0 0

2 6

6 0

14 ESE WNW 0

1 0

6 7

4 18 SE NW 0

0 1

7 6

9 23 SSE NNW 0

0 0

3 3

0

'6 S

N O

O 0

1 0

0 1

SSW NNE O

O O

1 1

0 2

SW NE O

O 0

10 2

0 12 WSW ENE O

0 2

4 3

1 10 W

E 0

1 1

1 0

0 3

WWW ESE O

O 0

0 0

0 0

NW SE O

O 3

3 0

0 6

NNW SSE O

O 1

3 1

0 5

TOTAL 0

2 12 55 34 15 118 I

=

1

.,-s OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TA8LES VERSION: 93.2 PRINTED 01 16 1996 HOURS AT EACH WIND SPEED AND DIRECTION PERIOD OF 4ECORD 95010100 TO 95123123 STASILITY CLASS 8 WIND SPEED SECTOR Wi=0S To FROM 13 47 8 12 13 18 19-24

>24 TOTAL N

S 0

1 2

18 8

0 29 NNE

$$6 0

0 0

7 3

1 11 NE SW 0

1 2

7 3

0 13 ENE WSW 0

0 9

16 0

1 26 E

W 0

0 3

9 2

5 19 ESE WNw 0

0 3

19 19 8

49

)

SE NW 0

0 2

21 11 7

41 SSE NNW 0

0 3

4 1

0 8

i I

S M

0 0

0 1

0 0

1

$$W NNE O

0 0

0 3

0 3

SW NE O

0 3

21 3

0 27 WSW ENE O

O 17 26 7

1 51 W

E O

O 7

2 1

0 10 WNW Est 0

2 14 3

1

,0 20 NW SE O

O 11 5

0 0

16 NNW SSE 0

0 4

24 3

0 31 TOTAL 0

4 80 183 65 23 355 l

l l

3 i

I

OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TABLES VERSION: 93.2 PRINTED 01 16 1996 HOURS AT (ACH WINO SPEED AND DIRECTION PERIOD OF RECORD 95010100 TO 95123123 j

STABILITY CLASS C WIND SPEED SECTOR W!h0S TO FRCM 1-3 47 8 12 13 18 19 24

>24 TOTAL

)

N S

0 0

7 21 7

1 36 NNE SSw 0

2 5

19 9

4 39 NE SW 0

1 10 8

3 1

23 ENE WSw 0

4 8

16 2

1 31 E

W 0

1 18 21 8

6

.4 ESE WNW 0

2 10 32 36 20 100 SE NW 0

2 18 23 23 11 77 SSE NN6 0

1 6

11 3

1 22 S

N 0

0 3

4 0

0 7

SSW NNE O

O 4

2 1

0 7

SW NE O

1 9

16 9

1 36 WSW ENE O

1 24 33 5

1 64 W

E O

2 20 8

0 0

30 WNW ESE O

1 16 6

1 0

24 NW SE O

1 24 8

0 0

33 NNW S$t 0

0 13 22 1

0 36 TOTAL 0

19 195 250 108 47 619 4

e, OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TABLES VER$10N: 93.2 PRINTED 01 16 1996 NOURS AT E ACH WINO SPEED AND O!RECTION PERIOD OF RECORD 95010100 TO 95123123 STA81LITY CLASS 0 WIND SPEED SECTOR WIh0S To FROM 1-3 4-7 8 12 13 18 19 24

>24 TOTAL N

2 23 75 104 42 32 278 NNE SSW 2

27 45 118 67 28 287 NE SW 3

21 43 41 23 13 144 ENE WSW 4

16 49 61 24 10 164 E

W 5

25 33 71 45 33 212 ESE WNW 2

25 45 107 119 87 385 SE NW 5

28 68 119 92 57 369

$$E NNW 2

14 58 73 26 5

178 S

N 2

26 68 28 11 0

135 S$W NNE 7

27 86 54 8

0 182 SW NE 5

30 108 154 50 18 365 WSW ENE 8

26 104 102 69 31 340 W

E 4

39 65 30 6

3 147 WNW ESE 4

40 60 35 12 4

155 NW SE 9

45 77 21 4

5 161 NWW SSE 5

13 84 32 5

15 154 TOTAL 69 425 1068 1150 603 341 3656

• ~

s

vi a

0YSTER CREEK 380 FOOT DAi'A JOINT FREQUENCY TABLES VERSION: 93.2 PRINTED 01 16 1996 NOURS AT EACH WIND SPEED AND O!RECTION PERIOD OF RECORD 95010100 TO 95123123 STABILITY CLASS E I

WIND SPEED SECTOR W!kOS TO FROM 13 47 8 12 13-18 19 24

>24 TOTAL N

3 7

34 54 38 17 153 NME SSW 2

to 38 125 103 21 299 NE SW 4

10 27 56 91 15 203 ENE WSV 2

4 22 49 83 12 172 E

W 2

7 24 63 77 16 189 ESE WNW 0

7 20 56 168 27 278 1

SE NW 4

8 20 65 86 12 195 SSE NNW 2

13 19 57 63 7

161 S

N 3

7 21 50 11 2

94 SSW NNE 3

7 27 19 4

0 60 SW NE 2

9 16 21 12 to 70 WSW ENE 5

12 12 40 7

6 82 W

E 4

16 15 24 6

6 71 WNW ESE O

9 15 14 4

2 44 NW SE 6

12 9

8 10 7

52 NNW SSE 1

12 40 21 13 30 117 TOTAL 43 150 359 722 776 190 2240 i

l l, te OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TABLES l

VERSION: 93.2 PRINTED 01 16-1996 NOURS AT f*CH WIND SPEED AND DIRECTION l

PERIOD OF 8EC0A0 95010100 TO 95123123 STA5!LITY CLASS F WIND SPEED SECTOR Wiho$

TO FROM 13 7 8 12 13 18 19-24

>24 TOTAL M

S 2

3 27 9

3 0

44 NME

$$w 1-2-

19 49 18 3

92 NE SW 3

3 23 38 39 17 123 ENE WSb 3

8' 16 21 38 17 103 E

W 0

3 6

32 50 29 120 ESE WNW 1

3 11 39 48 14 116 SE NW 0

5 15 41 37 13 111 SSE NNW 1

4 10 35 44 6

100 N

0 5

11 33 22 4

75 SSW NNE 1

2 7

24 0

0 34 SW NE 0

6 17 11 1

0 35 WSW ENE 0

2 6

6 0

0 14 W

E O

8 5

2 0

0 15 WNW ESE 1

10 4

4 1

0 20 NW SE 2

4 8

5 1

0 20 NNW SSE 1

3 5

11 5

1 26 i

1 TOTAL 16 71 190 360 307 104 1048 l

i

=..

=

j e,

a l

1-OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TABLES j

VER$10N: 93.2 PRINTED 01 16-1996 HOURS AT E*CH WIND SPEED AND DIRECTION l

PERIOD OF RECORD 95010100 TO 95123123 STABILITY CLASS G WIND SPEED SECTOR Wih0S TO FROM 13 4-7 8-12 13 18 19 24

>24 TOTAL l

N S

3 8

14 6

3 0

34 l

l NNE SSW 3

6 19 18 10 3

59 l

NE SW 6

18 28 30 8

5 95 ENE WSW 3

11 17 15 31 4

81 E

W 2

8 16 27 36 14 103 ESE WNW 2

6 13 20 13 2

A SE NW

-2 6

13 20 11 0

52 SSE NN6 4

6 11 13 4

1 39 l

S N

1 12 14 21 9

0 57

$$W NNE 3

2 7

13 3

0 28 SW NE 1

3 18 12 1

0 35 WSW ENE 1

4 11 1

0 0

17

(

W E

2 2

12 7

0 0

23 WW ESE 1

2 10 2

1, 0 16 NW SE 1

3 4

2 0

0 10 NNW SSE 1

1 9

3 0

0 14 i

TOTAL 36 98 216 210 130 29 719 i

e, n

g OYSTER CREEK 380 FOOT DATA JOINT FREQUENCY TABLES VER$!ON: 93.2 PRINTED 01-16 1996 HOURS AT EACH WINO SPEED AND DIRECTION PERIOD OF RECORD 95010100 TO 95123123 STA81LITY CLASS ALL 4

i WIND SPEED SECTOR WIN 0$

TO FROM 13 47 8 12 13 18 19 24

>24 TOTAL N

S 10 42 159 212 105 50 578 NNE SSV 8

47 126 339 211 60 791 NE SW 16 54 135 183 167 - 51 606 ENE WSW 12 43 121 182 178 46 582 E

W 9

44 102 229 224 103 711 ESE WWW 5

44 102 279 410 162 1002 SE NW 11 49 137 296 266 109 868 SSE NNW 9

38 107 196 144 20 514 S

N 6

50 117 138 53 6

-370 SSW NNE 14 38 131 113 20 0

316 SW NE 8

49 171 245 78 29 580 WSW ENE 14 45 1 76 212 91 40 578 W

E 10 68 125 74 13 9

299 l

s l

WWW ESE 6

64 119 64 20, 6 279 NW SE 18 65 136 52 15 12 298 i

NNW SSE 8

29 156 116 28 46 383 TOTAL 164 769 2120 2930 2023 749 8755 Hours of Nissing/ Invalid Det,a 5