ML20064B735

Effluent Release Rept for Jul-Dec 1993

ML20064B735
Person / Time
Site:	Oyster Creek
Issue date:	12/31/1993
From:	J. J. Barton GENERAL PUBLIC UTILITIES CORP.
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
C321-94-2026, NUDOCS 9403090002
Download: ML20064B735 (37)

Text

'

t GPU Nuclear Corporation 5 11 luclear

=r:r 8" Forked River, New Jersey 08731-o388 609 971-4000 Writer's Direct Dial Number:

C321-94-2026 February 25, 1994 U.S. Nuclear Regulatory Commission Att: Document Control Desk Washington, D.C. 20555

Subject:

Oyster Creek Nuclear Generating Station Docket No. 50-219 Effluent Release Report Attached is a copy of the Oyster Creek Effluent Release Report for the period covering July,1993 through December,1993. This submittal is made in accordance with 10 CFR 50.36a(a)(2) and our Operating License and Technical Specifications.

Additionally, there are four corrected pages for the reporting period of January through June,1993. These corrections reflect the guidelines of Regulatory Guide 1.21 which does not require reporting of particulate radionuclides with half-lives of less than eight days.

If you should have any questions or require further information, please contact Brenda DeMerchant, DC Licensing Engineer at (609) 971-4642.

Very tro yo s yL w '

Joh J. Barton Vice President & Director i

070067 Oyster Creek l

l JJB/BDEM: Jc cc:

Administrator, Region 1 l

Senior NRC Resident Inspector

)

l Oyster Creek NRC Project Manager t

9403090002 931231 v

PDR ADOCK 05000219 R

PDR 1

/l j

GPU Nuclear Corporation is a subsidiary of General Public Utahties Corporation

OYSTER CREEK NUCLEAR GENERATING STATION FIRST QUARTER 1993 i

GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 1.98E+00 KR87 9.07E+00 XE133 7.36E+00 XE135 1.16E+01 Total Fission Gases Released: 2.90E+01 ci Gamma Ebar:

0.342 MeV Average Rate of Release:

3.77E+00 uCi/sec IODINES QUANTITY (ci )

I131 5.87E-03 I132 2.87E-02 I133 6.06E-02 I135 1.06E-01 Total Iodines Released:

2.01E-01 ci Average Rate ofeRelease:

2.61E-02 uCi/sec PARTICULATES QUANTITY (ci )

CR51 2.40E-05 MN54 1.24E-05 CO60 2.05E-04 i

SR89 1.01E-04 i

SR90 4.65E-06 CS137 4.54E-05 BA140 1.32E-04 CE144 2.15E-05 GROSSA 8.85E-05 i

Total Particulates Released:

6.34E-04 ci l

Average Rate of Release:

8.21E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 3.31E-01 Avg. Rate of Release for H3:

4.31E-02 uCi/sec Quantity of noble gases derived from gross activity.

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OYSTER CREEK NUCLEAR GENERATING STATION

)

l FIRST QUARTER 1993 l

GASEOUS EFFLUENT GROUND-LEVEL RELEASES 1

}

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FISSION GASES QUANTITY-

)

j (ci )

2 XE133 1.44E-02

]

XE135 3.74E-03 l

1 1

Total Fission Gases Released:-1.81E-02 ci j

Average Rate of Release:

2.35E-03 uCi/sec 1

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J IODINES QUANTITY l

(ci )

j I131 1.70E-07 i

1133 1.04E-05 1

l Total Iodines Released:

1.05E-05 ci j

Average Rate of Release:

1.37E-06 uCi/sec 1

PARTICULATES QUANTITY (ci )

SR89 2.53E-06

)

l Total Particulates Released:

2.53E-06 ci Average Rate of Release:

3.29E-07 uCi/sec RADIONUCLIDE QUANTITY (ci )

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

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

OYSTER CREEK NUCLEAR GENERATING STATION SECOND QUARTER 1993 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 2.08E+00 KR87 1.02E+01 XE133 9.61E+00 XE135 1.46E+01 Total Fission Gases Released: 3.65E+01 ci Gamma Ebar:

0.443 MeV Average Rate of Release:

4.69E+00 uCi/sec IODINES QUANTITY (ci )

I131 1.84E-03 I133 6.31E-03 Total Iodines Released:

8.15E-03 ci Average Rate of Release:

1.05E-03 uCi/sec PARTICULATES QUANTITY (ci )

CRS1 9.80E-05 CO60 5.84E-05 SR89 3.90E-04 BA140 5.08E-05 GROSSA 5.91E-07 Total Particulates Released:

5.91E-04 ci Average Rate of Release:

7.60E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 1.37E+00 Avg. Rate of Release for H3:

1.76E-01 uCi/sec Quantity of noble gases derived from gross activity.

f I

OYSTER CREEK NUCLEAR GENERATING STATION SECOND QUARTER 1993 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 3.00E-06 I133 1.18E-05 Total Iodines Released:

1.48E-05 ci 1

Average Rate of Release:

1.90E-06 uCi/sec PARTICULATES QUANTITY l

(ci )

CR51 4.17E-07 MN54 3.97E-07 SR89 1.05E-05 GROSSA 2.74E-06 Total Particulates Released:

1.39E-05 ci Average Rate of Release:

1.79E-06 uC1/sec RADIONUCLIDE QUANTITY (ci )

i 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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EXECUTIVE SUAIAIARY.1993-2 SEAll-ANNUAL RELEASE REPORT 1

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The Semiannual Effluent Release Repon is submitted to the United States Nuclear Regulatory

~

Commission (NRC) every six months in accordance with the Oyster Creek Nuclear Generating Station (OCNGS) Technical Specifications (Tech Specs), it Sununarizes the radioactive gaseous and liquid effluents released and solid radioactive wastes shipped from OCNGS.

Attached Tables show that doses based on quantities of radioactive material released were all less than 1 % of the limits allowed by the OCNGS Tech Specs. Limits for the release of radioactive effluents at OCNGS are based upon offsite exposure to members of the general public. These limits were compared to dose projections calculated using the methodology in the Offsite Dose Calculation hianual (ODCh!). There were no liquid releases from OCNGS during the period. Solid waste shipments were similar to those of nuclear plants of comparable type, age and size. Concrete was used for solidification material during the i

reponing period. The report summarizes the fact that all effluents released were within federal regulatory requirements of the OCNGS Technical Specifications.

Included is a description of changes made to the Offsite Dose Calculation hianual (ODCh!)

and the Process Control Plan (PCP) during the reporting period. Eftluent monitoring instmments that were inoperative as per Technical Specification 3.15 for the reporting period I

are also discussed.

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i RADENGR/II

= - -

Maximum Opite Dose Due To Radionuclides in EDluents July-December 1993 Tech. Spec.

3. 6.J.1

3. 6.J.1

3. 6.L.1 3.6.L.1 3.6.K.1

3. 6.M. ]

3.6.K.1 Liquid Dose Air Dose (Gas)

Whole

( Bone)

WB Organ Beta Gamma Body Organ Skin mrem mrem mrem mrem mrem mrem mrem July-Dec.

Total 0.00E+00 0.00E+00 1.6E-4 1.5E-3 5.3E-4 3.7E-3 1.5E-3 Tech. Spec.

Limit 3

10 20 10 500 15 3000 Fraction ofLimit 0.00E+00 0.00E+00 8.0E-6 1.5E-4 1.1E-6 2.5E-4 5.0E-7 l

l Tech Spec.Ref 3.6.N.]

3.6.N.1 l

Whole

( Bone)

Body Organ inrein inrem 1993 Total 7.6E-4 3.7E-3 Tech. Spec. Limit 25 25 Fraction of Annual Limit 3.0E-5 2.5E-4 l

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OFFSITE DOSE CALCULATION MANUAL l

As per USNRC genetic letter 89-001, the RETS and REMP (Radiological Environmental Monitoring Progmin) sections of the OCNGS tech specs have been written into the ODCM.

t EFFLUENT MONITORS OUT OF SERVICE GREATER TIIAN 30 DAl'S:

There were no effluent Monitors out of sen'icefor greater than 30 days during the second half of1993.

CIIANGES TO Tile PROCESS CONTROL PIAN:

l There were no changes to the Process Control Plan during the second half of1993.

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OYSTER CREEK NUCLEAR GENERATING STATION LIQUID EFFLUENT RELEASES THIRD AND FOURTH QUARTERS 1993 Oyster Creek Nuclear Generating Station Policy is to strivefor a zero liquid discharge of radioactive material. As a result, there were no liquid continuous or batch releasesfrotn OCNGS during the second half of1993.

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i Epluent and Waste Disposal SupplenientalInfonnation FACILITY:

Oyster Creek Nuclear Generating Stanon l

LICENSEE:

Owner - Jersey Centml Power and Light Ccnnpany Operator - GPU Nuclear Corpomtion 1.)

Rcgulatory Lhnits n.)

Fission and Activation Gases Technical Specification 3.6.E.1 The gross radioactivity in noble gases dischargedfroin the inain condenser air ejector shall not exceed a 0.21/E Ci/sec after the holdup line, where E is the average gamma energy (Afev per atontic transfonnation).

Technical Specification 3.6.K.1 The dose equivalent rate outside of the EXCLUSION AREA due to mdioactive noble gas in gaseous $1uent shall not exceed 500 mrem / year to the total body or 3000 mrem / year to the skin.

This has been relocated to the ODCA1 Technical Specification 3.6.L.1 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 mdiation, 10 mmd/ calendar year due to ganuna radiation, or 20 mmd/ calendar year due to beta radiation This has been relocated to the ODCAf Technical Specification 3.6.N.]

The annual dose to a AfEAfBER OF THE PUBLIC due to radiation and radioactive materialin efluentsfrom 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.

This has been relocated to the ODCAf w

w i

er

b. lodines and Particulates Technical Specifcation 3.6.K.2 The dose equivalent rate outside of the EXCLUSION AREA due to H-3,1-131,1-133, and to radioactive materialin particulates having half-lives of S days or more in gaseous <fluents shall not etceed 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 mdionuclides is averaged over no more than 31 days.

This has been relocated to the ODCAf Technical Specapcation 3.6.A1.1 The dose to a ASEA 1BER OF THE PUBLICfrom iodine-131, iodine-133, andfrom mdionuclides in particulatefann having half-lives of 8 days or more in gaseous efluents, outside of the EXCLUSION AREA shall not etceed 7.5 mrem to any body organ per calendar quaner or 15 mrem to any body organ per calendar year.

This has been relocated to the ODCA1

c. Liquid Ejluents Technical Specifcation 3.6.I.1 The concentmtion of radioactive material, other than noble gases, in liquid efluent in the discharge canal at the Route 9 bridge shall not erceed the concentrations speciped I

in 10 CFR Part 20, Appendit B, Table II, Column 2.

This has been relocated to the ODCM Technical Specifcation 3.6.I.2 l

The concentmtion of noble gases dissolved or entmined in liquid effluent in the discharge canal at the Route 9 bridge shall not etceed 2r10" microcuries/ milliliter, i

This has been relocated to the ODCAf Technical Specifcation 3.6.J 2 The dose to a AfEAfBER OF THE PUBLIC due to radioactive materialin liquid eBluents beyond the outside of the EXCLUSION AREA shall not etceed:

l 1.5 mrem to the total body during any calendar quaner, l

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.

This has been relocated to the ODCAf 2,) Afarimum Pennissible Concentmtions (A1PC)

a. Fission and Activation Gases:

Appendix B, Table II, Cohann 2 of10 CFR 20

b. Iodines and Paniculates:

Appendix B. Table II, Column 2 of10 CFR 20

c. Liquid EDluents:

Appendix B. Table II, Column 2 of10 CFR 20, crceptfor dissolved or entmined 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 reconting of gross activity and the incorporation ofisotopic data obtainedfrom a weekly gmb sample analyzed using gamma spectroscopy.

2. Augmented Offgas (AOG) Vent The continuous recording of gross activity and the incorporation ofisotopic data obtainedfrom a weekly gmb sample analyzed using gamma spectroscopy.

3. Turbine Building Stack and Feedpump Room Vent The continuous recording of gross activity and the incorporation ofisotopic data obtainedfrom a monthly grab sample analyzed using ganuna spectroscopy.

b. Iodines

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

2. AOG Vent l

l Filter are changed twice weekly and analyzed using gamma spectroscopy.

3. 7'urbine Building Stack and Feedpuinp Roorn Vent Filters are changed twice weekly and analyzed using garnma spectroscopy.

c. Paniculates

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

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

3. Turbine Building Stack and Feedputnp Roorn Vent Filters are changed twice weekly and analyzed using ganuna spectroscopy.

d. Liquid Ejluents Analysis per batch release using ganuna spectrometry with a gerinanitun detector, a low background beta counter, and a liquid scintillation counter.

i

OYSTER CREEK NUCLEAR GENERATING STATION THIRD QUARTER 1993 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 3.62E+00 KR87 1.53E+01 KR88 1.22E+01 XE135 2.62E+01 Total Fission Gases Released: 5.74E+01 ci Gamma Ebar:

0.751 MeV Average Rate of Release:

7.30E+00 uCi/sec IODINES QUANTITY (ci )

I131 1.64E-03 I132 2.26E-03 I133 5.90E-03 I135 3.39E-03 Total Iodines Released:

1.32E-02 ci Average Rate of Release:

1.68E-03 uCi/sec PARTICULATES QUANTITY (ci )

CR51 2.40E-05 CO60 2.89E-05 SR89 3.30E-04 BA140 8.63E-05 GROSSA 8.85E-05 Total Particulates Released:

5.58E-04 ci Average Rate of Release:

7.09E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 1.36E+00 Avg. Rate of Release for H3:

1.72E-01 uCi/sec Quantity of noble gases derived from gross activity.

I e,-

OYSTER CREEK NUCLEAR GENERATING STATION THIRD QUARTER 1993 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 1.65E-06 I133 2.16E-05 Total Iodines Released:

2.32E-05 ci i

Average Rate of Release:

2.95E-06 uCi/sec l

l PARTICULATES QUANTITY l

(ci )

SR89 4.42E-06 Total Particulates Released:

4.42E-06 ci Average Rate of Release:

5.62E-07 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 0.00E+00 l

Avg. Rate of Release for H3:

0.00E+00 u i/sec r

Quantity of noble gases derived from gross activity.

OYSTER CREEK NUCLEAR GENERATING STATION FOURTH QUARTER 1994 GASEOUS EFFLUENT ELEVATED RELEASES FISSION GASES QUANTITY (ci )

KR85M 2.79E+01 KR87 6.30E+00 KR88 1.47E+01 XE135 4.59E+01 Total Fission Gases Released: 9.48E+01 ci Gamma Ebar:

0.522 Mev Average Rate of Release:

1.21E+01 uCi/sec IODINES QUANTITY (ci )

I131 5.68E-04 I133 2.96E-03 I135 1.80E-03 Total Iodines Released:

5.33E-03 ci Average Rate of Release:

6.78E-04 uCi/sec PARTICULATES QUANTITY (ci )

CR51 2.32E-05 CO60 1.32E-04 SR89 3.25E-04 SR90 9.84E-06 CS137 1.96E-05 BA140 1.80E-04 Total Particulates Released:

6.89E-04 ci Average Rate of Release:

8.76E-05 uCi/sec RADIONUCLIDE QUANTITY (ci )

H3 6.19E-01 Avg. Rate of Release for H3:

7.87E-02 uCi/sec Quantity of noble gases derived from gross activity.

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1 OYSTER CREEK NUCLEAR GENERATING STATION FOURTH QUARTER 1994 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 )

I133 3.96E-06 Total Iodines Released:

3.96E-06 ci Average Rate of Release:

5.04E-07 uCi/sec PARTICULATES QUANTITY (ci )

SR89 3.45E-06 GROSSA 1.42E-05 Total Particulates Released:

1.75E-05 ci Average Rate of Release:

2.22E-06 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.

I Solid Waste Shipped Offsite for Disposal During Period From 07/1/93 to 12/31/93 Report Date 1/20/94 WASTE STREAM: DRY ACTIVE WASTE SENT TO A REPROCESSOR 1

WASTE VOLUME CURIES

% ERROR (Ci)

CLASS SHIPPED 3

3 Ft M

A 4,529 128.17 1.08 25%

B 0

0 0

1 25%

C 0

0 0

25%

All 4,529 128.17 1.08 25%

Note:

This material was sent to a Reprocessor for further Volume Reduction prior to burial.

l 2611.WAC/11 l

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Estimates of Major Nuclides by Waste Class and Stream with 1% Cutoff 1/20/94 WASTE STREAM: ORY ACTIVE WASTE SENT TO A REPROCESS 08 Waste Nuclide Percent Class Name Abundance Curies A

Fe-55 49.00%

5.29 E-1 (All)

Co-60 33.70%

3.64 E-1 Cs-137 7.46%

8.06 E-2 Mn-54 4.33%

4.68 E-2 Cr-51 1.29%

1.39 E-2 Zn-65 1.24%

1.34 E-2 Ni-63 0.68%

7.34 E-3 Sr-90 0.06%

6.48 E-4 Pu-241 0.04%

4.32 E-4 Ni-59 0.01%

1.08 E-4 C-14 0.00% Cm-242 0.00% H-3 0

LLD(<6.25E-4 uCi/CC)

Tc-99 0

LLD(<6.25E-5 uCi/CC) 1-129 0

LLD(<l.53E-4 uCi/CC) l l

2611.WAC/12 1

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Solid Waste Shipped Of f site for Disposal

• o During Period From 07/01/93 to 12/31/93 o*

Report Dat e

01/20/94 Waste Stream :Rasins, Filters, & Evap Bottoms.

RADMAN Waste Type (s):

FM-S-CM SLDG170 FM-D-NA ALPS RE EB-S-CM BOTTOMS BR-D-NA RESIN Waste Volume Curies

% Error Class Ft'3 M^3 Shipped (Ci)

A 1642.2 46.5 1.33E+02

+/- 25%

B 512.4

.14.5 5.38E+01

+/- 25%

C

.0

.0 0.00E+00

+/- 25%

All 2154.6 61.0 1.87E+02

+/- 25%

c-Combined Waste Type Shipment, Major Volume Wast e Type Shown t

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• • Estimates of Major Nuclides by Wast e Class and.St ream **

Wast e St ream: Resins, Filters, & Evap Bot toms. Wit h 1.0% Cutoff.

Wast e Nuclide Percent Curies Class Name Abundance i

A Fe-55 42.040%

5.60E+01 Co-60 38.794%

5.17E+01 Cs-137 8.371%

1.11E+01 Mn-54 4.537%

6.04E+00 Cr-51 1.259%

1.68E+00 Zn-65 1.122%

1.49E+00 Ni-63 1.005%

1.34E+00 Pu-241

.303%

4.03E-01 C-14

.229%

3.05E-01 Sr-90

.070%

9.28E-02 H-3

.030%

3.97E-02 Ni-59

.014%

1.92E-02 Cm-242

.000%

4.33E-04 I-129

.000%

0.00E+00 Tc-99

.000%

0.00E+00 Nb-94

.000%

0.00E+00 P

P

. _ _ ~..

~.

00 Estimates of Major Nuclides by Waste Class and St ream 00 Waste Stream: Resins, Filters, & Evap Bottoms. Wit h 1.0% Cutoff.

Waste Nuclide Percent Curies Class Name Abundance B

Fe-55 37.792%

2.03E+01 Co-60 25.537%

1.37E+01 Cs-137 25.477%

1.37E+01 Mn-54 4.567%

2.46E+00 Cs-134 1.934%

1.04E400 Ni-63 1.211%

6.51E-01 Co-58 1.114%

5.99E-01 Zn-65 1.066%

5.73E-01

'Sr-90

.060%

3.22E-02 Pu-241

.057%

3.07E-02 l

Ni-59

.015%

8.33E-03 H-3

.005%

2.80E-03 Cm-242

.000%

1.40E-04 I-129

.000%

0.00E+00 Tc-99

.000%

0.00E+00 C-14

.000%

0.00E+00 Nb-94

.000%

0.00E+00 I

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ao Estimates of Major Nuclides by Waste Class and Stream 00 Waste St ream: Resins, Filters, & Evap Bottoms, with 1.0% Cutoff.

Waste Nuclide Percent Curies l

Class Name Abundance All Fe-55 40.818%

7.63E+01 Co-60 34.981%

6.54E+01 Cs-137 13.291%

2.48E+01 Mn-54 4.546%

8.50E+00 Cr-51 1.136%

2.12E+00 Zn-65 1.106%

2.07E+00 Cs-134 1.080%

2.02E+00 Ni-63 1.064%

1.99E+00 Pu-241

.232%

4.34E-01 C-14

.163%

3.05E-01 Sr-90

.067%

1.25E-01 H-3

.023%

4.25E-02 Ni-59

.015%

2.76E-02 Cm-242

.000%

5.73E-04 i

I-129

.000%

0.00E+00 Tc-99

.000%-

0.00E+00 Nb-94

.000%

0.00E+00 i

. _..-.. _-... _._,._._..__ ~. _.. _

J

Solid Waste Shipped offsite for Disposal

• • During Period From 07/01/93 to 12/31/93 **

J Report Date

01/20/94 i

Waste St ream : Irradiated Components, i

RADMAN Wast e Type ( s):

)

None Select ed.

Wast e Volume Curies

% Error Class Ft^3 M^3 Shipped (Ci)

A

.0

.0 0.00E+00

+/- 25%

B

.0

.0 0.00E+00

+/- 25%

C

.0

.0 0.00E+00

+/- 25%

All

.0

.0 0.00E+00

+/- 25%

• -Combined Waste Type Shipment, Major Volume Waste Type Shown L

i Solid Waste Shipped offsite for Disposal

• • During Period From 07/01/93 to 12/31/93 **

Report Date

01/20/94 Waste St ream :Ot her Waste.

RADMAN Waste Type (s):

None Selected.

Waste Volume Curies

% Error Class Ft'3 M"3 Shipped (Ci)

A

.0

.0 0.00E+00

+/- 25%

B-

.0 0

0.00E+00

+/- 25%

C

.0 0

0.00E+00

+/- 25%

All

.0 0

0.00E+00

+/- 25%

-Combined Waste Type Shipment, Major Volume Waste Type Shown l

r am--

y-m v.

--g,,,,..9-..,e, 9

,=,i,m

---ea-

.,,,,at s.ywm.

,-w p-.,my

,,3weg

-F me we

=-5--'P-M T*ee*-

+r="

-e+W' win e Dr e.

g ee ga,W

=

Solid Waste Shipped Offsite for Disposal

• • During Period From 07/01/93 to 12/31/93 **

Report Date

01/20/94 Wast e St ream : Sum of All 4 Cat egories RAOMAN Waste Type (s):

DAW-U-NA HITRASH FM-S-CM SLDG170 FM-D-NA ALPS RE EB-S-CM BOTTOMS BR-D-NA RESIN 1

Waste Volume Curies

% Error Class Ft^3 M*3 Shipped (Ci)

A 1642.2 46.5 1.33E+02

+/- 25%

B 512.4 14.5 5.38E+01

+/- 25%

C

.0

.0 0.00E+00

+/- 25%

All 2154.6 61.0 1.87E+02

+/- 25%

• -Combined Waste Type Shipment, Major Volume Wast e-Type Shown i

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• Est imat es of Major Nuclides by Wast e Class and St ream *

• Waste St ream: Sum of All 4 Categories with 1.0% Cutoff.

l Waste Nuclide Percent Curies Class Name Abundance A

Fe-55 42.040%

5.60E+01 Co-60 38.794%

5.17E+01 Cs-137 8.371%

1.11E+01 Mn-54 4.537%

6.04E+00 Cr-51 1.259%

1.68E+00 Zn-65 1.122%

1.49E+00 Ni-63 1.005%

1.34E+00 Pu-241

.303%

4.03E-01 C-14

.229%

3.05E-01 Sr-90

.070%

9.28E-02 H-3

.030%

3.97E-02 Ni-59

.014%

1.92E-02 Cm-242

.000%

4.33E-04 I-129

.000%

0.00E+00 Tc-99

.000%

0.00E+00 Nb-94

.000%

0.00E+00 l

t

. -, _ _, _. ~. _.,

e_

• Estimat es of Major Nuclides by Wast e Class and St ream *o Waste St ream: Sum of All 4 Categories with 1.0% Cutoff.

Waste Nuclide Percent Curies l

Class Name Abundance B

Fe-55 37.792%

2.03E+01 Co-60 25.537%

1.37E+01 Cs-137 25.477%

1.37E+01 Mn-54 4.567%

2.46E+00 Cs-134 1.934%

1.04E+00 Ni-63 1.211%

6.51E-01 Co-58 1.114%

5.99E-01 Zn-65 1.066%

5.73E-01 Sr-90

.060%

3.22E-02 Pu-241

.057%

3.07E-02 Ni-59

.015%

8.33E-03 H-3

.005%

2.80E-03 Cm-242

.000%

1.40E-04 I-129

.000%

0.00E+00 Tc-99

.000%

0.00E+00 C-14

.000%

0.00E+00 Nb-94

.000%

0.00E+00 l

l l

l

l,

• Est imat es of Major Nuclides by Wast e Class and St ream *

• Waste St ream: Sum of All 4 Categories with 1.0% Cutoff.

Waste Nuclide Percent Curies Class Name Abundance All Fe-55 40.818%

7.63E+01 Co-60 34.981%

6.54E+01 Cs-137 13.291%

2.48E+01 Mn-54 4.546%

8.50E+00 Cr-51 1.136%

2.12E+00 Zn-65 1.106%

2.07E+00 Cs-134 1.080%

2.02E+00 Ni-63 1.064%

1.99E+00 Pu-241

.232%

4.34E-01 C-14

.163%

3.05E-01 Sr-90

.067%

1.25E-01 H-3

.023%

4.25E-02 Ni-59

.015%

2.76E-02 Cm-242

.000%

5.73E-04 I-129

.000%

0.00E+00 Tc-99

.000%

0.00E+00 I

Nb-94

.000%

0.00E+00 l

i t

l l

l l

1 SOLID WASTE DISPOSITION

SUMMARY

NUMBER OF SHIPMENTS MODE OF TRANSPORTATION DESTINATION 12 Truck Barnwell, SC 4

Truck Oak Ridge, TN 0

Truck Richland, WA l

0 Truck Beatty, NV l

l 1

2611.WAC/19

-m e

e

. _ - ~.,

VERSION k) b 91815106*iB55IM23 WIND SPEED l

SEyp yggS 13 47 8-12 13 18 19-24

>24 TOTAL

- N s

0 0

0 4

4 0

8 NME SSW 0

0 0

1 1

0 2

NE SW 0

0 0

1 0

0 1

ENE WSW 0

0 2

3 2

0 7

E W

1 0

1 5

0 0

7 ESE WW 0

0 3

12 5

2 22 SE WW 0

0 3

9 8

2 22 SSE NNW 0

0 1

0 0

0 1

s N

0 1

2 2

0 0

5 SSW NNE O

1 0

1 0

0 2

SW NE 0

0 1

9 4

0 14 WSW ENE O

1 2

6 0

0 9

W E

O 0

2 4

1 0

7 WW ESE-0 1

1 2

1 0

5 W

SE O

0 1

0 0

1 2

WWW SSE O

1 1

3 0

0 5

70TAL 1

5 20 62 26 5

119 I

YERSION b 9h015906"18"551M23 WIND SPEED SEkb Yd$8 1-3 47 8 12 13 18 19 24

>24 TOTAL N

5 0

0 3

11 13 0

27 NNE SSW 0

0 1

13 2

1 17 NE SW 0

0 3

6 3

0 12 ENE WSW D

0 3

7 4

1 15 E.

W 0

0 3

13 6

3 5-1 ESE WW 0

0 5

33 7

5 50 SE NW 1

0 6

25 7

12 51 SSE NWW 0

0 5

8 9

2 24 s

N 0

0 1

1 1

0 3

SSW NNE O

1 1

1 1

0 4

SW NE 0

0 6

16 3

4 29 USW ENE 0

1 21 13 1

1 37 W

E 0

0 6

1 0

0 7

WU ESE O

O 9

2 1

0 12 W

SE O

0 10 4

0 0

14 NWW SSE O

0 1

10 1

0 12 TOTAL 1

2 84 164 59 29 339 i

_ _.. ~

VERSION h

i b 91815906""ir "6SilW 23 WIND SPEED StygmyjNS 1+3 47 8 12 13 18 19 24

>24 TOTAL N

S 0

0 5

30 12 6

53 NNE SSW 0

1 7

12 2

1 23 NE SW 0

1 8

17 5

0 31 ENE WSW 0

0 8

11 6

1 26 E

W 0

3 11

.19 10 7

50 ESE WW 0

1 17 28 22 20 88 j

SE WW 0

0 19 41 26 9

95 SSE NWW 0

0 12 21 10 2

45 5

N 0

0 8

5 5

1 19 i

SSW NNE O

O 3

4 0

0 7

SW NE 0

3 16 11 7

3 40 WSW ENE O

2 33 15 0

3 53 W

E 0

2 25 7

1 0

35 WW ESE O

1 19 4

1 0

25 NW SE O

3 14 3

1 0

21 NWW SSE O

1 13 12 0

0 26 TOTAL 0

18 218 240 108 53 637 VERSIONi' b 9181590P TP"6SilW23 VIND SPEED kb IkoM 1-3 47 8 12 13 18 19 24

>24 TOTAL N

5 20 74 87 56 26 268 NCE SSW 3

24 59 95 79 50 310 NE SW 5

13 34 48 23 5

128 ENE VSW 0

19 50 58 38 21 186 E

W 4

12 33 93 55 54 251 ESE WW 7

9 59 110 87 78 350 SE WW 3

13 57 80 69 63 285 SSE NNW 3

28 71 52 32 31 217 l

S N

3 24 40 50 26 9

152 f

SS9 NNE 2

38 58 66 31 5

200 SW WE 6

43 92 88 81 29 339 WSW ENE 4

44 79 57 28 59 271 W

E 2

38 65 48 21 16 190 W9 ESE 3

38 79 53 17 14 204 I

N9 SE 2

32 81 35 7

8 165 I

CW9 SSE 5

27 92 53 12 13 202 I

TOTAL 57 422 1023 1073 662 481 3718 i

l l

. - ~ _ - _

b k

VERSION 9E5906*TB'"6kM23

(

WINO SPEED

' kb Yk$' 13 47 8 12 13 18 19 24

>24 TOTAL M

S 5

14 38 45 37 21 160 i

NNE SSW 1

5 42 97 95 28 268 l

NE SW 3

10 15 75 103 30 236 ENE WSW 3

13 14 47 51 12 140 l

E W

3 8

17 54 59 19 160 l

ESE WW 2

10 23 56 67 10 168 l

SE WW 2

12 26 60 68 16 184 SSE NWW 3

8 25 57 50 11 154 S

N 3

11 30 35 11 0

90 t

i SSW NME 4

13 26 15 1

1 60 l

SW NE 4

13 28 27 6

3 81 WSW ENE 5

5 20 19 18 7

74 W

E 0

11 20 21 15 10 77 WWW ESE 0

12 15 22 7

6 62 NW SE 2

16 25 16 14 11 84 l

NWW SSE 1

7 35 26 4

5 78 t

70TAL 41 168 399 672 606 190 2076 1

l i

k VERSION b 9hbSOf1b kik$23

(

WIND SPEED kb Ikh' 1-3 47 8-12 13 18 19 24

>24 TOTAL M

S 2

5 15 16 2

1 41 NME SSW 1

3 18 31 22 5

80 NE SW 2

10 12 50 48 20 142 ENE WSW 5

10 12 33 37 20 t1T E

W 2

6 19 45 51 25 148 ESE WW 0

6 16 42 33 12 109 SE NW 2

4 14 23 29 6

78 SCE NNW 1

5 16 37 28 6

93 S

N 3

9 26 26 24 3

91

$$W NME 2

6 16 29 2

0 55 SW NE 3

10 17 25 4

1 60 USS ENE O

6 11 4

0 0

21 i

W E

3 4

3 1

0 0

11 WU ESE O

3 10 2

0 0

15 NU SE 0

5 9

1 0

0 15 l

NNU SSE 1

8 15 4

1 0

29 l

TOTAL 27 100 229 369 281 99 1105

I VERSIO k) b 9$bk0h 18'45M23 j

l 1

l WINO SPEED I

kb Yd Y 1 3 47 8 12 13 18 19 24

>24 TOTAL N

2 9

10 10 4

0 35 NNE SSW 7

6 10 13 14 0

50 NE SW 4

13 13 10 16 12 68 ECE WSW 3

11 16 19 16 8

73 E

W 1

9 12 26 19 9

76 ESE WW 3

6 14 27 20 3

73 SE NW 6

12 13 16 5

1 53 SSE NNW 5

10 21 18 12 0

66 S

W 1

7 15 21 15 3

62

$$W NNE 4

1 13 34 7

0 59 SW NE 2

10 15 8

1 0

36 WSW ENE 3

7 5

16 0

0 31 W

E 1

6 5

6 1

0 19 i

WW ESE 3

12 9

5 0

0 29 NW SE 1

2 2

1 0

0 6

NCW SSE 4

14 10 0

0 0

28 TOTAL 50 135 183 230 130 36 764 VERSIOd k

R MEh'!Et ** '8"*>>

WIND SPEED ho Yk$ 13 4-7 8 12 13 18 19 24

>24 TOTAL M

S 14 48 145 203 128 54 592 NCE SSW 12 39 137 262 215 85 750 NE SW 14 47 85 207 198 67 618 ENE WSW 11 53 105 178 154 63 564 E

W 11 38 96 255 200 117 717 l

ESE WW 12 32 137 308 241 130 860 SE NW 14 41 138 254 212 109 768

$$E NNW 12 51 151 193 141 52 600 N

10 52 122 140 82 16 422

$$W NNE 12 60 117 150 42

/

387 SV WE 15 79 175 184 106 0

599 WEW ENE 12 66 171 130 47 70 4%

W E

6 61 126 88 39 26 346

(

WW ESE 6

67 142 90 27 20 352 i

WW SE 5

58 142 60 22 20 307 NWd SSE 11 58 167 108 18 18 380 TOTAL 177 850 2156 2810 1872 893 8758 Hours of Missing / Invalid Data: 2

VERSloh 91bkbkOPTB'"6SIM23 WIND SPEED kb Yk N 1 3 47 8 12 13 18 19-24

>24 TOTAL M

S 3

9 52 51 0

0 115 NNE SSW 4

10 43 30 2

0 89 NE SW 1

8 53 3

0 0

65 ENE WSW 0

12 30 6

0 0

48 E

W 3

15 55 18 1

0 92 ESE WW 2

20 100 30 2

0 154 SE W

10 33 110 28 3'

O 184 SSE WW 8

23 67 14 1

0 113 N

10 12 32 4

0 0

58 SSW WWE 7

27 14 0

0 0

48 SW WE 7

41 52 1

0 0

101 WSW ENE 7

34 67 3

0 0

111 W

'E 4

36 51 0

0 0

91 WW ESE 1

31 33 2

0 0

67 W

SE 2

21 65 3

0 0

91 M

SSE 1

6 47 3

1 n

58 70TAL 70 338 871 196 10 0

1485 0$gRCRE T DATA VER$1 hk 1994 f

b 9hbkbkOftb hk}b$23 i

4 WIND SPEED kb fd k 1 3 4-7 8-12 13 18 19-24

>24 TOTAL N

S 0

5 21 6

0 0

32 i

Nt SSW 1

10 16 17 0

0 44 3

NE SW D

14 10 4

0 0

28

}

ENE WSW 3

15 15 3

0 0

36 1

E W

1 9

19 13 2

0 44 ESE WWW 1

11 26 8

2 0

48 i

SE W

1 19 24 6

2 0

52 j

SSE NNW 4

15 13 2

0 0

34 S

N 2

14 8

0 0

0 24 4

}

SSW NNE 4

10 6

0 0

0 E

i SW WE 3

16 11 0

0 0

30 I

WSW ENE 5

27 9

1 u

0 42 i

W E

0 31 9

0 V

0 40 j

WWW ESE 2

17 8

2 0

0 29 i

W SE 1

15 19 1

0 0

36 NC SSE 1

5 23 1

0 0

30 1

TOTAL 29 233 237 64 6

0 569 4

d

\\

~.

tTRSION h 91815i08*iB'"5filW23 WIND SPEED Nb Ik$' 13 47 6 12 13 18 19-24

>24 TOTAL N

S 0

7 14 4

1 0

26 NNE SSW 0

7 15 5

0 0

27 NE SW 0

5 9

0 1

0 15 ENE WSW 0

8 5

2 0

0 15 E

W D

5 7

2 0

0 14 ESE WW 0

12 8

5 0

0 25 SE W

1 11 15 2

0 0

29 SSE WW 2

12 9

1 0

0 24 S

N 4

10 2

1 0

0 17

$$W NME 1

4 3

1 0

0 9

SW NE 5

9 10 0

0 0

24 WSW ENE 4

18 5

0 0

0 27 W

E 1

10 7

0 0

0 18 WW ESE O

6 5

0 0

0 11 NW SE 0

10 6

0 0

0 16 NWW SSE 0

2 7

1 0

0 10 101AL 18 136 127 24 2

0 307 i

VERSIO b 91815i06 *iB'*6SilW 23 WIND SPEED kb Yk$' 13 4-7 8 12 il ** 19-24

>24 TOTAL N

S 6

56 71 1

1 0

161 NT SSW 11 51 75 h

5 0

181 NE SW 19 37 24 3

0 0

83 ENE WSW 8

45 33 7

0 0

93 E

W 14 54 58 15 1

0 142 ESE WNW 11 65 85 35 3

0 199 SE NW 26 66 66 24 0

0 182 SSE NNW 24 59 34 12 0

1 130 N

32 49 19 3

0 0

103 SSO NNE 37 37 40 3

0 0

117 SW NE 49 64 78 1

0 0

192 WSW ENE 24 84 31 23 10 0

172 W

E 22 57 34 8

0 0

121 WW ESE 12 57 46 9

0 0

124 NW SE 17 66 19 6

0 0

106 CC:W SSE 8

73 50 7

3 1

142 TOTAL 320 920 4:

222 23 2

2250

VERSIO b 91815906*T86SilW23

)

i WIND SPEED SE{gDR fkh 1-3 47 8-12 13-18 19 24

>24 TOTAL

[

N S

27 53 35 to 1

0 126 NNE SSW 35 til 78 22 4

0 250 NE SW 37.

134 77 1

0 0

249 ENE WSW 45 162 27 2

0 0

236 i

E W

34 116 30 5

0 0

185 I

ESE WNW 47 98 51 8

0 0

204 SE NW 53 103 46 3

0 0

205 SSE NNW 48 83 26 1

0 0

158 8

N 49 31 5

4 0

0 89

$$W NNE 27 17 10 1

0 0

55 SW NE 33 29 9

1 3

0 75 WSV ENE 19 31 7

6 2

0 65 W

E 17 39 19 1

1 0

77 WJ ESE 8

21 15 2

0 0

46 -

NW SE 14 25 13 6

0 0

58 NNW SSE 15 28 13 4

3 0

63 TOTAL 508 1081 461 77 14 0

2141 l

0$[k R CRE T DATA VERSIO 1994 h 91815906*T8"5511W23 WIND SPEED

,kb fdoM,1-3 47 8-12 13 18 19 24

>24 TOTAL N

S 21 11 2

0 0

0 34 NCE SSW 36 27 0

0 0

0 63 NE SW 38 39 1

0 0

0 78 ENE WSW 53 102 0

0 0

0 155 E

W 56 53 6

0 0

0 115 ESE WNW 44 25 2

0 0

0 71 SE WW 57 36 4

0 0

0 97 SSE NNW 38 46 0

0 0

0 84 S

N 18 10 0

0 0

0 28 SSB NNE 5

1 0

0 0

0 6

l 59 NE 6

1 0

0 0

0 7

WS3 ENE 9

3 0

0 0

0 12 l

W E

4 1

0 0

0 0

5 WNW ESE 5

0 0

0 0

0 5

NM SE 7

2 0

0 0

0 9

NW9 SSE 15 6

0 O

O 21 i

l TOTAL 412 363 15 0

0 0

790

VERSIO b 91b55i06*iU '651 b 23 WIND SPEED gkb IdoM,13 47 8-12 13-18 19-24

>24 TOTAL N-5 16 1

0 0

0 0

17 ENE SSW 30 9

0 0

0 0

39 WE SW 61 15 0

0 0

0 76 ENE WSW 201 95 0

0 0

0 296 E

W 207 47 1

1 0

0 256 ESE WNW 136 3

1 0

0 0

145 SE WW 128 22 0

0 0

0.

150 SSE NNW 77 34 0

0 0

0 111 8

N 20 7

0 0

0 0

2T SSW

'NNE

.9 1

0 0

0 0

10 l

SW NE 10 3

0 0

0 0

13 WSW ENE 2

3 0

0 0

0 5

W E

2 0

0 0

0 0

2 WJ ESE 4

0 0

0 0

0 4

l WW SE 4

0 0

0 0

0 4

l NNW

$$E 12 0

0 0

0 0

12 TOTAL 919 245 2

1 0

0 1167 f

l OS R CRE-T DATA VERSIO k. [ k 1994 b kbkbS00 Th'hbib23 WIND SPEED

,kb fkOM,13 47 8 12 13-18 19-24

>24 TOTAL N

5 73 142 195 98 3

0 511 N' E SSW 117 225 227 113 11 0

693 2

NE SW 156 252 174 11 1

0 594 ENE WSW 310 439 110 20 0

0 879 E

W 315 299 176 54 4

0 848 ESE WNW 241 239 273 86 7

0 846 SE NW 276 290 265 63 5

0 899 SSE NNW 201 272 149 30 1

1 654 S

N 135 133 66 12 0

0 346 SSW NNE 90 97 73 5

0 0

265 I

$9 NE 113 163 160 3

3 0

442 WS9 ENE 70 200 119 33 12 0

434 W

E 50 174 120 9

1 0

354 i

WJ ESE 32 132 107 15 0

0 286 j

NW SE 45 139 122 16 0

0 322 WNW SSE

$2 120 140 16 7

1 336 r,

b TOTAL 2276 3316 2476 584 55 2

8709 Hours of Missing / Invalid Data: 51 l

.r.-

y

,,