BECO-90-030, Radioactive Effluent & Waste Disposal Rept Including Meteorological Data,Jul-Dec 1989

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Radioactive Effluent & Waste Disposal Rept Including Meteorological Data,Jul-Dec 1989
ML20012A079
Person / Time
Site: Pilgrim
Issue date: 12/31/1989
From: Dimascio N, Highfill K, Sejkora K
BOSTON EDISON CO.
To:
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
BECO-90-030, BECO-90-30, NUDOCS 9003080255
Download: ML20012A079 (53)
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Text

{{#Wiki_filter:- _ _ _ - _ _ _ n 10CFR50.36a(a)(2), . lfS PNPS TS Section 6.9.C.1, Reg. Guide 1.21 Pilgrirn Naclear Power ststion Rocky Hill Road Plymouth. Massachusetts 02360 K.L Highfill station oirector February 28,1990 BECo 90- 0.to U.S. Nuclear Regulatory Commission Document Control Desk Hashington, DC 20555 License DPR-35 Docket 50-293

Subject:

Semiannual Radioactive Effluent and Maste Disposal Report for the Period July 1 through December 31, 1989 In accordance with the requirements of 10CFR50.36a(a)(2), Pilgrim Nuclear Power Station 'fechnical Specification Section 6.9 C.1, and Regulatory Guide 1.21, the Boston Edison Company submits the Semiannual Radioactive Effluent and Haste Disposal Report for the period of July 1 through December 31, 1989. Please do not hesitate to contact me if there are any questions regarding this report. A 9 K.L. Highfi BPL/bal Attachment cc: Mr. William Russell Regional' Administrator, Region I U.S. Nuclear Regulatory Commission 475 Allendale Rd. King of Prussia, PA 19406 Sr. NRC Resident Inspector - Pilgrim Station D 93 3 R PNV j

g I Pilgrim Nuclear Power Station I I I I Radioactive Effluent and 'I Waste Disposal Report l Including Meteorological Data g l-July 1 through December 31,1989 I s Lg Radiological Section o g. l1 Date: March 02,1990 I g LI

~

s, k I ) f I BOSTON EDISON COMPANY ) PILGRIM NUCLEAR POMER STATION RADI0 ACTIVE EFFLUENT AND HASTE DISPOSAL REPORT INCLUDING HETEOR0 LOGICAL DATA JULY l THROUGH DECEMBER 31, 1989 I-Prepared by: K. J.OfeSoM ^ Senior Radiological Environmental l Engineer Approved by: / N.' /J / Di+6sciqi RafologicalSectionManager I zhl/

k. RfCioskey ( /

I= Radwaste and Ch(mistry Section Hanager I I:

l TABLE OF CONTENTS Section Egge 1. Introduction 1 2. Radioactive Effluent Data 1 I 3. Radioactive Haste Disposal Data 9 g '4. Meteorological Data 13 5. Off-Site Dose Calculation Manual Revisions 46 6. References 47 LIST OF TABLES Table Egge Supplemental Information 3 1A Gaseous Effluents - Summations of All Releases 4 1B Gaseous Effluents - Elevated Release 5 IC Gaseous Effluents - Ground Level Release 6 2A Liquid Effluents - Summation of All Releases 7 h 2B Liquid Effluents 8 ) 3 Solid Waste and Irradiated fuel Shipments 10 4A-1 Distribution of Hind Directions and Speeds for the 14 33 ft. Level of the 220 ft. Tower i 4A-2 Distribution of Hind Directions and Speeds for the 30 220 ft. Level of the 220 ft. Tower i ll I I II I i of iii

~ EXECUTIVE

SUMMARY

BOSTON EDISON COMPANY Pilgrim Nuclear Power Station Radioactive Effluent and Haste Disposal Report including Meteorological Data July 1 to December 31, 1989 INTRODUCTION This report quantifies the radioactive gaseous, liquid, and radwaste releases, and summarizes the local meteorological data for the period from July 1 to. December 31, 1989. This document has been prepared in accordance with the .I, . requirements set forth in the Pilgrim Nuclear Power Station (PNPS) Technical Specifications and Revision 1 of Regulatory Guide 1.21. " Measuring, Evaluating, and Reporting R'adioactivity in Solid Hastes and Releases of Radioactive Materials in Liquid and Gaseous Effluents from Light Hater Cooled -I. Nuclear Power Plants." Amendment No.116 to PNPS Technical Specifications, issued May 13, 1988, I modified the reporting requirements for the semiannual Radioactive Effluent Release and Haste Disposal Report including Heteorological Data. The change allows for the submission of a supplement to the March I semiannual report (reporting period for July through December) which would contain the dose I assessments for the previous year. Accordingly, the attached report does not contain the radiological impact on humans, the atmospheric dispersion factors, nor the associated percent Technical Specification limits in Tables lA and 2A-I (as these limits are based on dose). The quantity of radioactive material released from Pilgrim Station was .I determined from sample analyses of gaseous releases from the main stack and the reactor building vent, and liquid releases into the discharge canal. The quantity and volume of radioactive waste which was shipped off-site from Pilgrim Station for burial was determined from data contained on the radwaste

I shipping documentation. The meteorological data were obtained from instrumentation measurements from the 220 foot meteorological tower located at Pilgrim Station.

GASE0US EFFLUENTS I The gaseous radioactive releases from July 1 to December 31, 1989 are quantified in Tables IA, 18 and IC. Pilgrim Station was in power ascension testing for most of the reporting period. Radioactive noble gases released during the period totalled 2.64E+2 curies. Releases of radioactive 'I particulates and iodines from the main stack and the reactor building vent l totalled 1.85E-2 curies, and tritium releases totalled 2.02E+0 curies. LIQUID EFFLUENTS The liquid radioactive releases from July I to December 31, 1989 are .R quantified in Tables 2A and 28. Liquid effluents into the discharge canal 5 resulted in a total release to the environment (Cape Cod Bay) of 1.69E-2 curies of fission and activation products and 1.95E+0 curies of tritium. Dissolved and entrained gases released in liquid effluents totalled I 1.34E-4 curies during the period. No gross alpha radioactivity was detected. 11 of 111

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SOLID WASTE I The solid radioactive waste that has been shipped off-site for burial during the rt. porting period is described and quantified in Table 3. Approximately I: 162 cubic meters of solid waste was shipped off-site for burial with a total j activity of approximately 2.29E+2 curies (major nuclides: Co-60, Fe-55, and l Cs-137). Pilgrim Station did not ship irradiated components off-site during the reporting period. j METEOROLOGICAL DATA l The meteorological data joint frequency distributions are listed in Tables 4A-1 and 4A-2. The percent data recovery for the period of July - December 1989 was 92.9% on the 33 foot elevation and 93.7% on the 220 foot elevation of I the 220 foot meteorological tower at Pilgrim Station. Joint data recovery for the entire year of 1989 was,93.9% at the 33 foot level and 96.41 at the 220 foot level, exceeding the Regulatory Guide 1.23 annual data recovery goal of 90%. The predominant wind direction was from the southwest, which occurred with a frequency of approximately 16% during this period. The predominant wind speed range at the 220 foot sensor was 13 to 18 mph, which occurred 33% of the time during this period. The predominant wind speed range at the 33 foot sensor i was 4 to 7 mph, which occurred approximately 52% of the time. The predominant I-stability class was stability class E, which occurred about 41% of the time during this period. j CONCLUSION .{ The PNPS Technical Specifications contain limiting conditions for operation and operational objectives regarding radiological environmental releases. None of the limiting conditions for operation or operational objectives associated with liquid or gaseous effluents were exceeded during this i reporting period, as confirmed by conservative dose assessments performed on a i 3 monthly basis during this period. Official dose assessments will be published i E in a supplement to this report due 90 days following January 1, 1990. Conformance to these PNPS Technical Specifications ensures that the releases of radioactive materials in gaseous and liquid effluents were kept as low as is reasonably achievable in accordance with the Nuclear Regulatory i Commission's regulation 10CFR50, Appendix I. Furthermore, compliance with PNPS Technical Specifications demonstrates compliance with the Environmental ? ' I Protection Agency's (EPA) federal environmental regulation 40CFR190.10, Subpart B. l \\ i

'I l i l-1. INTRODUCTION q This report is issued for the period July 1 to December 31,1989 in I accordance with the Boston Edison Company's PNPS Technical Specifications 4 and NRC Regulatory Guide 1.21, " Measuring, Eva1Unting and Reporting Radioactivity in Solid Hastes and Releases of Radioactive Materials in Liquid and Gaseous Effluents from Light Water Cooled Nuclear Power I-Plants," Revision 1 (Reference 1). i Amendment No. 116 to PNPS Technical Specifications, issued May 13, 1988, j I modified the reparting requirements for the semiannual Radioactive Effluent Release and Haste Disposal Report including Meteorological Data, 'j The change allows for submission of a supplement to the March 1 semiannual 'I report (reporting period for July through December) which would contain i the dose assessments for the previous year. Accordingly, the attached report does not contain* the radiological impact on humans, the atmospheric dispersion factors, nor the associated percent Technical Specification I limits in Tables 1A and 2A (as these limits are based on dose). 2. RADIOACTIVE EFFLUENT DATA Radioactive liquid and gaseous releases (Reference 2) for the period July 1 to December 31, 1989 are given in the standard NRC Regulatory Guide 1.21 I format in Tables 1A, IB, IC, 2A, 2B, and the supplemental information form. J There were no unplanned or non-routine releases of radioactive effluents during this reporting period. ~ 1 2.1 Gaseous Effluents Gaseous radioactivity is released from Pilgrim Station to the atmosphere from the main stack and the reactor building exhaust vent. These third and fourth quarter gaseous effluent releases for 1989 are summarized in Table 1A. Noble gases released during the period totalled 2.64E+2 curies, for an average release rate of 1.68E+1 uCi/sec. A total of 1.85E-2 curies of radioactive iodines and particulates with half-lives greater than 8 days was released at an average release rate of 1.18E-3 UC1/sec. No alpha radioactivity was detected on particulate filters during this reporting period. A -E total of 2.02E40 curies of tritium was released at an average release 3 rate of 1.28F-1 uC1/sec. The plant was in power ascension testing during the reporting period. l The main scack is an elevated release point with a height of approximately 400 feet above mean sea level. The main stack is located about 700 feet west-northwest of the reactor building. The I third and fourth quarter elevated releases for 1989 are shown in Table 18. f I 1 of 47

I The reactor building exhaust vent is considered a ground level I release point with a height of approximately 182 feet above mean sea level. The exhaust vent is located on the west corner of the reactor building. The ground level releases for the third and fourth quarters of 1989 are shown in Table IC. 2.2 Liould Effluents l Liquid radioactivity is released from Pilgrim Station to the Cape Cod Bay via the circulating water discharge canal. These effluent releases enter the Cape Cod Bay at the outfall of the canal which is located about 1100 feet north of the reactor building. Liquid releases for the third and fourth quarters of 1989 are summarized in Table 2A. A total of approximately 1.5 million liters I of radioactive liq'and activation products (excluding tritium, gases. uid waste (prior to dilution)'containing 1.69E-2 curies of fission and alpha-emitting nuclides) was discharged with a total dilution I. volume of approximately 3.6 billion liters of water. The liquid effluents were released at an average concentration of fission and activation products of 4.71E-9 uti/ml during the third and fourth quarters. A total of 1.95E+0 curies of tritium was released, for an average concentration of 5.43E-7 uC1/ml. A total of 1.34E-4 curies of dissolved and entrained gases was released in liquid effluents, for an average concentration of 3.73E-11 uC1/ml. Alpha radioactivity was not detected during this reporting period. Quarterly release estimates and principal radionuclides in the liquid effluents are given in. Table 2B. I I I I I I I 2 of 47

L... J._. -.: :....--..--- --1.::L.T. '~ L-.-- EFFLUENT AND HASTE DISPOSAL SEMIANNUAL REPORT Supplemental Information l Facility Pilarim Nuclear Power Station Licensee DPR-35 1. Regulatory Limits a. Fission and activation gases: 500 arem/yr total body and 3000 mrem /yr b,c. Iodines, particulates with I half-lives >8 days, tritium: 1500 mrem /yr to any organ at site

boundary, d.

Liquid effluents: 0.06 mrem / month for total body and 0.20 mrem / month for any organ (without radwaste treatment). 2. Maximum Permissible Concentration a. Fission and activation gases: 10 CFR 20 Appendix B Table II I b. Iodines: 10 CFR 20 Appendix B Table II c. Particulates, half-lives >B days: 10 CFR 20 Appendix B Table II d. Liquid effluents: 2E-4 UCi/mi for entrained noble gases; I 10CFR20 Appendix B Table II values for all other radionuclides. 3. Average Energy: Not applicable i 4. Methods used to determine radionuclide composition in effluents 'l a. Fission and activation gases: High-purity Ge gamma spectroscopy for b. Iodines: all gamma emitters; radiochemistry c. Particulates: analysis for H-3, Fe-55 (liquids only), d. Liquid effluents: Sr-89, and Sr-90. 5. Batch Releases a. Liquid: 1. Number of releases: 60 releases 2. Total time period for batch releases: 3,473 min l 3. Maximum time period for a batch release: 190 min 4. Average time period for batch releases: 58 min 5. Minimum time period for a batch release: 8 min I 6. Average stream flow during periods of effluent into a flowing stream: 1.03E+6 liters / min b. Gaseous: Not applicable 6. Abnormal Releases I a. Liquid: None b. Gaseous: None I 3 of 47 I

.~ ~l TABLE 1A EFFLUENT AND HASTE DISPOSAL SEMIANNUAL REPORT 1989 GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES I Quarter Quarter Est. Total Unit 3rd 4th Error.% A. Fission and activation gases

1. Total release C1 1.09E+2 1.55E+2 35 1
2. Averaae release rate for Deriod UCi/see 1.38E+1 1.97E+1
3. Percent of Technical Soecification limit 1

B. Iodines

1. Total iodine-131 release C1 1.55E-3 9.78E-4 30 l
2. Averaae release rate for Deriod UCi/Sec 1.97E-4 1.24E-4
3. Percent of Technical Soecification limit 1

C. Particulates

1. Particulates with half-lives >8 days Ci 1.94E-4 1.77E-4 30 I
2. Averaae release rate for oeriod UCi/sec 2.46E-5 2.24E-5 I
3. Percent of Technical Soecification limit 1
4. Gross aloha radioactivity Ci NDA NDA D.

Tritium

1. Total release rate for oeriod Ci 4.03E-1 1.62E+0 42 l

I

2. Averaae release rate for oeriod UCi/sec 5.11E-2 2.05E-1
3. Percent of Technical Soecification limit 1

Notes for Table 1A: I Percent of Technical Specification Limit Values in Section A.3 through D.3 are to be provided in the annual supplemental dose assessment report to be issued prior to April 01, 1990. 1. NDA is no detectable activity. 2. LLD for gross alpha listed as NDA is 1E-11 uCi/ml. J I 4 of 47 .,_p s

........:....J........ ~:: ~^ ~ I j TABLE IB 3 EFFLUENT AND HASTE DISPOSAL SEMIANNUAL REPORT 1989 ) GASEOUS EFFLUENTS-ELEVATED RELEASE ) I CONTINUOUS HODE BATCH HODE ] Nuclides Released Unit Ouarter Ouarter Ouarter Guarter 3rd 4th Not aoolicable

1. Fission gases i

Kr-85m Ci 4.37E+1 3.88E+1 Kr-87 Ci NDA 1.30E+0 Kr-88 Ci 5.41E+1 4.37E+1 Xe-133 Ci 2.52E+0 5.96E+1 I. Xe-135 Ci 8.55E+0 7.40E-1 Xe-135m Ci NDA NDA l Xe-138 Ci NDA L 10E+1 l J Total for oeriod Ci 1.09E+2 1.55E+2 l

2. Iodines I-131 Ci 1.55E-3 9.59E-4 I-133 Ci 9.73E-3
5. 71 E-3 Total for oeriod C1 1.13E-2 1 6.67E-3
3. Particulates I

Sr-89 Ci 2.94E-5 4.14E-5 Sr-90 Ci 2.05E-6 NDA Cs-134 Ci NDA NDA Cs-137 Ci NDA NDA Ba/La-140 C1 1.63E-4 1.07E-4 Total for oeriod C1 1.94E-4 1.48E-4 Notes for Table 1B: 1. NDA is no detectable activity. 2. LLDs for nuclides listed as NDA are as follows: Fission gases: IE-4 uCi/mi Iodines: lE-12 uCi/ml Particulates: 1E-11 UCi/ml E 5 of 47 I

-..., -...... -. ~ .......--:.~ ~.. I TABLE IC EFFLUENT AND NASTE DISPOSAL SEMIANNUAL REPORT 1989 4 GASEOUS EFFLUENTS-GROUND LEVEL RELEASE I 1 CONTINil0US MODE BATCH MODE j

I Nuclides Released Unit Ouarter Ouarter Ouarter l Ouarter 3rd 4th Not ADD 11 cable
1. Fission gases Kr-85m Ci NDA NDA

.I Kr-87 Ci NDA NDA Kr-88 Ci NDA NDA Xe-133 Ci NDA NDA Xe-135 Ci NDA NDA Xe-135m Ci NDA NDA Xe-138 Ci NDA NDA Total for Deriod Ci NDA NDA

2. Iodines I-131 Ci NDA 1.85E-5 I-133 Ci NDA 1.11E-4 Total for Deriod Ci NDA 1.30E-4 I
3. Particulates Sr-89 Ci NDA 2.84E-5 l

Sr-90 Ci NDA NDA Cs-134 Ci NDA NDA Cs-137 Ci NDA NDA Ba/La-140 Ci NDA NDA Total for oeriod Ci NDA 2.84E-5 I-Notes for Table IC: 1. NDA is no detectable activity. 2. LLDs for nuclides listed as NDA are as follows: Fission gases: IE-4 uC1/ml Iodines: lE-12 uCi/mi Particulates: IE-11 uC1/ml I 6 of 47 -I. a e a m

l J 1 TABLE 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1989 LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES Quarter Quarter Est. Total Unit 3rd 4th Error.% A, Fission and activation products

1. Total release (not including tritium, noble cases. or aloha)

Ci 9.78E-3 7.15E-3 30

2. Average diluted concentration I

durina ceriod uti/ml 5.31E-9 4.09E-9

3. Percent of ADD 11 cable limit l

B. Tritium

1. Total release C1 8.40E-1 1.11E+0 30 1

I

2. Average diluted concentration durina ceriod uCi/ml 4.57E-7 6.34E-7
3. Percent of acclicable limit 1

] i C. Dissolved and entrained gases

1. Total release Ci 6.73E-6 1.27E-4 40 1
2. Average release rate for period durina ceriod uti/mi 3.66E-12 7.26E-Il
3. Percent of aoolicable limit 1

D. Gross alpha radioactivity

1. Total release l

C1 l NDA l NOA l 40 l l I E. Volume of waste released (prior to dilution) I litersl8.14E+5 17.30E+5 l 20 l F. Volume of dilution water used durina Deriod I litersll.84E+9 11.75E+9 l 20 l Notes for Table 2A: Percent of Technical Specification Limit Values in Section A.3 through .C.3 are to be provided in the annual supplemental dose assessment report to be issued prior to April 01, 1990. 1. NDA is no detectable activity. 2. LLD for gross alpha listed as NDA is lE-7 uCi/ml. 7 of 47 i I m m T'

Il TABLE 28 I-EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1989 LIQUID EFFLUENTS ll CONTINUOUS MODE BATCH MODE Ouarterl Ouarter Ouarter Ouarter I. Nuclides Released i Unit i Not ADD 11 cable 3rd 4th Cr-51. Ci 4.61E-4 1.07E-4 I Mn-54 Ci 1.18E-4 1.97E-4 Fe-55 Ci 5.78E-3 8.18E-4 Fe-59 Ci 2.11E-6 NDA I Co-58 Ci 4.47E-4 2.21E-4 Co-60 Ci 2.12E-3 1.82E-3 Zn-65 Ci NDA NDA Sr-89 Ci NDA 4.56E-5 St-90 C1 1.65E-6 1.73E-5 Zr/Nb-95 Ci NDA NDA Mo-99/Tc-99m Ci 1.28E-6 NDA I Rh-105 Ci NDA

2. 7 81-E__

Sb-122 Ci NDA 4.58E-7 I-131 Ci 6.30E-5 NDA I Cs-134 Ci NDA 2.26E-5 Cs-137 C1 7.71E-4 2.81E-3 Ba/La-140 Ci 5.10E-6 1.06E-3 Ce-141 Ci 9.60E-7 NDA I Ce/Pr-144 Ci 1.75E-6 2.11E-6 Hf-181 Ci 2.56E-6 1.37E-6 Total for oeriod Ci 9.78E-3 7.15E-3 Xe-133 Ci NDA 1.01E-5 Xe-135 Ci 6.73E-6 1.17E-4 Total for oeriod Ci 6.73E-6 1.27E-4 Notes for Table 28:

1) NDA is no detectable activity.

2) LLDs for nuclides listed as NDA are as follows: Sr-89 SE-8 uC1/ml I-131 lE-6 uC1/ml Xe-133 lE-5 uCi/ml All others SE-7 uCi/ml 8 of 47

I 3. RADI0 ACTIVE WASTE DISPOSAL DATA I Radioactive wastes (Reference 3) which were shipped off-site for burial during the period July 1 to December 31, 1989 are given in Table 3, in the standard NRC Regulatory Guide 1.21 format. The semiannual total quantity of radioactivity in curies and the total volume in cubic meters for the following categories or waste types are listed in Table 3: a. Spent resins, filter sludges, evaporator bottoms; b. Dry compressible waste, contaminated equipment, etc.; I c. Irradiated cohponents, control rods, etc.; and, d. Other. During July 1 to December 31, 1989 approximately 2.28E+2 curies of spent resins, filter sludges, etc. with a total volume of about 85 cubic meters were shipped from Pilgrim Station to an approved burial site. Approximately 6.11E-1 curies in dry compressible waste, contaminated equipment, etc. with a total volume of about 77 cubic meters was shipped off-site for processing and/or burial during this period. Irradiated components and other miscellaneous low-level waste were not disposed of off-site during this reporting period. Irradiated fuel shipments were not made during this period. Fourteen shipments to Barnwell, SC (Quadrex Corp.), nineteen shipments to Oak Ridge, TN (sixteen to Scientific Ecology Group; three to Quadrex Corp.), and two shipments to Hampum, PA (Alarcn Corp.) were made during the period July 1 to December 31, 1989. Estimates of major radionuclides shipped off-site are listed in Table 3. I I I 9 of 47

~ : -.... ^. ~ L: ~ - : -- - i TABLE 3 l l PILGRIM NUCLEAR POWER STATION EFFLUENT AND HASTE DISPOSAL SEMIANNUAL REPORT (1989) I SOLID HASTE AND IRRADIATED FUEL SHIPMENTS July - December 1989 1. SOLID HASTE SHIPPED OFF-SITE FOR BURIAL i TYPE OF. HASTE UNITS 6 MONTH EST. TOTAL PERIOD ERROR % a. Spent resins, filter sludges, m 8.49E+1 l 3 evaporator bottoms., etc. C1 2.28E+2 16 j b. Dry compressible waste, m 7.66E+1 I 3 contaminated equipment, etc. Ci 6.11E-1 2S 1 3 c. Irradiated components, m 0.00 ) control rods, etc. Ci 0.00 N/A I 1 d. Other (describe) m 0.00 I 3 miscellaneous low-level waste Cl 0.00 N/A p 10 of 47 I

i t l TABLE 3 (continued) 2. ESTIMATE OF MAJOR NUCLIDE COMPOSITION a. Spent resin, filter sludges, evaporator bottoms, etc. 10F NUCLIDES ACTIVITY TOTAL ACTIVITY (CURIES) I H-3 3.60E-2 0.016 C-14 1.22E-2 0.005 Cr-51 1.11E+1 4.85 i Hn-54 6.78E+0 2.97 Fe-55 4.01E+1 17.6 Co-58 9.50E+0 4.17 Co-60 9.29E+1 40.7 i N1-63 6.16E+0 2.70 Sr-90 6.82E-1 0.299 Tc-99 1.77E-3 0.001 I. Tc-99m 1.72E-1 0.075 I-129 1.41E-3 0.001 Cs-134 1.39E+0 0.610 Cs-137 5.88E+1 25.8 Ba-140 7.16E-2 0.031 La-140 7.16E-2 0.031 Pu-241 2.10E-1 0.092 Cm-242 1.94E-4 <0.001 Other TRU 9.64E-3 0.004 TOTAL 2.28E+2 100.000% b. Dry compressible waste, contaminated equipment, etc. g % OF , g NUCLIDES ACTIVITY TOTAL ACTIVITY l (LURIES) I H-3 1.53E-2 2.50 C-14 1.66E-3 0.272 Mn-54 8.47E-3 1.38 Fe-55 1.67E-1 27.3 Co-58 5.11E-4 0.084 Co-60 2.07E-1 33.8 Ni-63 1.26E-2 2.06 Sr-90 2.48E-3 0.406 Tc-99 2.29E-4 0.038 I-129 5.76E-5 0.009 Cs-134 7.49E-3 1.22 Cs-137 1.86E-1 30.5 Pu-241 2.65E-3 0.433 ' Cm-242 5.76E-5 0.009 Other TRU 6.04E-5 0,009 TOTAL 6.11E-1 100.000% 11 of 47 ~ - -...

... = c .w TABLE 3 (continued) - 2.. ESTIMATE OF MAJOR NUCLIDE COMPOSITION (continued) c. Irradiated components, control rods, etc.- 1 0F i h_ NUCLIDES ACTIVITY TOTAL ACTIVITY (CURIES) TOTAL. 0.00 .N/A h d. Other miscellaneous low-level waste % OF NUCLIDES ACTIVITY TOTAL ACTIVITY (CURIES) TOTAL 0.00 N/A f .I 3. SOLID NASTE DISPOSITION 1 --Number of Shioments Mode of Transoortation . Destination 14 Tractor-Trailer Barnwell, SC 16 Tractor-Trailer SEG, Oak Ridge,TN/ Barnwell, SC* 2 Tractor-Trailer-Alaron, Hampum,PA/ i Barnwell, SC* 3 Tractor-Trailer Quadrex, Oak Ridge, TN/ Barnwell, SC* { Conie.w ated wastes were shipped to Quadrex Corp., Oak Ridge, TN; Scientit 4 Ecology Group, Oak Ridge, TN; and Alaron Corp., Hampum, j! PA; for volume reduction / salvage. After processing, the-remaining m wastes will be shipped to Barnwell, SC for burial under Boston Edison Company's burial allocation. 4. IRRADIATED FUEL SHIPMENTS (Disposition) ' Number of Shioments Mode of Transoortation Destination ~ ,None N/A N/A 12 of 47 s

._, -. ~...... L-j l

4. ~ METEOR 0 LOGICAL DATA Meteorological data (Reference 4) for the period July 1 to December 31

-I 1989 is given in Tables 4A-1 and 4A-2 in the standard joint frequency distribution format as given in NRC Regulatory Guide 1.21. The predominant wind direction was from the southwest, which occurred with I a frequency of about 16% during this period. The predominant wind speed l range at the 220 foot sensor was 13 to 18 mph, which occurred with a frequency of 33% during this period. The predominant wind speed range at the 33 foot sensor was 4 to 7 mph, which occurred approximately 52% of the time. The' predominant stability class was stability class E, which occurred about 41% of the time during this period. There were a few instances where the data recorded by the 220 foot tower were not continuous. Typically, data losses were due to loss of power, malfunction of the sensors, and/or malfunction of the chart recorders. The net result is that the data recovery for the period of July - December 1989 was 92.9% on the 33 foot elevation and 93.7% on the 220 foot elevation of the 220 foot meteorological tower at Pilgrim Station. When averaged over the entire period of January - December 1989, the annual joint data recovery was 93.9% at the 33 foot level and 96.4% at the 220 foot level. This exceeds the 90% or greater annual data recovery goal I specified in Regulatory Guide 1.23. I I-g

I I

) 13 of 47 r e

e .c 6. .sm. ..z 2 m,. .c TABLE 4A-1 DISTRIBUTION OF HIND DIRECTIONS AND SPEEDS FOR THE 33 FT. LEVEL OF THE 220 FT. TOWER W '88 a n._ a _. 8 23

  • *88
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g' ' 8 8.

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g.

y
  • 8 8. " 8 2. " R. 8 *88. *88. '88
  • 8 8. O M 8

g g I-g g. 8 g

  • *88
  • 2

~82 " a. 8 *88 "88 *88

28. Y d' 8

g 5 c ~ ":5.- 8 5 go g 00 605 act 705 705 "O5 0 = a s B 8 a W d.c OO 'I n 4 I 14 of 47

.:.....a~. 2:.. ...c I i TABLE 4A-1 (continued) i W *88. 088

    • 8
  • 8: *88 *88. '88. RSS y

ja g g. js I

  • 88. *88 '88 '88 '88 *88. *88. *88

~ [ *88. *88 a t. :. *88. *88 *88. *88. "80 1 'IL_ b i '88 ' 8 8. " g. *88 *88 *88. '88. "82 82 g i

  • 8 8. "". 9 ".8. 9
  • 8. 8.
  • 8 8 *8.4 *88 ";8 e

g i

  • *88. "00 "
  • 88 *88 *88 '88 * " A.

g j. g 9 *88. '88

  • m 8. " " ;. *88 *88 ' 8 8. ~ g.

82 g I E

  • 8 8. " g. *38 *na. *88 '88. '88 *88 g"

82 g g g N l g

  • 8 8. ' 8 8 "00 '88. *88 *88. '88 " " E.

l-x g " 8 8 ~ ".E

a. 8
8. a.
8. a.

88 8 8. ~ ". E i E

  • 88. *88 *88 *88. '88 '88. '88 *88 g

g n-U 88 88 88

  • a.
a. 8 8.$
8. a.

8 I na!_! l 1 s 88 88 *:: ":; 88 88 88 EE I'- ,.g " *88."

  • g*.

"88. *88

  • 8 8.
  • 8 8. = 0 8. g g..

g a =a 8 8 g "88 *

  • 2.
  • 2
  • 88. "88
  • 8. ' 8 8, *8: EI g

g g g. gg W 88 ~ l-a W

  • 8 8. " g.

0E "82 *88 *88 *88 *88 "20 55 g g - j. g 8gg E

88. *:0 *88 '88 *88 *88. *88. "g0

'I g M l b: 88 "82 ~ 0. ". ""E 88 88 88 *EE NN t L N5 bb li !! t -t g Oc oct., 0 5 705 70c ?:5 "Oc 05 g".. ox e a

  • a a

W'

1 tt M

~~ I. 15 of 47

a...._ %u.w._..- _ - 2~ - a - --- " l': TABLE 4A-1 (continued) .J. F 3' W '88 223 884 223 "20. '88 *88 28: .y ga g a ga I

  • 8 8.
  • 8 8. ' 8 8.
  • S.S. ' 8 8 *88 '88. *88 l

[ '88. ".. "R.. *88. *88 *88 ' 8 8. " a ". 0 E *

8.
  • 8 8. " 3
  • 88. *88. *88
  • 8 8. " O n.

s. s 3 [

  • 88. ",32
    • 8

'88 '88 *88 *88 "22 g g g g W 1 '88 *88

  • 3*

"R

  • 88 '88 *E8
  • 8*

g .I n 5 I '88. '88. "3a. *,R8 *88 '88

  • 8 8..
  • 8
  • g.

e. N ^ 3 5 R *:8 *88. *88 *28 *88 *88 *88. :28 A a .g- [ 1 5 *88. *88. *88. *88 *88 *88

  • 8 8.
  • 8 8 i NE a bgg
  • 88. *88. *88 *88 *88 *88 *88 '88

!t E E I 5 ma n '88 *S8 *88

  • 8*

'88 *88 *88 ass = ~ s s N

  • 8 8.
  • 8 8. ~ 2
  • 88. *88 *88
  • 8 8. ~ m g

I "88 ~88 *88 29* d l.B.*88.*88898."88 EE g ' 8 8. ' 8 8. ' " 8 0 *88. "88. *88 *88. "80.gg W E $. H "88. *R; ~99 *88 '99 *88 *88 "8.9!! I E g

  • 88. "a2 ~ 2 9.
  • 8 8 *88 *88 *88. ";80 W

gg i g *88. "80.

  • E.8. *88. *88. *88 '88. "80 ll

,y 8 g

  • 88. ":.. ~22. '88. '88. *88 *88. "32 Yd 8

4, a E t --,05 vec 700 ": "On Ecc-go gl05 605 1 ci N ,E, g

n.

u. I 16 of 47 ,I:

,a. .u_.. . ~..... . ~. _. _,.. m TABLE 4A-1 (continued) al

  • 8,8.

R E 23 8:'*2

  • E. 8 *88 34 E
g n;;

g; En ~ e-I

  • 88. '88. '88. '88. '88. *88. *88 '88

[ '88. *.2. "".2 ~20. '88. '88

  • 8 8. *. *.

I 8 8. '. 9 * *. S. 88

  • E. 8 88 88 294 g

0 ) *88 *NR "Aa *88 '88 *S8 *88 02 g N ' 8 8. * ; 2, 008 *88 *88. *88 ' 8 8. ;; 2 8 t 4 j;- 5 '88. *:.0 882 * : S. ' 8 8.

  • B. E.
  • 8 8. a
  • g gg E '88.
  • g.8 2 8 R 4 0.

" ". ;. ' 8 8. ' 8 8. R G " M g g gg g. [ g

  • 8 8. - :..

g: :. " : a. ".:.

  • 88.
  • 88. : :g.

l s I E * *88 888. "99 *88 *88 "8.4 *88 288

k. @ 5 " 48. " R S.

~ ~ "s9 "88 "88. *88. *88. ";; l 5 ' i "88. *99 '".9 "99 *88. *88. *88. 99 s I'. m! H '88 888 8E". '99 *88. *88. *88 88.". EE g ' 8 8. " U.S. 2 2

  • 0. *88. '88. *88. R:"

l g. g g; aa g '88. :g.s n : 8. " a.s.

  • 8 8.
  • E. E.
  • 8 8. ::". II

-{ i g g pg I. 4 '* g W *88 283. ".. "".2 '88. "88 *88 OS: $5 a g g 3 gg I i< W"88*89"8.9".9*88*48."88.'98.Ib av 5

  • 4 8 2 8. ". ":9 "88 *88. *48 *88 28.9 Yd 8

I-- 4s 88 j = t go OU 600 eUU 700 700 700 u"OU 00 a = a I -. t I I 17 of 47 I-

..... w..u... a ,... a. --.. = :... -...... a ^ v t TABLE 4A-1 (continued). I W * :-88s x8R 3RR *ss ~:

  • 88 888
g. ;

"g'i "if da a- ~gg r -l*88.*88 " 8 8. ' 8.8.

  • 8 8 *88 *88. *88 g.

. g ' 8 8. : g:: s.

s..
s..
  • 8 8 '88
  • 8 8. : :.:.

n

  • 8,8, n u.g 2 8.;

q,

  • 8,8.
  • 8,8,
  • 8 8, q :,

n-n en m g .[ '88. ",S.*. 4:* '88. '88

  • 8 8. " 8 8. R E R.

g g g; j W "2*

s REE '88 '88 '88 *EE RE g

n +- ~n i 2 9 "M.a. M88 As3 A"8 '88 *88

  • 8 8 2 R. A g;

gg g I ^ R '88 22

  • 2 ENE ":
  • 88
  • 8 8. " *g g g"

8 j; gj. g; I [ lg*88 ::s. nas. *:.n.

.. "88 '88 s8n l

a a ja IlE"*88 899 '99 *88. "88 *88 *88 289 l . l-g H "92 88.9 289 *88 *88 "88 *88 ~ 0. _8 l 8 E

  • W "99 "99 498. "9"
  • 88
  • 88 *88 099 8

.n y-B ""E 888 899 *88 *88 *88 "88'99*;! N N 8 mm . I. g " '88 288 2 2

    • R. "R.. ~20 *88. RE:ga gg g

g; E _.a EI B *88. :"9 289 *88. "99 *88 "88899!! s u og un

88. "R*. $8bk E ~99 399 **9 88 88 88 E

~ Ag g *88 ".. ":.:. *88. "88 '88 '88.*;:s.g* N < b 298. NN p 8 88 *99 "99 88 88 88 88 i! - E 88 I ~ l E t -l--o-- ~-- o-- .--.--.--l:-- g. g c 60" 1, 0 " f:0 ?0 ?:c ": c = = = g \\J 5 EE L. - I 18 of 47

.I

~.

TABLE 4A-1 (continued) I - E 89 s=s a:a =u is

    • a**
=

a 80 -. I

  • 8 8.
  • 8 8. ' 8 8.
  • 8 8.
  • 8 8.
  • 8 8. ' 8 8.
  • E. S.

g '88.

    • .R.

"82 *88. *88. '88. '88.

    • 8 a

g-E

  • E.S. :L4.
  • 2. *88. *88. '88 '88 *8:

3 g

  • 8 8.
g..8 ::
  • 8 8.
  • 8 8.
  • 8 8.
  • 8 8. ::;:.

8 g

  • " S. 28 288 '88. *88. "88 '88 3*:

g i _I[ i ' 8 8. M R 8 8 8.4 = 8.; " 8 8.

  • 8 8 *88 590 g.

[ ~ B-R ' 8 8. ::;:. 0 8.:.

  • 8 8. ' 8 8 *88 ' 8 8. M A. R.

l [- g

.s. ::.:. ~ 8.:. *88. '88. *88 ' 8 8, man l

) l- $ "I a ~ 8.s. a s.:.

  • 8 8'88.-*88 '88 *88 :::

l g.. g s "99 "R9 *;8 *;8. *;8 "88. *88. *n8 l 8 e

  • 8.9 *;9 *88 *8.4 *;8 *88 *88 ~;9 y8-g U

E8. "8.9 "88 88 88, 88 88 " E. 9 d EE I g

  • 8 8. ":..
  • 8 8. ' 8 8.
  • 8 8.
  • 8 8 *88 " S. C.. g g q

8 , N g *88 II E

  • 8 8. " 2 0.
  • 8 8. ' 8 8.
  • 8 8.
  • E. E. ~ 0. n n j

,g u I. W

  • E.E. ~20. *88. *88. *88 ' 8 8.
  • 8 8.' ~.0. 6"6 a

i g gg g *88.

    • R. a:S. '88. '88 *:8.*.8."02.ll

,8 g 'g n g " 8 8. a s.:. " 8 2 '88. *88. *88 *88 " A n. di[ g '~ E t - l-- -- ~-- E c- !S 60c 405 705 ?:0 "Oc acc c 5o 4 2 s E ~ e 8 a U

n m

I 19 of 47 l

. ip s, y '. 6i.,h... ..n~s~.*.--*~~"~*~.--~~~+~~~~~*~~~~~~~~~*~'"~'-** ~ * " ~ ' ** TABLE'4A-1:(continued) W "82 ER" a:2 : : 1.

  • B. E. '88 *88 0 8,8 g

4 l

  • 88. *88. *88. *88. *88. '88. '88. '88 l '88. '88.
  • S.S.
  • 88 *88. *88 '88 '88 I

I '88. *88. '88. *88. *88. '88 '88. '88 g . I ,8 [ '88. *EE. '88. '88 *88. "88. *88

  • S.

g y W " 8 088 828 '88 *SS '88 *88 888 g I = *88 08 80* ":8 -*88. *88.'*88 38* a M g. g; gg n n _ I. R '88. "38. "E.8. '88. '88. *88. '88 ^ g g l g.'88. "80.

  • S.8.

'88 '88. *88. *88. "30 l' o B " 88 88 88 88 88 88 88 88 h N. 88 88 88, 88 88 88 88 88 s s .,6 N *88. '88. '88 *88

  • 8 8.'
  • 8 8 *88. *88

.g I B *88. "82 *88. "88 *88. "88

  • 8 8. " 92 d a-EE g

"8

  • 88. *88 '88 88 88
  • 8 8. **. S. g g ii N g *88. '88.
  • 8.S.

'88

  • 8.8.
  • 88 *88.' *88. n;I-I E

!b W

  • 8.8. '88. *88. *88
88. *88 *88 '88 t!

E.8 8 l *88. *88. *88. "88 '88. *88

88. *88 I

g g b

  • '88 *88. *88 '88 ' 8 8..
  • 8 8 '88
  • 8 8. Y Y' 3

00 I 8 [ g. glna a maa som naa maa eaa O5 600 405 105 TOS "05 "Oc Eao OS 2 8 5 cd i; t! =a n a i 20 of 47

a.. /. I TABLE 4A-1 (continued) i W 855 255 IEE 39E 288 ~99 *88 388 B RR ~!! 00 "88 I:- '88. '88 '88. '88. *88 *88. '88 *88 y P g '88. 20"

  • 8 8. * *. S. '88. *88. '88 328 t

I yy I88 RE "Os '88 '8888 288 nu un ne R I. 8 '88 322 REO '88 '88 '88 '88. 8tt g O ,NN 'NN i = g q e

  • 22 3".O. 433. ~20 *88 *88 -*88 - 8 8. *.

g 'Ih e 5 822 D a a " 8.,8 '88 ' 8. 8 ' 8 8.' n g ;8 j 08 .gg ng; E '88. ::.. 2*: 28,8 "S.S.

  • 88
  • E.S. #. 2 y

x ,y, l g "E.s. uma "22 *88 *88 28,. 8 l ga I k!ll5" " "28 299 888 "is "88 "88 "8.9 899 l nn an 8 9 888 *ER "88 *88 *88 "88 898 l I. n, U ~** "$$ "$8 ~$$

8. a.
8. *.

$8 8*$ w8 g m nn I E B "99 ::: :99

"E.; "88 '88 Bas!!

un nn en -- EE g " 2 0 2 R.2 2:" "a.x. "20 ~ 2.0.' " 8 8.. O R R gg s r gg gj g '88 388 82 "02 *22 *88 *88'222 $$ < g gg gy p 2 st W "a.s. x88 23 "22 ' 8 8.- * :.8.

  • 8 8 8R 55 a

g yy gg E< l 8.E NE@ *Es "99 88 88 8.9'E99 88 I 88 yg nn 8

  • E.8 8EE 28.4 "99 88 88 88 099. NN 8

NE ~~ "" bb 5 c go gl00 n-- n-- 600 a00 70" ?" "O" "00 B0" cd g 5 s g s d es I.. 21 of 47

l TABLE 4A-1 (continued) I ~ ( '88 ~82 3EM 822 '88 '88 28 l d' gA da a' gA

    • ~

a n

  • 88. *88. '88 *88 *88 '88. *88. '88 l
  • E. 8. " 8 8 888. *88 88 88
  • 8.
  • N 8. ~

n n g- 'I88. *88. NE8 208 " E.s. " 8 8 '88 RER .g; y ja 8 ' 8 8.

  • S.8.
  • 0 8. " R "22 "88. *88 03%.

R 2 8 j j g. g. '88 '88 '88.

  • 3*

'88 "88 '88. *3: t g. g. 5 g

88. *88.

~E..

  • 88 88
  • 8 8.
  • 8 8. ~ E..

I i E ' 8 8. ' 8 8. " E.E.

  • 8 8.
  • 8 8. ' 8 8.
  • 8 8.
  • E.S.

g ."g E 8 I E *E "88. '88. *88. "50 '88 *88 *88

  • E..

2 i .M' 5 " '88. *88.'*88 *88 '88 *88 *88 88 p: 4 ~ 2 1 l N' 88 8 8 ~ 8. *. 88 88 88 8 8. ~ 8. *. l 88

8. *. ~ 8. 9 88 88 88 8 8. ~ 8 * "8
E.

-= ~ 3 N 'a U 88

  • E.
  • 88
a. 8 8.8
a. 8 8 8.
  • 8 8 Q

n n a d EE "88. "88. *88 88 *88

  • 88.
  • 88 *88. gg 1

n 2 :! 8 8 g

  • 8 8.
  • E. E.
  • E.O.
  • 8 8 '88. *88. *88. " 2 EE

~ , n

. nn 4

s# 88 *88

  • 3*

55

a. ~20. *88.
  • 88 8 *88 "R*

a g. gg g l 8, i *88 ":: "8* *88 *88 "88 *;; "M 88 88 g-a n 8

  • 88 ":2 28:

E.s. *88 *88 '88 ::: dd 8 I;~ n_ g. BB 5 z 8 U "Oc"ccfam g. glc"605 a na naa saa Naa man waa waa S 405 ? 0 705 = = = g, cw3 tt

n, 22 of 47 L

. a.;-. -. a..,..;-...--.-. ---:--~~--.----- l l TABLE 4A-1 (continued)

g; W '88.

",8 883 O R E. " 3 0.

  • 8 8 '88 888 g

g '88. *88. *88. *88. '88. '88. "88 *88 I-I *88 "R2 "8: "22 '88 '88 *EE "3% n n n I

  • E.8. ' 8 8.
  • R 8. " g.R a
  • 8 8.
  • S.8.
  • E. 8. ' 2 3..

g g .'e N 8 g

  • 8 8. ' 8 8..' 2 3 3 ' 3 ". "32. *88. '88 28,8 g

g g a n .n

  • '88 *88

'3"

  • 32 *88 "88 *E8 *R8 I.

g '88 - *88. *88. "R2 ' 8 8.

  • 8 8.
  • E.S. " 2 2 g

g Y g a *88. *88. ~3: *88 *88. '88 '88. 3.. ^ g. g g *88

  • 88.

3.:. *88 *88. *88

  • 8 8.

3 : l $8E"*88 *88. *E.; *88. *88. *RE. *s8. "88 UE 88 E E. " E E. 8 ". 88 88

88. ~89 h

l5 e E 8 8. ~ 8.9 ~ 8.E 88

8. ".

88

a. 8. " 8 2 8

I-g o n E ~ B *88 *88 ~3.9 *8.4 *48. *88

  • 8 8. "R 9 ';!

--M I

  • '88. *88 '88 88 *88. *88
  • 8.8. " 8 8 gg ue k N j *88. "88 ~32 88 *88 *88
  • E. S. " 3 0. y n EE

, n I! 4 88 8 *88, *88 "30 88 *8 8.

  • 88, *88. *32 55 a

j, a 8 8 *88. *88. ~30. *88. *88. *88. '88. ~3.. g g a$g 88 88 "22 88 *88. '88. *88. "22 dd g gy g g E t o-- ~-- ~--.--.--.-- go g Oc oc" 10c ? c rec "Oc " Oc = 2 s w s. n m LL G ee 23 of 47 .I

-.. ~ . ~, -...... k l 4 TABLE 4A-l'-(continued). I 1 _'x -J '88 02R 8*8 ::;82 "": " 2-*88 R8M y 5-ga g-a- ga

  • 8 8.. ' 8 8..
  • 8 8.
  • E. S. ' 8 8. '
  • 8 8..
  • 8 8. " 8 8 I

[ *88 " R. 0. " :, :.

  • 2 0.
  • E. S. '88. *88 " E a.

a 2 *28 ":: " ". ":2 *88 225 I

  • 8 8. " :g.

g j. g g j g n . I~- a l *88 '88 ORR "Sa "RS '88 *88 NR. g n n '88 '88 ":: ": *88 '88. *88

  • 2 A.

e 'I.~ 8 5 j g

  • 8 8.
  • E. E. ~ a 9. a t. :. *88
  • 88. '88 ' 8 2..

g g ~ ~ R *88. '88 '88. "*2 '88 *88 *88 ":2 l g g -l l g

  • s.8.
  • 8 8 *88 *88. *88. *88. *88 *88 l
. I E

~4 ~;8. *88 88 *8.9 "88 " : 2, l l " *88 ~. l 5 5 "88 84 *44 *88 *88 *88 "48 *88 a ~ E

  • n "88. *44 "8.4 "88. *48
  • 88 *88 89 s

o-w- 1I E l ! *8.4 *84 88 *s8. "88

  • 8. 9 8.4 "88 !!

l: EE- " *88. *88 ~ 2 2.

  • 8 8. ' 8 8 '88. *88 ~ 2 0. g g I

,, n k h j *88 ~20 " R. S.

  • 88 *88 *88 *88 "2

,n g nn ';i I; 8

  • 8 8. ** R

" A. S. '

  • 8 8 *88 '88
  • E. 8 ":2 55 g

a gg gg 8 ' 8 8. " :g. *88. '88. *88. *88. '88. ":g. 2 2 8 I 8 ' 8 8. " :.:.

  • a *.
  • 8 8.
  • E.8
  • 88. *88 ~ R A.

dd 8 8 g l' g,g 1 5 t f.00 e i - g. gl0" 600., 0 " 700 700 "O" "05 - n = = = s3 d 33 N 0 I 24 of 47 l

. ;. a.. -

a., ~ -. -...

-.. - u - -- :

~~~:--

I TABLE 4A-1 (continued) I 4 W ~2 288 883 522 283 *88 '88 282 r i. g da "Ja "ei da

  • i' g_n n-

.l'*88.*88.'88 '88 '88 '88 '88. *88

l; g ~2.. ~ a 82
MS: *88 '88.88 04 g;

gg E.*88 038 Sin 280

  • 8,8, *88, gay gn R

I ma un n-a. g *88 *s: x:R :sm **: *88 '88 :sa a i id ad a' ~AJ N N 8

  • 88. *.2 REE. 2a8. *88 '88 '88 808 g

g gg 2 '88 * ". RER 043 '88 '88. '88. R83 9-g g gg ~~ R *88. "N.2 N *a- 00

  • 88. *88
  • 88. MOO f.

j; l'g.*8.8.~28."S.*."#.2 ": *88. *88 '30 l

8. E. "E.9 "9A ~ E. E 88 E. 8, E E.

f ~ [ B N. E. E " E. 9. " E. E *EE E. E.

  • E. 8 E. E. N E.E h

E 8 n-r a I u. N

  • 8 8. " *.:. * :.a. ~ 2 8. ~ 2 8 *88 88 200 g

g E-U E. E. " E E. *E9 E E. " E. E

8. E.

E, E. ~ -- EE 8 8.

  • 0. *.
  • S., *88 '88. *88. *88.
  • S. gg-

,g k h j *88 " #. 2

  • 8 8. * :.n.
  • 8 8 88
2. u$$

,u n gg e- ~ E W 8 8. " 3.". * :.. : :; :. 2 3 :

  • 88.
  • 88 ::: 55 p

g; L,. 8 g *88

  • 88. *88. *88 "88.'*88 g_g Q

4C 8 8.E. '"5

  • EE E. E.
8. E.

E. E. E.E. d 5 2 NN I 9s 88 ne ~ g l-- 05- - ~, -. 05 705 705 ?O" "Oc 800 g. 0" 6 8 N L.

i g

L g On L i r l< 25 of 47 t t

_.m. 2....... _..... _ I F TABLE 4A-1 (continued) I t I **5 EE. EER 68.6 8*8

88. *88 I85-E 8x 2*

8: ~

  • E. S. ' 8 8 ' 8 8..
  • 8 8 *88 '88. *88 '88 L

!t [

  • 8 8. * *. K. *32- ":0. '88 '88 *88 482 I ":0. *02. Rat " N. 2 *88 "88. '88 :::

ja g [

  • .0.
  1. 23, 882 8:2a a " N.*.
  • 8 8. ' 8 8. E M.*

g 2 a a +. 4

  • *88 2*R RER 288. *88 *88.88 880 g

j; ng; g n "88. *88. ::: 228

  • S. 8 "88. '88 220 gg g

-I R "".O.

  • 88 ::" 22
  • : S. '88. '88.-#28 g

i ~ gg g; g I' ..f.g'88.02".at

  • 3s. *.. *88 "88. ma*

l g; g gg E g " ":8 29; 8*R *:.; "88

  • 88. *88 899

!. 5 n *8.4 *R; "R "R* *R8 "88 *88 099 l e n-E 6 ~ $1 N ~.88

  • gia. ".2. *88
  • 8. 8 '88 "

g g g

g 899 d.

~ H *88 299 998 ":8 ":8. "88 *88 E g ~~2.

    • .2. c a. *02. *0.:. *88. *.8 22

'I ~ *'d m g g; l-83 g

  • 8 8. * :. 2. *
  • A. *
  • a. * ;.*. ' 8 8. ' 8 8 N M E. IB

, g a nn y g<

. 56 W

8 8.

  • 8 8.
  • a.n. # # R.
  • 88
  • S. *88 gg 7

l; g 8

88. *.n. '88. '88. *88. *88 8 8. " a.n.

8 g s " : 2.

  • 8 8. " R. *. *88. '88. *88. a88 *:2 dd

? i: EE 88 L R go g Oc 605 ac" 705 Ecc y 5c nn-705 "Oc "00 J l O 2 s e c

g 1
L.

= l-L i l' LI 26 of 47 ,w

v..

.....!a........~, 1 l TABLE 4A-1 (continued) I 1 1 l .I d "82 82: 220-20

  • 02 *88 '88 *88 "gg g

ga ga ga a- ' i:: .d

88. *88. '88 "88. *88. *88. '88. *88 g

q 1 '88. *88 *

  • 2. " *

'88. '88.-*88. "32 E **2. "R2 *:2. *88. '88. '88 '88. *02 a y 8 l *88. *aR.."Ma. *88. '88. *88. '88 2* 2 a d

88. d22 M*n ":
  • 88. '88. *88 3 0.y g

i. g 9

88. *23. #28 ::
  • 88. '88. *88 R2*

g g; 4

g n

IlA'88.*05.ONE.

  • R. "32 '88
  • E.S. 8 2 :

M g g gy y r N [ *88 " 2 A. O N U. " :.*88 *88 '88 4 S.2 l k g g g E E g ~ g " ~:0. *R2 j. " :. 8. ' ' 8 8 *88. *88 OM

g g.

2 s "88 *88 "R* ";" *88 *88 *8.4 "9; l-8 -l e 5

  • 8.4 **.9 **.?
  • R4 ":.9 *88 *;;

s g- ":9 d l' E " El*88 ":? "88 "88. *88. *88 "88 g EE cg 88 *88 *88 *88. *88 *88 *88 *88 g"g" l. l . k N .W EE 88 "88 ~52 *88 *88 "88 *88 *

  • 2. n n

,7 M 88 W *88 *88. '88 " 8. " 2 :a. "88 "88

  • R. 2 55 g

gg 8 W '88 *88 88 *88. *88. *88. *88 '88 *gg u g g

  • *88 *88 88 ~3.E *R8 88 88

~8 NN $-8 1 E= BB

E Et Ecc-3 g.

g 0" occ 405 70" 10" "Oc "O" 1 5 B t -o a N 35 g ' l. 27 of 47 v r-- - e a -- m

.7: i > I TABLE 4A-1 (continued) f F l -J ~ 2 : 2 2 :: ::: 08: *8:

  • 88 "88 g

a-g- aa g g-a' gs L*88. *88 '88 '88

  • E.8.
  • E.8.
  • 8 8 *88 i

J 1

  • E. 8 *88 *88 *88 "88. *88. *88 '88 r

I. I '

  • 8 8. ~ 2.. '88 *88 *88. *88 *88.

~22 1 3 8 [ *88. a8: "32 ' 8 8.

  • 8 8. ' 8 8. " 8 8. " 3 a.

g I-. a

  • 88 aba. *28 '88 *88. *88. as.s. ::.:. f g

g 5 l ~ ~ '88. ~2 288 ::

  • 88. *88 *88 88:

g; 5 *88 *88

  • 88 *88 *88 *88
  • R*

n S o e l g *88 ~ S.

  • 88 *88 '88 *88 *88 ~20 l k

g""EE"99"99~RE~88 *88 *88

  • E. 9

~ ~ lN 8 8. ' E E. 88 88 88 88 88 88 h. E 5-b N

  • 8. *, ~@E 98 ~EE ~R8 88 88

".E9 8 L !L E 88, "98 "88 98 *88 88

8. 8 "R9 N

N ww ul E8

  • 88 *88 88
  • 88.
  • 88 '88. *88 = 8 8. g g n

k h W *88. '88 '88 88 *88 *88 '88 ' 8 8. _$ _$ ., n 3 4 25 1 a W

    • S. *88 *88 *88
  • 8 8. ~ 2 8 '88
  • 55 g

y. gg 8 W *88. '88. *88. "32 ~ 2.. *88

  • 8 8. " 8. *.

g g g E g

  • 88. *88 *88 *88 '88. "88 *88
  • 8 8. d d 8

_2 BB E t - I-g. g Oc occ 1,05 705 -g m-- ~-- ~-- 8 5 705 70c ace 0 E,, sg 8 5 e na I m 4 1 n -I. 28 of 47 i

,_..s ,...... - - - -..-..-_..... _ _..~ h L TABLE 4A-1 (continued) ~ I; d 2:3. 238 5:3-288 Mas a*:

88. g:88s. s.

Y-njg gj; gg jj em en

  • 88. *88. *88. *88 *88. '88 *88. *88
  • R "00. RE.C. RRR Ma.a *88 '88 '88 222 gg g

gj I i n,o., 8~,~, -o,",, n,.., nun... 88 -., an. 1 nn

== I E. g.' " S.S. 0 3.g $ $ $ 2 2RR O R. R. ' 8 8.' ' 8 8. n* 2 2 g 8 gg gj gg 4 7 8

  • 8,8.

R**

      • RSS '88 "88 *88 Ran g

Ad "Ja dd "ad g 2 E *88. RR" RaK 222 '88 '88

  • E. S. *na gg gy n;;

I? -ne .~~ . n n, n. ...... ~-- - M

o. o.

e S. W No Whh =..

o. o.

o o. N99 j; gg ngg g

  • 8 8, 288 02 0 2 2.. ' ".". '88
  • 8 8. ~ 8 3 3 l
I.

gg 6 5m 8 n ne. -ne -..-ooo ... ooo n.,. ngg f* g nn nn. s -E l w ooo enn o.. -en ooo oco-ooo... - s o. a se -.. -nn es se se-.. e.e NN I h w 000 .hh oNN .SO n.* ooo ooo -nn 8.' S 9.

  • 9
  • 9 nn u-b5 u ooo

~nn n-- em. noe ooo "9

  • a.

ogg n~~ 0 .. n.n I' nu EE 1 u mm mem e-eee eme ooo ' I.

  • a.

a 8. *o ann M

  • a.

"N

      • gg l

E 3

  • ~

e n,n IE 83 5 u ooo one noe n. een oo, ooo a" "a*

o.
  • a"

-- nn n 5. h M ooo h.. nNN .MM -MM ooo @hh = o, o, nn -., w, n n -,3 no po o, q.yy g ,g nn g 8 g *88.

==.a.

.:. "a.s.
.:. *88 *
8. n a.;s g* g*

g 5 8 ~E8 2*ia. N99 "88 88 88 88

  • 9 dd 9s 88 I

E t

n. - -

_ ~_- n-- n,_n. n_n_ g --. ga g - ~_ o_n ~ - - n_ -~ - ~_ U e - n e t 29 of 47 1 1

m.. LE TABLE 4A-2 DISTRIBUTION OF HIND DIRECTIONS AND SPEEDS FOR THE 220 FT. LEVEL OF THE 220 FT. T0HER -J *88

  • R N. R E 203-202 2 3 M. *88 382 g

g g g g g

  • 38 '88. '88. *88. *88 *88. *88. '88 I *88. *88. "R.8
  • 0

" ". *, ' 8 8 5 2 8, .I g. g. g E R '88. '8.8.

  • 20 "2

"88. *88.

  • g g.

g g g I~ 0, g ' 8 8. ' 8 8. " R.8.

  • R,M.
  • 8 8 ' 8 8. ' 8 8. * *; R.

g

  • 8 8. E88.'*88 *88. '88
  • S. 8 *88 '88 B'

i w "E 5 g.g*88.*88 " 8. ". ". ~. S. *88. *88. "8* g g. E E. E. E. E. E. E. ' 9 E. *E9 "*$ E. E. " E. 'a, N tl gghg'88.*88

  • R
  • R E. " *. E *88. *88 280, l

g. g g EE ~ E *. E. E. E. E. EE E, E. ~$$.h E B " E.E. EE ~ E. 9

  • E. N.

S E. E. E. E. E.

  • 8. 5 h

N 1 e h E-E.E. ~Ek "59 E. E. E. o. E. *.

  • E E 8

o u. g-E* y *88 ' 8 8. ".R.*. " " *. *88 *88 *88.

  • 8*

_y g ,. ny U EE g '88. *88. "*2

  • 2
  • 88 ". R. *.
  • 8. L.
  • R O. gg g.

a _ _i'i g

  • 8 8.

R. S. *s: n *88 ' 8,8.

g :. RE S e.
  • g.

g g. pg g 88 W

  • 88.

"*2 0 8 ". "20 "88 *88. *88 2*2.-55 p s g g .gg g g '88.

  • 8.*. *.0 "8*
    • R. "22 *88 28* *g g

g g. g; .,n < ~ 8 E E. ~ E E "

  • 9 ' 9 9 ' 9 E.
  • E. E.

E. E. O E. E. NM ~ k $g a 88 ~ .E E t g

g' g.

glccoce1,0c700 70c vec ace E--cc n-- s-- u-- l -s = = s e

  • N a

t n 30 of 47

~ t.M a.. _.a -i_.... a.._.......- 1 TABLE 4A-2 (continued)- rs . I 4 *88 "02 N0* 2"E 0" 22M '88 288 g-a' ga y'a "f' f* g's - '88. '88. '88. *88

  • 8 8.
  • E.E. ' 8 8. ' 8 8

[ '88. *88. *88. ~0 "Og "82

  • 8 8.
  • g.N a

5- + 8 '88 *88. "0E. '88. ~0:

  • 88. "22 g

. I' [ '88. "8,8. "82 "88. "Os. '88 '88. "A* g-l g a g. g 4 I

  • 88. '88. "82 ~03. '88. *88. *88 "22 g

] i a 5 f '88. *88. "00. *a

  • 88. '88. *88. "82, 5

j. g. 5 ~ R '88. '88. ";00. *3: "$2 ",2 2.

  • 8 8
  • E R.

g" ~ g. a g N [g*88.*88 " ". ;.

  • 88. '88 *88 "E*

l g g. ( lE " "8; '8.; "".9

  • 88 88 "88. *88 *:?

g k5 s "88 *RM *88 *88 *88 *88 *88 "88 l e - 12 5 6 i N N '88 *88 *88 *88 *88 ' 8 8. ~* 8 8.

  • 8 8,g O

U 88 E8 88 *EE 88 88 ' 88 *EE-e e d EE 1

  • 88. ".g$2 "82 " ".2.

" 0 2.

  • 8 8 -
  • R E. gg

" *88 >g g g 5 g *88. "00. "A2 "0S. *88. *88 *88 *

  • 2. $ $

g j g gg gg ~ v 8 W "88 " 8 8.

  • g* 2. " " O. "00 '88 *88 "82 55 u

g 88 ** E I *88 " 8 8. " 0 E.

  • R N.

" 0 2. " 0 0.

  • 8 8. " g. g g*

i Hg j E

  • 88. "g$2 "82 *88. '88 "88
  • R N. Yd 8

88 g gy g g E t "Oc"Ocl05 4 g _ lO5 o-- ~--.--.-- g. -g 605 1,0c ?Oc ?OS = = .b _O n_ e k. 31 of 47

a.. w.a. L

n. a...u..

n.. ~ .... - - ~ - -. ~.. - -.. - - ~. I TABLE 4A-2 (continued) I I 4 J d '88.'"#2

*
  • ARR 282 *ng ":2 282 I

ga y a-g- ga g-a- a-

  • 88 '88 '88 '88 *88 '88 ' 8 8.
  • 8. 8 g ' ' 8 8. ' 8 8. " R.E. ' 8 8. ' 8 8. " R.;.
  • 8 8. " 2 a

b E '88. **.8 ' 8 8..

  • 8 8. "
  • 2 "
  • 88 a:2 a

3 I R, [ ' 8 8.

  • 8 8. ~ 2.0..
  • 8 8.
  • 8 8. ' 8 8 '88 " R E.

g s 4 "88. *88 "2

  • N. "20. *88 "88 " A. R.

g 8 i g g 5 I_

  • 8 8. ' 8 8. " 2 0. ~ g.
  • 88. "2,0 223 g.

R8 a. a -~c n-e .N- .. - o E. E. .N E ooo a o E. "9 "a " ",, ~. a*

  • N
  • a.

e n ooo ne Neo see B o c 8. a S. oo.

a. o.

-. a S. oo. o S. e-o. . N. g o. g j b. "88. *88. '88. *88 *88

88. '88 *88 w.

5 c U" '88 88 88 '88 *88 '88 *88 *88 a 8 8 ~' M EE Ea

a. E " A. 9 E. a.

E.E EE " A. 9 8 N N O O E. Ogo eg* W 000 000 NWO me@ -hn t.1 -== ~1

  • 9 a a. -

.,n. N o MM . I' W 000 000 -he -hM -hM OEaO OEO M-W t:

  • 9 aa a a.

as 91 g 3 EE EE g *88

  • 88.. " ". 2 "R2;. "88 *88 " R.E. a 2 8. n n s

,.ll-E -~n W oo. -~n ooo... ogo ooo oo. 9 a. s a. = e. n a.

a..

E 8 ~ I.g....a. a. ".1

a. a.
a. a.
  • a.

-1 a - . a. E < w N 8. N*O O M 000 000 N.O 000 000 000 8

a. a.
a. a.

a a.

a. o.

9a O E. E. 91 ~" N !E BB E t -- ~-- N-- .g. g Oc 605 ace 700 705 705 "Oc Oc = 2 s

  • a 8

E d 02 m t 32 of 47

. c.--....-.... l.' l, ^ TABLE 4A-2 (continued) 1 l W '88 ::: EUA 3" "RE ats *2M E80 .g aa ga ga "ga ga a ' gg . l-,

  • 88. *88. '88. *88. '88. '88 *88 *88

[ ' 8 8. " N. 8. " 0. ". " S. *. " O. ". ' 8 8. " #. 2. ::a. a R '88 " O.". " 0 2

  • 8..
  • R O.

" N. 8.

  • 8 8 288 a

a a. g ' 8 8.

  • 8 8. " 8.s. " O.s. - E.n. ' 8 8. - * *. 8 *s a

N

  • '88 "02 *R0 S O M. ' 8. N. '88 '88. %*a e

- I g ja E 8

  • 88. '88. aan. cas ::". "8: " n.:. : : :g i

g j; 4 g. g . I R '88 "88 :RR 235 *aa 2*: "8* 488 M. a' aa ad ad a ' asa 3 N l 5 '88. ":.8. ":.8. 8:,. " :. S.

  • 8 8. ::. :, - i

~ ~ $l !n E' ogo ge e-e. une ego ooo en. . a. y n 8 g g *88. *88 *20 #8: " 0. ". *88. '88 :": a y. i, i N w eco'ooo .9N ocN MNe -N. 8 2

  • a.

a n n w-E*w oog ne.~ ee-ne oog e.

  • .g.

oeo a ~1 n >I_ EE w ooo una e.. e- ~e e.e o8 ee n. " *: " Eg g3 ~. gg gg w o.o oo. .~ -..~ .e-uno ogo.2-~..- ne m 2. ~.. .c n I'. 8 = w o. e.e n.n -ne ..o ..e 5@ = = =.

a. ~
a. a ""*

aa " =. 9a "a" r gg g n e-w ooo..- e.. e.e ... neo uno e.- k .1 A ( e e w e-Q o. -~e uno c.e ne. -~e -~n n o,. k 1. k5 bb E t J "Oc ace Ecc-m; n-- s go g 00 600 .',0 c 7 0 " 70" w g a a d ~ n e i d e 33 of 47 K

. ~. TABLE 4A-2 (continued) _s d..- -un -en ~n. 99 * =. -: :: ~ ~. n a -: ;: =. : 2 *. ". - a. *, ::g n. ~. E en ~~. no a g~ ,,, n - n-a- "88. *88. "88 *88 '88. '88. *88. *88 I '88. ~82

  • E. N. A R M. 382. "42
  • R.. 022 I

gg ' l ' 8 8. ** :. 8. " O. ".

  • 2 0 O R 8. " Q.2 u. '. K E. R a

. I n x ooo n~a en~ s. ~ ..n ooo

o. o.
n. o. n

~. g O. o. N. N.. . N. - m e. g N ~~. g. gg g n ' 8 8. " n.2 " $. 2. : a. ~ 8. R. " ". *.

  • 88. RMS g

i j j; 5 = 9 0 8 8.. - nn- .~m a" aa" 88 B g n .g. ~ R-s n-. ~... 8m O.. ~ n.. 8 N -o -ne ... n e 3 en an en n. N lg'88."*.8.~82082 " A. 0 "42 '88 KER l W g_ - l' g B o 8 n --n 2 egg nuo unn -.. c.. ooo ooo..~

  • 9 y

n en 5 y y *88. a:". ::a. 2** 0 2.. *88 *88 R8* a g g; jg N W oo. .e-n.~ -n. .e-coo oo. .-~ n a

  • =

a" ~~* ~a* a*

  • 9

" ".9 w.8 I o a n 65 W w oo. .o- -.e oco ..g 0 g

a. "

~aa na gg I' gt w o.o an-n~o n 8. ~. on.

8..
  • 9 n-.

aN "9

      • El

~ -a* a yz ~ n .~ gg 5 99

a.
  • 9 *,

"a w........-.-..- .n- .e-own 1 *. a" a" ana ~~ < n es I-4 ss a w... -e ~.. n.~ n.. o.o .~e gg = 99

a. " ~~*

"aa e no g n-gg w ooo N~. ~.. N~. N~o

-.M oo.

-.NN 2 < 8 a*

  • a 9:

. =.

    • ~ 9 ~.

m. b b< 88 ~9=. ~9*. *90 ' 8,9 ' 9 9 ~ 9

  • N E.9 N N i;.y 33 n-

.I; r t Ec-t" n-- ~-- --- cl8l gq g Oc 605 1,00 105 ?S "Oc aOc 2 s e - o n e t d O. n m A 34 of 47 t,

r;;. -..; i _...--,.. _ _.. - ~ _.- -. -.-.. m. ~._ u a n c.n u - m: - -w . TABLE 4A-2 (continued) l ? W 8* 28;

    • R
  • 2 a 2 082 g'*S.S, 282 1

g; jg g ag g n g e

  • 88. '88. '88 '88
  • B. E. *88 *88 "88

~ [ *88. "32

  • M O.

2 n N. *82 "32 ' 8 8. A R. E g I *88. *88. '88 S N M. 3 R R. ' 8 8. ' 8 8. M R. A. g g 3 I. -un -~n c-. -n. O. O. n.,o.

n. o.

. N. - n ~. O. o. O. O. N~O t -j g g;

  • '88. "32 "32
  • M M. 2"8 " a.".
  • E.S. 2 0 :

g e g g . ;g 5 n.. . n .P.- ~ne n....

    • " 9 *.
    • 9 5

.., n g-n a n n - I. 3 coo ann..- "In n ~~. n 8. 9

e. -nn

.n~

a. *.

n n u lg*88."32 g

g.. l "12
  • R. R.

"32 *88 88 .- I a 5 8- ~ n Ooo...

e. c..~-

en-ooo... -n. 5

a. 9
  • a "a
a. *.
  • a. - - " ~ a.

=g.- B n n I g y *88 " a. 2

  • S. g "a; ~ 8 '88.
  • 88. OO a

g g. g. 5 N *88 a82 " S. *. *a

  • 88 *88 8 8.
  • R.R.

g a. - I. i w eOO ** N en NO .~- OoO OOo OOO -P.' u a a.

  • 9 a*
  • a.
a. a.

"a1 un n n. ~~ EE 88 "#8 *2: " s. 2 88 *88 *88 " 0 E. g g w -g g d w-ooo ooo ooo -un -un ooo g g oog u.o 5 < a a *.

  • 1

~ f 8 88 ~Ea 88 88 88 88 8 8. ~ "

  • bb t

o.. -~. -~n ng. -~n o.o .~~ -.I E < 8

a. a, a a.

a =, a o.

a. a.

""a-

w. -

n < b OOO ..*4 ooOe- ~,n., N.O e g,. - N tm ~P.. ga -e a ,f BB 'I E t a n, ~- 0-go g Oc 60".,0c 705 705 "O" "05 05 a u e .s n m ~ a LL 4 0" m 35 of 47 I --m -w*=--1

. :.m:;.., ...:.~ .w.. a...~. ~ =,. u a_ n .a.-. =, ~ ,i.~ I TABLE 4A-2 (continued). W '88 *:

mas 800 *: ~ 2. :. cas y

a. y p p a. al *88 '88 *88 *88 '88 *88 *88 *88 R [ *88. *88. ~2.. ";

  • 88. '88 ' 8 8. " A s.

t I. I I *88 '88. ":2 2 2 M. a. " 8 8.

  • 8 8. : a.

R a I ,2 [ *88. *88. "y~2

  • ng *8: *88
  • E.E.

8 3 g g. x. ~ '88 *88 *: : n 25: *88 *88 888 - l.) g *88. *88

  • n N

M -.4

  • 2m. *g#
  • 8a. *88. 80 2

g g; g x. [ j a '8,8.

  • 88

"-2 "qs *S.; '88. qq *qq g a n , ll"88.".."3*

  • 88 *88 *88. "28 l

"2 g. g"*88 8 8. " A. 9 ". 9 88 88

8. 8
  • 8. 9 h

!, s *88

  • 88 "8.4 -8.4 *88 ";; *88 *s8 3

= E

  • 8 " 4 8. ":

"88 '8.9 *88 "44 *88 "s* 5 1 o ~ g-E B *88 88 ~;9 ":

88. *88 "88 "s" d

" *88. *88. *88 *88 *88 *88 8.8.

  • 8 8 gg

,nkNg

88. *88. ~28 *88 88 *88
  • 8.8. " 2 0. n$ $

i ,n n 3 CC l-a W '88 ~20 "88 *88 "88, *88

88. "32 55 mm M

88 8 "8 '88. '88. '88 *88 *88. *88. *88. *88 g g b 8

  • *88 "88 *88 ~20 '88 *88 '88. -.. YY 5

bb l =u ~ --.-- ~~. nn-li 00 000 Ie O U YOU 700 YOU "UD 00 .l o 8 8 c g .e On 36 of 47

< 1 o. x~ -.. ~. A h B; TABLE 4A-2 (continued)-

Q y

d 888 -288 gSS *$8 SER 2": #88 n "88 ie "is in "di "si a a R i.s. L

  • 88. '88
  • 8 8.
  • E.S. ' 8 8.
  • 8 8. ' 8 8.
  • 8 8 v

S~e~e g o. .a e. n.e 8. en. r >. ~ n.< eo. nn ~. o o 8. o. n n. e. e. - e. e. n,~ nnu E "88. "".*. "88 8,8 8 8 8 8 " 8 8. " 2. ". 3,53 aa 'E-a 8 8. ~ n n**e. R ~ aoa ee o- <<<... ann 8 J 9.-: a

  • a.

o en 2 4 nn un me. oo. e

  • * :: g g '

~nn mee g a.. e-- ~.. 2 oog a" "a ~ 5 x ooo e- ~nn naa e.. e eee ennn *. *, E y

  • a.

~ nn B nn

l.-

aun enn ~ g "o ame oom ~e. g -ce "" """ * * * *. 2 *. *.

  • a. -

~ em

e. ~

ao 5 g mee enn ce -.. nee ooo... oog ..k.. un em e ~ 'e OOo ne. Ooc ~NN n P. ~ O00 ooO N<<- 5

  • a.

9- " " ". "

  • a. ~e9 g

..E b 5w ooo see on, l enn enn ooo oaa ese - g-s , a se "~-",e "*e ee s e * *. *. a ~~ nn u 5 '* w ee. .~~ ~oo -un ee. ooo ooo n<< es:

  • a.

8

    • "** *19 a.

s a. nn <.e a m$ M" e se nn """. "se e* es "*e me w ooo e-- e. .~~ ~e. -ce oo.-~,e ,, n.-mm ~ W ODO

  • e.

~oO Occ ese enn., e e.<< - ** 8

a. *.

9" 2 *.

  • 8e w2 ce m a U"

~ ~ w ooo naa eco noe me. e-- see na. 65 8Q n ao ~~ nem n-- nn un-.nn a I g se -me es.e. "*.*. -se se se,--, Q w ooO -~~ NeO e-- NNn -ee OOO ce gg c....~ .cc n.. n.o .ne " t E < R ee w ~1 " 8 8..~ d. a m oe.

c. e e.~

-oo nme ~ M 8

  • a.

&y gg nn 1 "Oc"OcE--l8* 5 t n-- n-- cc 1 go g Oc 605 1,05 705 705 8 e e = e n =g g y t C3 c l E .s 37 of 47 E:

~... :c~...

a...... :.n.z:: =a. :.:=.u - . = - 1 'l TABLE-4A-2 (continued) I W '88 *88 :UR a:n 7 8 238 ::R 288 e ' "ga g i' fa ga sa

  • 88 *28. *88 *88 *88 ' 8 8. ~
  • 8 8.
  • 8 8

'~ g '88 *88. "88

  • a t. *RA. "R8. "88 03. :.

g a 5 E'

  • E 8 *88 "R8
    • A '8s 02R "R8 80:

a' f-i' J' ga R 2 -l

  • 84 "a

'8" g g-8 l *88 '88 "88 "8: a i-ga a-

  • 88.
  • 8.8 *88 ~88. "R8. a 8 ' 8 8. * ! A.

R. a j 5'

  • *88 '88 *88. *88. *88 *88 *88. *88

,1 E .l I R R '8,8. *88 *88. "88. ~88.

  • 8,8,

' 8 8. " *.8 n g g l g ~

  • R. 8 *28 8 8. -
  • 8 8. " R 8. " 8 8 *88.."R8

. l j $."lEa 8

  • 88 =88 *88 *88. '88. *88. '88 *88 g

3 - IN E. ".

  • E. E.

E. E E. ". E E. E. 8 E E. E. E. h = l^ U EE E. E. E. E. E. 8. " E. E.E. E. ' E. E. " E. E.- 8. ga h E 5 E E.

  • E.

E. E. " $. E. E. E. ' E. E. 8 8. " E E. EE d '88

  • 8. 8 *88. "R8. *88 '88
  • 8 8. " R.S. g g p

_e ='e R 8 g *88

  • 8 8. '

88 " 8. 8-*88 '88 *88. *88.II , n y; 4 88 8

  • 8,8 88 ~88. *88. *88. *88
  • E. 8 "88 55 a

$m8-l' 8 8 *88 '88 "8:

88. '88. *88. *88 " 8 '. gg, g 3 g.

g $g a o

a. "*;. *88. *88 028 $$

g n _g

  • 88 *88 *a: *:

8 = l -- a a. o 3 Oo 3 $ l05 E go gfaa a nam ma= wan ema e== ean an S 60" 40c 705 700 "O" "O5 = = = c.4 3 e On 'O g 1 38 of 47 n L

~. ~..... ~ 5 .+ l I~ TABLE 4A-2 (continued) -v '88 '88 "x: m as ::qq s s.g qs, 28 ' E A R

8. "
  • 88 '88.~*88 '88 *88. '88 *88. '88

[ *88. '88 ' 8 8. * ". " R ". '88. '88 " : M. l j E *88. *88 "R.0. *88

  • R 2,
  • R*
  • E. E. *20 j

j. j g 5Il 8 l *88 *88

  • 8,8,

""2 ",G. A. " R R.

  • 228 g

.g g g g. ga e n g e

  • 88 *88 *88 "RS *8R "R*

"88.*27 g I ~ n 5 r '88. '88 *88. *88 " 8. *88. *88 "8 i g g ~ ~ E'*88 *88

  • E. 8 " R. F. " R 0. " R. R. *88 "R:

g" j. lg"88 *88 *88 88 *88 *88

  • 88.
  • 88 l

.t I 88 8 8. ~ 8 9 88

8. a.

88 ~89 f f c . B " 88 .h 5 s "88 *88 *88

  • E. 8 *88 "88 88 *88 i-l 1

e I h E 88

  • a. "9*, ~99 ~99 88 88 *EE 8

a a n h E 88 98 88 ~ 9 *. 88 *88 88 ~99. EE 88 88 *88 88

88. *88 88 *88 g

-n k N g '88 *:8 *88 " a. s. ' 8 8.

  • E. 8 '88 " A s. IE

,n nn I-. 4 QQ a W *88

  • E. E.
  • 88 *0

'88. *88 *88

  • s. 55 1

E [ *.8

  • 88 88 *88 *88 *88 *88 *88 u.I g g o <

88 88 88 ~99 88 88 88 " 9 *. Y N 8 E. 8 E bb ~ = e n-- ho 00 000 le U U YOU 700 700 "OU 00 0 2 8 N L t d a A1 o J m 4 Oc \\. l 1 i ^I. \\ l l:o l '. 39 of 47 b -=

p .j . ~. I TABLE 4A-2 (continued) I W '88 '88 2*K KRC Es2 "$2 28R 28R I y g' f' ga i' f' g' d j .I '88. *88. '88

    • 8. '88. '88. '88. '88 I

i i I i

  • B. E. ' 8. 8. " R 8. " S. ' 8 2 *88.

'8.8. "$2 g g E '88. '88. *$2 ' 8 2. " g %. "R8. "R2 *28 8 s g g g g 8 I R g '88. '.88. *n:;."42 *:8. "4C. *:2. A 8 g 3

  • '88. '88. '88. "8: " 2. "R8. '88 280 I

e g. g g g i 5 g '88. '88. *88. "na."g.8 ans. '88. *82 g g I R '88. "88. '88. "R8. "8*

  • E.t. ' 8 8. " R Q g

~~ g g. g. lg*88.'8.8.'88.'88.'88 " '88 " n.. l I g. B " '88. '8.8. '8.8 '88. '88 '8.8. *88 '88 g 8 2 g I '8.8.

  • 8.F. "20 ' 8 8. " n. 2 *88. *88. "R8 l

, n g g s 0 .S N

  • 8 5,
  • B.E. ' 8 8. " S.8.
  • A.t. " d.8. ' t.B. J S.C.

[ g

  • 8 8. * %.8.
  • K.8.
  • E.F.
  • F.F. ' 8. 8.
  • 8.S. ' 8 8. a m i

"

  • 8 8.
  • t. 8. ' 8 8.
  • E. S.
  • tf. 2
  • B.8.
  • P 8. " 8. 4. g g gg

,= 2i g

  • c.8. *s.t.

se. *.88.

  • n.

8:

  • 8. 8 as.,[2

,n 5 t; " S. 8

  • 8.8. ' 8 3 "; G. ^* S. 8
  • 8. 8.
  • 8. 8. " n G g~,

g a g I y, E [ '88. '88. "as. "R8. '88 ' 8 8.

  • E. 8. a t :

a a g. 8 8

  • 8 8.
  • 8. 8. " E 8. " E 8.
  • 8 8
  • 88. *E8
  • 8.
  • N Y 9s 85 a

. I l.. l u-- U g . I LL 4 2 "3 n I 40 of 47 1 -. - -. -.. - ~

i: ~ I Ll TABLE 4A-2 (continued) e I v n x :::

saa gs:

y a-aa ga ga ga ga gg I I g

.. at.:. aa.n. **..
. ex: ~ =. =. :::

a E i ' 8. s. *

  • 99 *.; 8 2 :Rs. :;* !!;s x

I 3 nas:n

n a

1 -:p :a: ca a a-aa ua aa ga g l =:

= ::= ::: -: ::

I a-aa aa a-ga g g

.. ac.a. ens. ::,:; -ex.
.. as,e g

a a I ^ a:..

.. ex: : x :ss. "z.. ::g:

l a. g g I lg*..*.."R..**;.

R. " R.e. a s.s. a : :

l k E. I. I, " k S. " E. E. " k. " E. $ " E. $ I.k I l8l a : 53 es

,29; -a.; ~s; as; 2

. I g-d H *.s. 99 "*:. 's.: ' s. t. "u. * : s '_; E ~ e se

r. 7

.. - :.. - :.. a s,: a s.s. 3.:. *.n, g g E 8 *.8 s.E "E9 "90.

  • .t, 3,3, 9Q *qq

- g

a

,a ss. ns =- ss w. <.s; a e g I g, [

.. "2..

"R.e. *..

  • S.:. ::s. ll' a

sa -== t;

=== WW I. Es at C

=. a:n ?.:.n. :4.n 4.n. 4.a :::..g:.c g.,. -[

u.. s eA LL I n .I. I 41 of 47 e

= .. 2 h I TABLE 4A-2 (continued)* I i I W*

  • 2
  • R:: ::: 02: g:2 i

g Wa .4 -'d g ;' l g gg f4 44 I g *.:. ".. ax.:. *:.n.

. *.
. *.. : 6 g;

a*: - a.:. * :.. m : : ::: *: -: ::: a ,. g g i *.s. "5- ":9 n99 09.,3. ~2: 299 5:9 g l e a = -a: *:n

n"x ::: an: :::

I a aa sa sa 1g's.:.-.:.".=.:a:=:.a: s l

a. *..

g gg I A

  • 8 8. ~
  • 9 9 9 8 9 8 3 9 5 288 *88. E92 E

^ .e 2 I lg*..-.:.*.:.::.s.:a:.m:. - a.. l

g I.

E a 8 i

  • a;;: a ;;n. a : : :: c. a. *. :. " :. n. : :. :.

g l lg N *88 " 2 8. ' :

  • 9 ~;8 *E:. "#8 " t. "

5 '2. 9 " E. "9 9

  • E E " 6 9 * *. I. A E. E.h.

N *88 o 48 y

  • S S. " C. :.

.. * =. c ';; 3. " A. C.

  • 8

,u a

D g
    • * :.. ";;: *:0 - 2 R. * :3. a : n. d J.. O R, A. g g a

e R [ *.. E. s. *. ". 2 R. ~ 2. :. *: 0. * :.* r. p I$ ,g g a ; 7, .I S . O. Y.. Y. N. . N. hh,.g I g3 [ *.:. ~*.:. "a.t. "%.:. "a.;. *:.2 !!.L. ::;p t,. p. + e "A.s. "R.. ".2. -2.:. *: - 2. :. ::#.R dd a I 5 bb Eg :s -- --- ~~-.--.--.-- 05 605 acc ?:S 705 ?S "Oc Oc = s "4 .' = I n - ~. I 42 of 47

....._..._.~.-....s I l TABl.E 4A-2 (continued) I v -: 2xs x x:x aan m:: i g i-ga ga ga a "gg I l h I. g

.. a a n.
.. a a n.

a a _I I ' 8 8. ":.: "M* :88 "99 ":.. **.8 288 m e 3 3

.. "q:.
.:. ::x. :,:. aan.

g x a a = -:

  • n. :,:. an:;.
.. x::

[ a g = -c=.

.. n:

I E 4 g gg l gIla-:

::n ::s. g:. ":: :::

s g [ *.. " :.. " :.:. " a n.

  • c. :. ".. " :. :.
, s. l I

u b "!

  • R
  • s: :: *.

2 ". :. g 8 lgg g. N "88 ~

  • E " *.. " 9 ' c a. ; ~ ~.
  • 88 88.9 l

f 8 N

  • 8.8. *88. ".9 ".9
  • 8.8.
  • 88
  • 3. 8. " E E.

8 I g-a u ";;

.a
a
!

i IP s a.: gi p~~

-I

!! g. ** aq, L,S '4: 4:3, *

  • s 8d "qq EE e:

1; : g *.. *:.. .R. '.. St. *.. *.S IE ., a , g .g g g-g a. E, g a a* ~: S. *.. ~ 5.'d ~ : 0. * :. :.

  • R 5

o, g. P. t [ .. " E. : '84.>..*.."28.*..*c.:.ll, g,- g, i S.

  • a.n.Yd e

-I EE bb r g

n " a ?:n 20
n a:c 20m

~ ~$, [ U-- u-- A-- = 1 g I A LL 9 43 of 47 .I- ..e., ,y y

c t I u TABLE 4A-2 (continued) W '88 *En at

  • E" 3:3
  • t" :R 283 y

d' d' d' ga d' i' gi I

  • t.t. ' 8 8.
  • t.t.
  • I.t. ' 8 8
  • t. t. ' 8 8.
  • t. t.

3 l I *t.t. '88

  • E.t. " S.
  • R *
  • t. t. ' 8 8. " g.

. I b j. I i '33. ".. "38. " "33. " . *t.t. "R i g g g g. g. g i I [

  • t. t. a t :
  • t.t. " : S. a t "at. '88. S::

g j g j. g j. g g. g

  • E.t. ' 8 8.
  • t.t. " 2 2. at :
  • t. t. ' 8 8. * *.

g e I 5 l '88. *t.t. '88. '88 320. "3,

  • t. t. a t. t.

( g 8 ^~ n* ' 8 8.

  • t. t.
  • e l

I lIlg't.t.*t.t.*t.t."a:.*a,: g. 8 8. *t.t. *t.t. " ;. at,%. '88. *t.t.

  • 2 I
  • 8. 8.
  • 8 8. " S E ~ E S. " 8. 3
  • 8 8.
  • 8 8. " 8. 9 h.

g i 8 "8

  • S. E.
  • 8 8 *88. "20. "38. '88 *88. at*

~ I g g g g j. 2 E 6 n N '88. "88 *88. '88. '88. "AS. ";. "38 8 e g n ga ' 8. 8. ' 8 4. '* E.V.

  • t.i.
  • 8 8 '88. '88. '88. *E g,9 EE
  • 8. E. ' 8 8. ' 8 8.
  • 8 8. ' 8 8.
  • 8 8.
  • 8. 8.
  • t. B. g g

,g 89 g ' 8. 8.

  • E.S. ' 8 8. ' 8 8.
  • 8 8.
  • 8 8 *88."88.IE.

.. n c. I l' 8 W '8.8. ~22. *88

  • 0 3. ' 8.8.
  • 8 8. ~ 2.. " 3 S.

a 8 l *88 " 8 8.

  • a.8. * #.8. " 8 8.
  • 8 8 "E.9*E.9$$-

I' y< s. $d g

  • 8.8. " ; S. ' 8 8. ' 8 8.
  • 8 8 '88
  • 2 a3 g

g, .l E C 3 g. g Oc 605 405 ?:c rec ace ace Ec-c ~ n-- n-- n-- = 2 s E ~. a g 55

  • A it' I

44 of 47 I

a m _ _... _ _ _.. - _ ~...... - _... _,,.. _. _ _ _.. _.. _. I I i TABLE 4A-2 (continued) I I W '88 822 22 R:: g:'t R: 333 888 g a a ~ ~' **

  • g' g g g
  • g' g " a a a ' g' l

g '88 '88 '88 '88 '88 '88 *88 g*B8 l I [ ' 8. 8. " 8 8. " R.R. N"". aaR R U E. A. "0.0 230 i '88 ":: 299 0&s *RO 224 USE yR2 } aa aa aa aa 55 s I 8 g '88 *RR 288 c:= 22 :xx ::: saa a i aa a a a a i.- aa gg g e '88 "20 *0n 388 222 att cAA OCR da "di aa "a; I 5 )

  • 88. ":.:. 2x.x. 82: ::3 22: *88 222 gy e,,

I A '8.8."99 255 288 S;3 2;* E88 l ~ ~~

= : s s s.s. ~ 8 8. : :; :;

l g l g *88. ~8.8. a:: aa

  • 88. *;2
  • 8 8 0;$ A 8.8 26 E 288. # #.R E

g Y R a -88

=;; =;; x
;
;;
aee I

8 nn r o e! 5, u

  • t. s. " * *
  • R. R. Y T S a t. t.,

S. " 9 8. i,2. ;n g 8

  • E 9,

y

  • 8.A.

"8.8. .n. RE.X. Ad.s a::: a::. 27: I aa e, Th g "3.W. *t:

  • R. R. # R..
  • R. R. ^ n. "88 02n g;,

E,N g " 8.8. " S $.

  • R. R.

228 " P. :. " ;. n. " n.a. A n a E S ,,; u ,c 2 ". :. S a c R A x. ', n ,I: ~. 4 W " 8 3. # 2..

  • a. a. r M. C. *. 2 g

g.

  • 0. *. 2 0 0 7 C. ;r.

8 y *28 *:: *:.. " r. !!. *: gg 8 8 8. ';; 088 8** 88 *;; 8%.; NN I EE bb Ee --.-- ~-- ---.--.--.-- g.- g " 40" 40" ?"5 7"" "5 "Oc Oc y S I N W EE I 45 of 47 I. f

.._....__..c I 5. OFF-SITE DOSE CALCULATION MANUAL REVISIONS The PNPS Off-site Dose Calculation Manual (ODCM) was revised once during the time frame of July - December,1989. This update changed the ODCM l I revision number from Revision 2 to Revision 3. The primary reason for the revision to the ODCM was to incorporate methodology from NUREG-0133 for calculating liquid radwaste monitor setpoints. In addition, other NRC recommendations identified in TAC No. t 69867 (Reference 5) were addressed. Other items included wording clarifications in a number of sections, addition of three TLD sampling I locations to the environmental monitoring program, and correction of a t typographical error that was originally corrected via an errata memo, Details of the specific changes are provided below. Cover Paaes - Changes made to reflect responsible division and approval signatures. Preliminary Pace 'ii' -l' - Updated record of document changes. Pace 12: Section 3.3.2 - Provide wording clarification describing liquid effluent analyses. I Pace 14: Section 4.2 - Provide wording clarifichtion regarding projecting monthly effluent doses from liquid effluents. This response addresses NRC concern / recommendation No. 15 in TAC No. 69867. Paces 32 33: Section 6.1 'a - Revise e tire section regarding liquid effluent waitor sstpo ht to l Lg reficct methodology ie NUREG-0133. This response addresses G.C. concern /recranandation No.12 in TAO No. 69667. dA. siLS1111E,4.1 I3ble 7-1 - Revised table of TLD iocations to reflect three new locations (P26, P27, l P28) in the vicinity of the public boat launch that were added to the I l environmental monitoring program. Pace 49: Sec11gttldL.Jithle 7-5 - P.ovised table of vegetation ev>nitoring locations to reflect removal of a m garden et the Maingren residence, which is no lor,ger available, from the lg sampling program as identified in the 19S8 Land Use Census. ll Paae 57: Section 8.1 'W - Provided wording clarification describing the liquid radwaste system. Pace A-3: Accendix A. Table A-3 - Provided wording clarification to reflect the Discharge Canal Outfall as the location of harvest of aquatic foods used in calculations. This response addresses NRC concern / recommendation No. 5 in 7AC No. 69867 l regarding mixing ratio values. - Changed the mixing ratio for the Pilgrim Station Recreational Area from i 0.5 to the correct value of 0.05, as previously corrected via memo PSD I 88-413 (RED 88-119). 46 of 47

7 I f 6. REFERENCES 1. U. S. Nuclear Regulatory Commission,

  • Measuring Evaluating, and f

Reporting Radioactivity in Solid Hastes and Releases of Radioactive i Materials in Liquid and Gaseous Effluents from Light-Water-Cooled Nuclear Power Plants", Regulatory Guide 1.21,-Revision 1. December 1974. 2. C. S. Goddard memorandum CH90-66 to B. Mcdonald, " Effluent and Haste Disposal Semiannual Report (Reg. Guide 1.21 Report) for the Second l Half of 1989", dated February 15, 1990. 3. D. P. McCloskey memorandum CRH90-34 to L. E. Whittenberger, " Effluent I and Haste Disposal Semi Annual Report Reg. Guide 1.21 (Table 3)", dated February 13,1990. 4. T. A. Messier memorandum to K. J. Sejkora, "PNPS 3rd and 4th Quarter 1989 Met Data JFD Tables," dated January 29, 1990. 5. D. G. Mcdonald /USNRC letter to R. G. Bird, " Review of the Off-site I Dose Calculation Manual, Revision 2. Pilgrim Nuclear Power Station," Docket No. 50-293, dated February 13, 1989. KJS/ jew /cjg ID# 2846 g l

g j

I I I 47 of 47 -}}

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