ML20100F860
| ML20100F860 | |
| Person / Time | |
|---|---|
| Issue date: | 03/31/1985 |
| From: | Brooks B NRC OFFICE OF NUCLEAR REGULATORY RESEARCH (RES) |
| To: | |
| References | |
| NUREG-0713, NUREG-0713-V05, NUREG-713, NUREG-713-V5, NUDOCS 8504050287 | |
| Download: ML20100F860 (128) | |
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NUREG-0713 Vol. 5 1
Occupational Radiation Exposure at Commercial Nuclear Power Reactors 1983 Annual Report U.S. Nuclear Regulatory Commission Office of Nuclear Regulatory Research B. G. Brooks pa arcoq E
4 Ogo40 850331 0713 R PDR
o NOTICE Availability of Reference Materials Cited in NRC Publications Most documents cited in NRC publications will be available from one of the following sources:
- 1. The NRC Public Document Room,1717 H Street, N.W.
Washington, DC 20555
- 2. The NRC/GPO Sales Program, U.S. Nuclear Regulatory Commission, Washington, DC 20555
- 3. The National Technical Information Service, Springfield, VA 22161 Although the listing that follows represents the majority of documents cited in NRC publications, it is not intended to be exhaustive.
Referenced documents available for inspection and copying for a fee from the NRC Public Docu-ment Room include NRC correspondence and internal NRC memoranda; NRC Office of Inspection and Enforcement bulletins, circulars, information notices, inspection and investigation notices; Licensee Event Reports; vendor reports and correspondence; Commission papers;and applicant and licensee documents and correspondence.
The foHm.ving documents in the NUREG series are available for purchase from the NRC/GPO Sales Program: formal NRC staff and contractor reports, NRC-sponsored conference proceedings, and NRC booklets and brochures. Also available are Regulatory Guides, NRC regulations in the Code of Federal Regulations, and Nuclear Regulatory Commission Issuances.
Documents available from the National Technical Information Service include NUREG series reports and technical reports prepared by other federal agencies and reports prepared by the Atomic Energy Commission, forerunner agency to the Nuclear Regulatory Commission.
Documents available from public and special technical libraries include all open literature items, such as books, journal and periodical articles, and transactions. Federal Register notices, federal and state legislation, and congressional reports can usually be obtained from these libraries.
Documents such as theses, dissertations, foreign reports and translations,and non-NRC conference proceedings are available for purchase from the organization sponsoring the publication cited.
Single copies of NRC draft reports are available free, to the extent of supply, upon written request to the Division of Technical Information and Document Control, U.S. Nuclear Regulatory Com-miscon, Washington, DC 20555.
Copies of industry codes and standards used in a substantive manner in the NRC regulatory process are maintained at the NRC Library,7920 Norfolk Avenue, Bethesda, Maryland, and are available there for reference use by the public. Codes and standards are usually copyrighted and may be purchased from the originating organization or, if they are American Nationa' indards, from the American National Standards institute,1430 Broadway, New York, NY 10018.
GPO Printed copy ?nce: $5.00 t
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NUREG-0713 Vol. 5 Occupational Radiation Exposure at Commercial Nuclear Power Reactors 1983 Annual Report Minuscript Completed: October 1984 D:ts Published: March 1985 B. G. Brooks Division of Radiation Programs and Earth Sciences Office of Nuclear Regulatory Research U.S. Nuclear Regulatory Commission Washington, D.C. 20555
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PREVIOUS REPORTS IN SERIES 1.
T. D. Murphy, "A Compilation of Occupational Radiation Exposure from Light Water Cooled Nuclear Power Plants, 1969-1973," USAEC Report 2.
T. D. Murphy, C. S. Hinson, " Occupational Radiation Exposure at Light Water Cooled Power Reactors, 1969-1974," USNRC Report NUREG-75/032, June 1975.
3.
T. D. Murphy, et al, " Occupational Radiation Exposure at Light Water Cooled Power Reactors, 1969-1975," USNRC Report NUREG-0109, August 1976.
' 4.
L. A. Johnson, " Occupational Radiation Exposure at Light Water Cooled Power Reactors, 1969-1976," USNRC Report NUREG-0323, March 1978.
5.
L. A. Johnson, " Occupational Radiation Exposure at Light Water Cooled Power Reactors, 1977," USNRC Report NUREG-0482, May 1979.
6.
B. G. Brooks, " Occupational Radiation Exposure at Commercial Nuclear Power Reactors, 1978," USNRC Report NUREG-0594, November 1979.
7.
B. G. Brooks, " Occupational Radiation Exposure at Commercial Nuclear Power Reactors, 1979," USNRC Report NUREG-0713, Vol. 1, March 1981.
8.
B. G. Brooks, " Occupational Radiation Exposure at Commercial Nuclear Power. Reactors, 1980," USNRC Report NUREG-0713, Vol. 2, December 1981.
9.
-B. G. Brooks, " Occupational Radiation Exposure at Commercial Nuclear Power Reactors, 1981," USNRC Report NUREG-0713, Vol. 3, November 1982.
10.
B. G. Brooks, " Occupational Radiation Exposure at Commercial Nuclear Power Reactors, 1982," USNRC Report NUREG-0713, Vol. 4, December 1983.
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ABSTRACT This report presents-an updated compilation of occupational radiation exposures at commercial nuclear power reactors for the years 1969 through i
1983. The' summary of the data' for calendar year 1983 is. based on information
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received from the 75 light-water-cooled. reactors (LWRs) and one high temperature gas-cooled reactor (HTGR) that had been declared to be in commercial ~ operation for at least one full year as of December 31, 1983. This t
represents an increase of'one reactor over. the number contained in last year's report. The total number of-personnel monitored at LWRs in 1983 was 136,700, a slight increase.from that found in 1982'(129,300). The number of workers that received measurable doses during 1983 was 85,600 which is about-1,000-more than that found in 1982. The total collective dose at LWRs for 1983 is estimated to be 56,500 man-rems (man-cSv*), which is about 4,000 more man-rems (man-cSv) than that reported in 1982. This resulted in the average annual dose for each worker who received a measurable dose increasing slightly to a,
0.66 rems (cSv), and~the average collective dose per reactor increasing by about 50 man-rems-(man-cSv) to a value of 753 man-rems (man-cSv). The j
. collective dose per megawatt-ycar of electricity generated by each reactor also increased slightly to an average value of 1.7 man-rems (man-cSv) per megawatt-year. A brief discussion about the health implications of these annual occupational doses is also provided.
The report also presents a summary and some analyses of the exposure data contained in the " termination reports" that have been submitted to the l
Comission by nuclear power licensees pursuant to 10 CFR 920.408. As of December 31, 1983, personal identification and exposure information had been '
collected and computerized for a total of 280,000 terminating reactor personnel. Analyses of-these data indicate that, in 1982, some 56,500 individuals completed their employment with one or more reactor licensees.
About 2,000 of these individuals were quarterly transient ** workers who
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incurred an average dose of. 0.40 rem (cSv), 'and some 4,500-individuals were yearly trar.sient** workers who incurred an average. dose of 1.11 rems (cSv).
The collective dose (about 5,000 man-rems (man-cSv))' incurred by. the yearly transients constituted ten percent of the total collective dose calculated for i
1982. The termination data reported in 1983 have not yet been completely-computerized;;therefore, such analyses for transient workers in 1983 were_not-available for presentation in this r.eport.
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- In the International System of Units,' the sievert (SV) is the name given to i-
-.the units for dose equivalent. One centisievert (cSv) equals one rem; there-i fore man-rems become man-cSv.
I C* Transient workers are those workers who begin and end their employment or
. ork assignment at two or more different licensed facilities within one w
calendar quarter?(quarterly transients) or one calendar year -(yearly.
l transients). -
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CONTENTS Pagg ABSTRACT................................
iii PREFACE................................
viii ACKNOWLEDGEMENT............................
x 1.
INTRODUCTION...........................
1 2.
SUMMARY
OF OCCUPATIONAL MONITORING DATA AND POWER GENERATION...
2 2.1 Definitions of Terms and Sources of Data...........
2 2.1.1 Number of Reactors..................
2 2.1.2 Collective Dose....................
2 i
2.1.3 Collective Dose by Work Function and Employee Type..
2 2.1.4 Workers with Measurable Whole Body Doses.......
6 2.1.5 Electric Energy Generated.
6 2.1.6 Collective Dose per Megawatt year...
6 2.1.7 Average Rated Capacity................
6 2.2 Average Annual Occupational Doses..............
7 2.3 Plant Rankings by Collective Dose per Reactor........
12 3.
ANNUAL DOSE DISTRIBUTIONS.....................
16 3.1 Annual Whole Body Dose Distributions.............
16 3.2 Dose Distributions by Work and Job Function.........
19 3.3 Health Implications of Average Annual Doses.........
23 3.4 High Temperature Gas Cooled Reactor.............
24 4.
TERMINATION DATA SUBMITTED PURSUANT TO 10 CFR S 20.408......
25 4.1 Termination Reports, 1969-1983................
25 4.2 Limitations of the Termination Data.............
25 4.3 Transient Workers per Calendar Quarter............
26 4.4 Transient Workers per Calendar Year.............
27 4.5. Temporary Workers per Calendar Year.............
32 l
S.
OVEREXPOSURES TO RADIATION....................
33 REFERENCES...............................
35 APPENDIX A - Personnel, Dose, and Power. Generation Summary,. 1969-1983..
37 APPENDIX B - Annual Whole Body Doses at Licensed Nuclear Power Facilities, 1983.....................
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APPENDIX C - Number of Personnel and Man-Rems by Work and Job Function, 1983......................
65 APPENDIX D - Occupational Doses at Foreign Reactors..........
119 v
CONTENTS PaSe TABLES TABLE 1 Summary of Annual Information Reported by Commercial Boiling Water Reactors, 1969-1983..
3 TABLE 2 Summary of Annual Information Reported by Commercial Pressurized Water Reactors, 1969-1983............
4 TABLE 3 Summary of Annual Information Reported by Commercial Light Water Cooled Reactors, 1969-1983..
5 TABLE 4 Boiling Water Reactors Listed in Ascending Order of Man-Rems per Reactor, 1979-1983...............
13 TABLE 5 Pressurized Water Reactors Listed in Ascending Order of Man-Rems per Reactor, 1979-1983..............
14 TABLE 6a Grand Totals and Averages for Light Water Reactors Listed in Ascending Order of Man-rems per Reactor-year, 1969-1983 15 TABLE 6b Grand Totals and Averages for Light Water Reactors Listed in Ascending Order of Man-rems per Reactor-year 1969-1982..........................
15 TABLE 7 Summary Distribution of Annual Whole Body Doses at Commercial Light Water Cooled Reactors, 1969-1983..
17 TABLE 8 Annual Collective Dose by Work Function and Personnel Type, 1983......
20 TABLE 9 Percentages of Annual Collective Dose at LWRs by Work Function, 1975-1983.....................
21 TABLE 10 Annual Collective Dose by Occupation and Personnel Type, 1983.
22 TABLE 11 Annual Whole Body Doses at Fort St. Vrain, 1974-1983.
24 TABLE 12 Termination Reports Submitted for Reactor Personnel, 1969-1983..........................
26 l
l TABLE 13 Transient Workers per Calendar Quarter at Nuclear Power i
Facilities, 1972-1982....................
28 TABLE 14 Transient Workers Per Calendar Year at Nuclear Power Facilities, 1977-1982....................
29
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TABLE 15a Actual and Compiled Dose Distributions of Transient Workers l
per Calendar Year at Power Reactors 31 vi
CONTENTS (continued)
TABLES (continued)
Page TABLE 15b Effects of Transient Workers on Annual Statistical Compilations.........................
31 TABLE 16 Annual Whole Body Doses Exceeding Five Rems.........
32 TABLE 17 Temporary Workers Per Calendar Year.............
32 TABLE 18 Overexposures at Power Reactors, 1971-1983..........
34 FIGURES FIGURE 1 Total Annual Collective Doses and Number of Workers at Commercial LWRs, 1969-1983.................
8 FIGURE 2 Total Annual Values at LWRs, 1969-1983............
9 FIGURE 3 Average Annual Values at LWRs, 1969-1983.
10 FIGURE 4 Average, Median, and Extreme Values of the Collective Dose per Reactor, 1973-1983.................
11 FIGURE 5 Cumulative Percent of Annual Individual Doses, 1982 & 1983..
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PREFACE A number of nuclear power plant personnel have inquired as to how occupational radiation exposure data (from reports required by the NRC) are used by the NRC staff.
This is a very appropriate inquiry that may be of importance to many affected licensees.
In combination with other sources of information, the principal uses of the data by the staff are listed in this preface.
In general, the data provide facts regarding routine occupational exposures to radiation and radioactive material that occur in connection with NRC-licensed activities, including individual and collective radiation doses from external sources as well as pertinent information on the inhalation of radioactive material (nuclides involved, bioassay results, exposure magnitude, etc.). These facts are used by the NRC staff as indicated below:
1.
The external-dose data permit evaluation, of the radiological risk asso-ciated with NRC-licensed activities, including the size of the workforce and the collective dose.
2.
The data permit evaluation, from the viewpoint of trends, of the. effective-ness of the overall NRC/ licensee radiation protection and ALARA efforts.
They also provide for the identification (and subsequent correction) of unfavorable trends.
3.
The data provide for governmental monitoring of the potential transient-worker problem.
4.
The data are used in the establishment of priorities for the utilization of NRC health physics resources:
research, standards, development, regula-tory program development.
5.
The data are considered in reviews of inspection frequencies that are pro-grammed for various categories of licensees.
6.
Licensing action decisions are often influenced by the data.
7.
The data are used for comparative analyses of radiation protection per-formance:
US/ foreign, BWR's/PWR's, civilian / military, plant by plant, nuclear industry with other industries, etc.
8.
The data permit analysis of annual dose distribution changes which can trigger investigations as to the cause.
9.
The data are used for purposes of justification in the annual budget process.
10.
The data provide facts for evaluating the adequacy of the current risk-limitation system (e.g., are individual lifetime dose limits, worker population collective dose limits, requirements for optimization, etc.,
needed).
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- 11. The effectiveness of dose-reduction measures is evaluated using the data (e.g., methods for reducing individual doses that may increase the collective dose).
- 12. The data provide facts for answering Congressional and Administration inquiries and for responding to questions raised by public interest groups, special interest groups, labor unions, etc.
13.
The data permit comparisons of occupational radiation risks with potential public risks when action for additional protection of the public involves workers exposures.
14.
The data provide information which can be used in the planning of epidemiological studies.
With regard to routine work place conditions, the annual statistical summary reports required by S 20.407, the termination reports required by S 20.408, and the annual dose data reported by work function in accordance with Subsection 6.9.1.5 of the standard technical specifications provide the only centralized data based available to assist the staff in the performance of its duties as listed above.
It is to everyone's advantage if these duties are performed by a well-informed staff in the light of factual information.
Beginning with the next report in this series (1984 data), we plan to expand the data analysis sections in an effort to provide for additional practical applications.
Suggestions for advanced analysis of this type are invited.
4-Rober E. Alex nder, Chief Occupational Radiation Protection Branch Division of Radiation Programs and Earth Sciences Office of Nuclear Regulatory Research ix
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ACKNOWLEDGEMENT The author wishes to acknowledge the many contributions that Mrs. Mary P.
Feezell, Senior Programmer / Analyst at Martin Marietta Energy Systems in Oak Ridge, Tennessee, has made to the management and development of the NRC's Radiation Exposure Information and Reporting System (REIRS).
Without the benefit of her patience and expertise during the past 10 years, the annual reports (NUREG-0713 and NUREG-0714) that summarize and analyze the exposure data contained in REIRS would not have progressed to be the comprehen-sive reports that they are today.
Mrs. Feezell. died August 23, 1984.
Her vitality and talents will be sorely missed by the author and her associates at the NRC.
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X
OCCUPATIONAL RADIATION EXPOSURE AT COMMERCIAL NUCLEAR POWER REACTORS 1983 1.
INTRODUCTION i
In 1974, the NRC staff began changing the technical specifications of operating nuclear power reactors to require the submittal of an annual report that'indi-cated the number of individuals exposed and their cumulative annual doses, categorized by type of personnel, work function, and occupation.
(The format for reporting is contained in each plant's technical specifications and is similar to that shown in Appendix C of this report.) To obtain data for previous years, reactor licensees were requested to provide similar information for each year since 1969 in which they had a unit in commercial operation.
In every instance, an estimate of the total collective dose incurred by all individuals monitored during the year was provided; however, the number of workers who received measurable doses could not always be determined.
The information given in Appendix A is therefore not complete for all plants for the years 1969 through 1972.
On February 4, 1974, 10 CFR S 20.407 was amended to require licensed nuclear -
power utilities, among other licensees, to submit an annual statistical report indicating the distribution of the whole body doses of all individuals mon-itored at each facility.
Thesa reports (see Appendix B) allow an estimate to be made of the total collective dose and indicate the number of workers receiving measurable doses. The collective dose and number of workers obtained from these reports were used throughout this report (except for Tables 8, 9, 10 and Appendix C) for the years 1973 through 1983.
Plant operating data, such as plant capacity and megawatt years of electricity generated, were obtained or derived from data included in various issues of the " Operating Units Status Report," (Ref. 1), and from the report "U. S. Cen-tral Station Nuclear Power Plants, 1976" (Ref. 2).
This report and each of its predecessors summarizes information reported during previous years.
However, more plant-specific data, such as the annual reports submitted by each plant pursuant to 10 CFR S 20.407 and their technical specifications, may be found in those documents listed on the inside of the front cover of this report.
Additional operating data and statistics for each of the years from 1973 through 1981 may be found in a series of reports,
" Nuclear Power Plant Operating Experience" (Refs. 3-10).
These documents are available for viewing at all NRC public document rooms, or they may be purchased from the National Technical Information Service, as shown in the Reference section.
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2.
SUMMARY
OF OCCUPATIONAL MONITORING DATA AND POWER GENERATION 2.1 Definitions of Terms and Sources of Data 2.1.1 Number of Reactors Tables 1 through 3 provide summaries of the plant data given in Appendix A for boiling water reactors (BWRs), pressurized water reactors (PWRs), and all light-water-cooled reactors (LWRs), respectively.
The number of reac-tors included each year (those without parentheses) are those reactors that had been in commercial operation for at least one full year as of December 31 of each of the indicated years.
The figure shown in paren-theses (for the years 1969-1972) is the number of reactors that provided both the number of individuals that received measurable doses (referred to as " workers") while visiting or working at the facility and the summa-tion of the annual whole body doses (collective dose) of all of these workers.
The annual collective doses shown in parentheses and the other information marked with an asterisk are based on the data submitted by the number of reactors shown in parentheses.
2.1.2 Collective Dose The collective doses shown for 1969 through 1972 were obtained by special requests made to the licensee or from monthly and semi-annual operating reports that had previously been submitted pursuant to plant technical specifications.
When possible, the number of workers receiving measurable doses was obtained in the same manner.
Beginning with 1973, the collective dose and the number of workers receiving measurable doses were obtained from the annual reports submitted pursuant to 10 CFR S20.407.
For the years 1973 through 1980, the annual collective dose was calculated for each facility by summing the products obtained by multiplying the number of individuals reported in each of the dose ranges (shown in Table 7 and Appendix B) by the midpoint of the corresponding range.
Past experience has shown that the actual mean dose of individuals reported in each dose range is less than the midpoint of the range, and the collective doses shown in this report for these may be about 10% too high.
In 1981, a few facilities began reporting the actual collective dose (as determined from official personnel dosimetry results) on their 20.407 annual reports, and the NRC staff used these doses, when provided, instead of the above-des-cribed calculations.
The staff would prefer to use the actual collective dose and encourages more licensees to make it available.
2.1.3 Collective Dose by Work Function and Employee Type In Appendix A, the collective dose that was calculated from or provided with the S 20.407-type annual reports is collated by work function (operations and maintenance) and by personnel type (contractor and station and utility combined) for each plant site.
The proportion of the collective dose shown for each type is the same as that reported in the plant's annual report required by its technical specifications (see Appendix C).
This was done in the following way:
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TABLE 1 SNMBAST OF AsseAL l#f00 HAT 100 REPetTES BT CONMERCIAL BOILING WATER REACT 0t$
1969 - 1983 No. of Average Average Average No.
Average Average Number Annual Workers Gross Dose Collective Personnel With Collective Electricity Average Of Collective With Electricity Per Dose Per Measurable Dose Generated Rated Reactors Doses Measurable Generated Worker Reactor Doses Per (man-rems Per Capacity Year Included (Man rens)
Doses (MW-yr)
(Rees)
(Man-ress)
Reactor per MW-yr)
Reactor Net (MWe)
(MW-yr) 1%9 3 (2) 586 (300) 290*
192 1.03*
195 145*
_ 3.1 64 112 1970 6 (4) 764 (510) 1,321" 912 0.39*
127 330*
0.8 152 267 1971 7 (5) 1,784 (1,069) 1,873*
1,308 0.57*
255 375*
1.4 187 339 1972 10 (7) 2,858 (2,130) 2,258*
3,058 0.94*
286 323*
0.9 306 434 1973 12 4,564 5,340 3,394 0.85 380 445 1.3 283 459 1974 14 7,095 8,769 4,059 0.81 507 626 1.7 290 513 1975 18 12,611 14,607 5,786 0.86 701 812 2.2 321 611 i
1976 23 12.626 17,859 8,586 0.71 549 776 1.5 373 647 1977 20**
19,042 21,388 9,098 0.89 828 930 2.1 3%
645 1978 25**
15,096 20,278 11,774 0.74 604 811 1.3 471 668 1979 25**
18,322 25,245 11,671 0.73 733 1,010 1.6 467 669 1980 26**
29,530 34,094 10,868 0.87 1,136 1,311 2.7 418 664 1981 26**
25.471 34,832 10,899 0.73 980 1,340 2.3 419 674 1982 26**
24.437 32.235 10,655 0.76 940 1,240 2.3 410 674 1983 26**
27,455 33,473 9,733 0.82 1,056 1,287 2.8 374 675 "During the years 1%9 through 1912, all plants reported collective doses but a few did not submit the number of personnel that received measurable doses. -The number of reactors that did report doses and number of workers is given in parentheses in the second column. The collective doses shown in parentheses in the third column, as well as the asterisked numbers in the remaining columns, are all based on the data submitted by the number of reactors shown in parentheses.
Two plants have been shut down continuously for a number of years but have been included in the count of reactors used to compute various averages per reactor in this report. One may wish to calculate these averages without counting these reactors each year: Dresden 1 - shut down since 10/78; Humboldt Bay - shut down since 7/76. (See Appendix A.)
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TaglE 2 SWEMARY OF ASGGAL 18f005A110E EEF0ETED Bf CSEEESCIAL PRESSORIZE9 ESTER READets
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1 % 9 - 1983 No. of Average Average Average No.
Average Average Ember Annual Workers Gross Dose Collective Personnel With Collective Electricity Average l
Of Collective With Electricity Per Dose Per Measurable Dose Generated Rated Reactors Doses Measurable Generated Worker Reactor Doses Per (man-rems Per Capacity Year Included (Man ress)
Doses (MW-yr)
(Rees)
(Man-ress)
Reactor perMW-yr)
Reactor Net (MWe)
(mi-yr) 1%9 4 (3) 661 (363) 454*
1,097 0.80*
165 151" 0.6 274 349 l
l 1970 4 (3) 2,738 (1,099) 1,340*
979 0.82*
684 447" 2.8 245 349 l
1971 6 (4) 1,844 (912) 905*
1,912 1.01*
307 226*
- 1. 0 319 399 1
1972 8 (5) 3,708 (2,083) 1,885*
2,544 1.11" 464 377*
1.5 318 446 1973 12 9.399 9,440 3,770 1.00 783 787 2.5 314 535 1974 20 6,627 9,697 6,824 0.68 331 485 1.0 341 619 1975 26 8,268 10,884 11,983 0.76 318 419
- 0. 7 461 643 l
1976 30 13,807 17,588 13,325 0.79 460 586
- 1. 0 444 675 l
1977 34 13,469 20,878 17,346 0.65 3%
614 0.8 510 699 l
l 1978 39 16,713 25,720 19,840 0.65 429 659 0.8 509 723 l
1979 42**
21,659 38,877 18,249 0.56 516 924 1.2 434 729 1980 42**
24,266 46,237 18,287 0.52 578 1,101 1.3 435 721 1981 44**
28,671 47,351 20,552 0.61 652 1,076
- 1. 4 467 745 1982 48**
27,753 52,147 22,141 0.53 578 1,086 1.3 461 773 1983 49**
29,016 52,173 23,1 %
0.56 592 1,065
- 1. 3 473 778 "During the years 1%9 througt: 1972, all plants reported co'lective doses but a few did not submit the number of personnel that received measurable doses. The number of reactors that did report doses and number of workers is given in parentheses in the second column. The collective doses shown in parentheses in the third column, as well as the asterisked numbers in the remaining columns, are all based on the d.sta stamitted by the number of reactors shown in parentheses.
- Three plants have been shut down continuously for a number of years but have been included ia the count of reactors used to compute various averages per reactor in this report. One may wish to calculate these averages without counting these reactors each year: Indian Point 1 - shut down since 10/78; Three Mile Island I and 2 - shut down since 3/79.(See Appendix A)
Ta0LE 3 M E M M MMR m
gy rensansahas LMT MTB CARES MACTEM 1 % 9 - 1983 No. of Average Average Average No.
Average Average Ember Annual Workers Gross Dose Collective Personnel With Collective pw. Yrs Average of Collective with Electricity Per Dose Per Measurable Dose Electricity Rated Reactors Doses Measurable Generated Worker Reactor Doses Per (man-rems Per Capacity Year Included (Man rens)
Cosu (MW-yr)
(Rems)
(Man-rens)
Reactor per MW-yr)
Reactor Net (MWe)
(MW-yr) 1%9 7 (5) 1,247 (663) 744*
1,289 0.89*
178 149*
- 1. 0 184 247 1970 10 (7) 3,502 (1,609) 2,661*
1,892 0.60*
350 380*
1.9 189 300 1971 13 (9) 3,628 (1,981) 2,778*
3,220 0.71*
280 309*
1.1 248 367 1972 18 (12) 6,566 (4,213) 4,143*
5,602 1.02*
365 345" 1.2 311 408 1973 24 13, % 3 14,780 7,164 0.94 582 616 1.9 299 496 1974 34 13,722 18,466 10,883 0.74 404 543 1.3 320 575 1975 44 20,879 25,491 17,769 0.82 475 579 1.2 404 630 1976 53 26,433 35,447 21,911 0.75 499 669 1.2 413 663 v.
1977 57"*
32,511 42,266 26,444 0.77 570 742 1.2 462 677 1978 64**
31,809 45,998 31,614 0.69 497 719 1.0 494 702 1979 67**
39,981 64.122 29,920 0.62 597 956 1.3 447 705 1980 68**
53,7 %
80,331 29,155 0.67 791 1,181 1.8 429 699 1981 70**
54,142 82,183 31,451 0.66 773 1,174 1.7 449 719 1982 74**
52,190 84,382 32,795 0.62 705 1,139
- 1. 6 443 738 1983 75**
56,471 85,646 32,926 0.66 753 1.142 1.7 439 742 "During the years 1%9 through 19J2 all plants reported collective doses but a few did not submit the number of personnel that received measurable doses. The number of reactors that did report doses and number of workers is given in parentheses in the second column. The collective doses shown in parentheses in the third column, as well as the asterisked numbers in the remaining columns, are all based on the data submitted by the number of reactors shown in parentheses.
Five plants have been shut down continuously for a number of years but have been included in the count of reactors used to compute various averages per reactor in this report. One may wish to calculate these averages without counting these reactors each year: Dresden 1 - shut down since 10/78; Hus6oidt Bay - shut down since 7/76; Indian Point 1 - shut down since 10/78; Three Mile Island I and 2 - shut down since 3/79.(See Appendix A.)
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1
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(1) The collective ~ dose incurred by workers in the work function " Reactor Operations _and Surveillance" on_each plant's annual report submitted pursuant to their technical specifications (the first number in the last columns in Appendix C) was determined.
(2) The ratio of this dose to the total collective dose (the'last number in the last columns in Appen-dix C) was calculated and multiplied by the total. collective dose that had been estimated or obtained from the 9 20.407 annual report.
This pro-duct is the collective dose shown in the column headed " Operations" in
' Appendix A.
(3) The collective dose shown in the column headed "Mainte-nance and Others" in Appendix A was determined by first summing the collective doses. incurred by workers in the five remaining functions given t
in Appendix C and then calculating the fraction that this dose is of the total collective dose.
This fraction was multiplied by the total collec-tive dose estimated from the S 20.407 annual reports to yield the collec-tive dose shown in this column of Appendix A.
(4) A similar procedure j
was followed in determining the collective dose for the columns headed 1
" Contractor"'and " Station & Utility" in Appendix A.
E
)
2.1.4 Workers With Measurable Whole Body Doses i
The number of workers with measurable doses, rather than the total number i
of individuals monitored, is shown in Tables 1 through 3 and Appendix A.
i
-These values were used to calculate the average annual dose per worker and the average number of personnel per reactor.
This was done to delete those individuals, many of whom probably did not routinely work in radia-tion areas (and wer.e monitored for convenience or for identification 1
purposes), who may have received exposures too small to be detected by i
personnel monitoring devices.
2.1.5 Electric Energy Generated j
The electric energy generated in gross megawatt years (MW yr) each year by each facility is shown in Appendix A.
This number was obtained by dividing the gross megawatt-hours of electricity annually produced by each facility by 8,760, the number of hours in the year.
The gross megawatt-years of generated electricity that are presented in Tables 1 through 3 are the sums of that produced by all of the reactors included each year.
This sum is divided by the number of those reactors included each year to t
yield the average amount of electric energy generated (MW-Yr) per reactor, j
which is also shown in Tables 1 through 3.
2 l
2.1.6 Collective Dose per Megawatt year i
l The. number of megawatt years generated was used to determine average values of the annual collective dose per megawatt year generated.
This i
~ was calculated by dividing the total collective dose by the total gross i
megawatt years generated to yield a quotient that is used as a measure of l
the dose incurred by workers at power reactors in relation to the gross electric energy produced.
This value was also calculated for each_ reactor site and is presented in' Tables 4 through 6 and Appendix A.
[
2.1.7 Average Rated Capacity The average rated capacity, shown in Tables 1 through 3, was found by dividing the sum of the net maximum dependable capacities (Net MWe) of l
p 6
j
the reactors by the number of reactors included each year.
The net maximum dependable capacity is defined to be the gross electrical output i
I as measured at the output terminals of the turbine generator during the l
most restrictive seasonal conditions, less the normal station service j
loads.
This is the " capacity" shown for each plant in Appendix A.
2.2 Average Annual Occupational Doses
'Some of the data presented in Tables 1 and 2 are graphically displa'yed in Figure 1, where it can be seen that the average collective dose and average number of workers per BWR has been higher than that for PWRs for the last ten years and that the values of both parameters have, in general, continued to rise at both types of facilities. However, looking at the number of workers per reactor reported each year since 1980, it appears that the number of workers per BdP has levelled off at about 1300 workers, while at PWRs the number has levelled off at around 1100 workers.
From Table 1, it can be seen that~the average collective dose per reactor, dose per worker, and collective dose per megawatt year at BWRs showed increases over those found for 1982.
At PWRs (Table 2), the values of these three parameters remained nearly the same as the 1982 values.
Figures 2 and 3 are plots of much of the information that is given in Table 3 for all light water reactors.
One can see that all of the parameters plotted showed increases over last year's values.
In looking at these figures and the fluctuations in the parameters for the years following the incident at the Three Mile Island Plant in 1979, one might wonder if they reflect some of the impact that this incident had on the nuclear power industry.
To further assist in the identification of any trends that might exist, Figure 4 displays the average and the median
The ranges of the values reported each year are shown by the vertical lines with a small bar at each end marking the two extreme values.
The rectangles indicate the range of values of the collective dose exhibited by those plants ranked in the twenty-fif th through the seventy-fifth per-centiles.
Since the median values are not as greatly affected by the extreme values of the collective doses, one can see that they do not usually fluctuate as much from year to year as do the average values.
The median collective dose for PWRs appears to have levelled off at about 500 man rems (man-cSv),** while for BWRs it has increased to about 1100 man-rems (man-cSv).
Nearly every year, the median collective c'ose is. less than the~ aver-age, which indicates that the collective dose for most plants is less than the average collective dose per reactor'(the value that is widely quoted).
"The value at which 50% of the reactors reported greater collective doses and the other 50% reported smaller collective doses.
- In the International System of Units, the sievert (Sv) is the name given to the units for dose equivalent. 'One centisievert (cSv) equals one' rem; there-fore man-rems becomes man-cSv.
7
FIGURE 1 COMMERCIAL LIGHT WATER COOLED REACTORS 1989 - 1983 AVERAGE ANNUAL COLLECTIVE DOSES AVERAGE NUMBER OF WORKERS i
j BWR 1200 1200
...............8WR PWR
- -.-- PWR f
2 LWR LWR i
j E
~
~
j'/N., % -
l*
.. 's'.-
i toao 1one -
s l
l ti l %.
l 9
3 e...,.f
.A.
= Soo v
S" ano 3
l .
.i
'e i
o
,e
/.
3 s
lg
- r. s-
.' -l
/**s.
s l
/,%, s -
l een 5 een s%d',/
\\
o e
o ;
?
-b...'/
,' M i.
-]
\\ /
U S
o E
O ano l
30e
.,l I
I I
I I
I I
I I
I I
I I
I 3
I I
I I
I I
I I
l l
l l
3 W
'70 71
'72 73 74
'75 75
'71
~78
'79
'80 '81 '82 '83 '94
'80
'70 71 72 73
~74
'75 '78 77 78 78
~50 '81 '82
~B3 '84 Year year
FIGURE 2 TOTAL ANNUAL VALUES AT LIGHT WATER COOLED REACTORS 1969 - 1983 90 g
g g
g g
g g
g i
80 TOTAL ANNUAL VALUES:
(1) WORKERS
/= " "
E (2) MAN-REMS
/
(3) MEGA WATT-YEARS 6
70
,,/,/
70 j
(4) REACTORS I
W s',o' 4
/
i 60 60 f
g 8
[ %-l#
3 2
8m I
?
sg s0
/
s0 g
bh
/
O a:s i
b 4
- e e'
5 gl f J./
8
- l e#
. f../ s i
ei
/ /
30 z
30
[
/
W477. YEARS o
6
/
/
//4 ^pv
/
z 20 20 p
i j-o'/
e#
/
10 10 f
lY p.
s#
0 I
l i
I I
I l
i I
I i
l i
1 1
0 1989 '70
'71
'72
'73
'74
'75
'76
'77
'78
'79
'80
'81
'82
'83
'84
'85 Year 9
O s
FIGURE 3 AVERAGE ANNUAL VALUES AT LIGHT WATER COOLED REACTORS 1969 - 1983 14 g
i g
g g
g g
g i
g g
8J AVERAGE ANNUAL VALUES:
X3 (1) WORKERS PER REACTOR ujg 12 (2) MAN-REMS PER REACTOR
~
<m (3) MAN-REMS PER MEGA WATT-YEAR f- - %, %
f Sg (4) DOSE (REMS) PER WORKER
/
8 "I
/
3 o
10 im
/
mO
[
WU Eb 1
i Om 4
35 8
5' f
i m$
q@
%d Ok s',
i Oz gy 6
i g
<a s-mz T4 EAcTOR h5 mag-REMS eD 4
~
g
$b
/ '%
i m
m 85 o
m-
/
a 1
m 2 -
/
\\' MAN-REMS PER MW YR /
' ' ' ~ ~ ~
(**g ~.~~ /
t 8
3 DOSE PER WORKY'""""'~'-
""~~
g i
i i
l i
1 1
i i
I i
l i
1 1
1909 '70
'71
'72
'73
'74
'75
'76
'77
'78
'79
'80
'81
'82
'83
'84 Year 10
FIGURE 4 AVERAGE, MEDIAN AND EXTREME VALUES OF THE COLLECTIVE DOSE PER REACTOR 1973 - 1983 f
6,000 E Middle 50% of BWRs 5,000 4,00Q h Middle 50% of PWRs 3,500
@ Average Collective Dose l
@ Median Collective Dose I'
3.000 7l
?I E
2,500 G
j I
y 2,000 1I o
n n
I 1,500 n
5I
$I TI II 1,000 a
I
~~
o o
.. o o
~~l i
I l'~
l"
~
I--
I l'
~
I l"~
j 0
l 1973 1974 1975 1978 1977 1978 1979 1980 1981 1982 1983 1984 Year i
11
e 2.3 Plant Rankings By Collective Dose Per Reactor The number of reactors from which data have been collected is still rather small, and the information reported by a few reactors where unusual condi-tions or problems may have occurred could have a large impact on some of the statistics presented in this report.
In an effort to identify those plants, Tables 4 and 5 list the BWRs and PWRs in ascending order of man-i rems per reactor for each of the years.1978 through 1983.
Two other para-meters, dose per worker and collective dose per megawatt year, are also given for each plant and could have been used in listing the plants as well.
Also shown is a parameter "CR" which is defined to be the ratio of the annual collective dose delivered at individual doses exceeding 1.5 rems (cSv) to the total annual collective dose.
This indicates the propor-tion of the total collective dose at the plant that was received by indi-viduals who-ir. curred higher annual doses, viz., of 1.5 rems (cSv) or greater.
CR is one of the parameters that the United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR) recommended be used in the analysis and comparison of exposure data.
The latest UNSCEAR report (Ref.
- 11) states that, under normal conditions, the values of CR lie between 0.05 and 0.50, and one can see that CR for about half of the U.S. plants fell within this range in 1983.
Table 6 gives the grand totals of the collective dose and megawatt years of electricity generated for each commercial BWR and PWR based on data-reported since 1969.
For all but those few plants that began commercial operation before 1969, these totals would be the " lifetime" totals for each site.
Dividing the total collective dose by the total megawatt-years generated, the average collective dose per megawatt year was obtained for each site, and, by dividing the collective dose by the total number of reactor years for which data were reported, the " lifetime" average collec-tive dose per reactor year was obtained.
The upper half of the table lists the sites in ascending order of man-rems (man-cSv) per reactor year based on data submitted through 1983, and the lower half lists them similarly based on data submitted through 1982.
One can quickly see that the average collective dose per megawatt year has risen to 2.0 at BWRs and remained at 1.1 at PWRs.
The average collective dose per reactor year also appears to increase at a faster rate at BWRs than at PWRs, and based on data accu-mulated through 1983, the collective dose per reactor year was calculated to be 510 and 749 man-rems (man-cSv) per reactor year for PWRs and BWRs, respectively.
In general, one can see from the listings in Tables 4 through 6 that the plants having the lower values of most of the parameters shown are usually the newer plants.
Some of the older, smaller plants also appear near the top of the listings since they report small collective doses; however, the ratio of their collective dose to the number of megawatt years gener-ated will be higher because of their limited power generation capacity.
Usually, when a plant reports a lar,ge annual collective dose, and a large collective dose to megawatt year ratio as well, it indicates that extensive maintenance or modifications were undertaken during the year.
For example, the PWR facilities reporting high values for these two parameters during the last few years generally have been involved in extensive tube-sleeving jobs related to the repair of steam generators.
Othermajorsourcesof exposures at PWRs in 1983 were maintenance of reactor vessel internals and 12
~.. -. ~ _
~
~.
..,... ~
TABLE 4 BOK.ING WATER REACTORS usTED IN ASCENDING ORDER OF RSAN-RERAS PER REACTC,4 1979-1983 1979 1980 1901 1982 1983 S,eee n.e.n-*
latee-Does men-
'mee-Beee mes-
- sema.
Seee nesa h Gees non *
- seme.
o se er e
por enreer per por wereer per poe tsarter pee per tsorter Dec pee eerhoe see 1*to ease Erse tamme) es-Te-
$11e home lite (Geus) 808-ee,
$tte home
$$te (Bass) lePVe.
ECS Site Neue
$tte (Seas) BeP we, 8CS Site Emme
$tte (rems)
IGPye.
eCS h&et Say 31 6 23 eksstelet Bay 22 S.15 ehmeela Say 9
0.12
- - E 80 thelst Say 19 S.27 G. 05 mlet Say 17 8.29
- 9. M
- e't* set to 157 & 42
- 8. 3 Le Creene 213 LM 4,3 Le Cresee 123 8M
- 7. 7 meten L2 tel s.23 to gtg sect potet Im 4 33 LB 4.47 Serenat vennee 205 9.43
- 9. 4 8.24
- 111stene Potat 1 244 4.79 G. 4 0 46 Cancee 2n E 52 9e seg asce potes 354 8 59 72 Ceepee Statten 179 4.62
- 1. 3 8.45 Sumne esmente 227 0.44
- 6. 6 4.44 Sig Rock Niet 263 0.83
- 6. 4 0.46 Beo" aree e 275 & 36 88 neettcette 531 8 ee L3 matca L2 1.337 5 es LS 8.35 sig sect potet 328 6.63 7.5 9.58 Le Create 313 1 96 12 6 -
0.90 n
95g toca esset 455
( 73 35.0 stee pelo potet 591 8.30 L1 weremut Vanhoe 731 0.58 L7 8.45 Cassee $tet*ee 542 8 73
- 0. 9 0 52 eastch 1.2 L2M 6.30
- 1. 4 0.29 Sposer Crees 467 4 95 09 eye terry 1.2.3 1,325 0 67 48 Dome acaele 790 S.61 28 9 50 meten L2 1,464 0.43 L9 9.33 Rtae M11e Potet 060 0 61 26 8.45 Grs="* hr4 L2J LM7 E 42 S. 7 susse annete 671 6 61 28 traums forey L2,3 2,338 4 79 L1 S.49 Orouno Feery 1,2,3 2,220 9.64 1.1 S. nl p ttspatrick 1,090 8.64 2.8 6.54 eme.
=2
. 27 t.
oe e u,3 un5 en 2..
.,st.e C,s n7 tie u
t et 0,.ter Cree.
us..
u e si
- rev4 u.3 3,n3 ut 2.
.a B'emese L2,3 1.ans ( 75 18 Caspee stettee
- 9 Let L9 Droses 1.2.3 2.828 LM
- 2. 7 0.76 at11stene Potat 1 929 4.64 L9 5.44 Buene aenold 1,135 4.77 40 4.53 j
Pesca Settee L3 L3IS 4.61 ae peest Betten 2,3 2.382 e R3 L7 menticette L604 1 69 26 6.52 treseen 1.2.3 2,923 1.14
- 2. 7 0,73 Pflerte 1.162 0.54 2.1 4.47 8'tmetence 59 L 81
- 4. 4 eseeemt venees 1.338 0 93
- 3. 7 Poect Gotten 2,3 2.506
- 0. 0a
- 2. 2 0.56 pesca settet 2.3 1,977 0.72 L2 4.48 Dveseen L2,1 3,582 L 26 39 8.75 '
P'1Fie LS15 8 41 Le eyete, Crees 1.733 6 at 74 Sepeetet L2 2,636 8H
- 2. 96 0.66 lesenscette 993
- 0. M
- 3. 4 0.57 Quae Cities 1,2 2.491 L 30
- 2. 3 0.77 W C*t+ee 1J 2.250 L 2e LS geomeetes t.2 3.sM L et 56 fttapetr$ct L425 0.57 2.5 4.44 tstapetrtet 1,190 0.11
- 2. 4 8.37 Caesee ltatten 1,293 0.93
- 3. 3 8 64 se==ent resese LUS 4.96
- 2. 9 ptteeteten 2.ose E se 4s ottisteme 1 1.496 9.60 4.9 4 44 eine atte Potet 1,264 4.93
- 9. S
- 4. M Peact Gottes 2,3 2.963 0.95
- 3. 6 9.67 9'emem ct L2 2,603 & 90 32 an11stene potet 1 2,150 0.71 E. 8 Duas Ctttes L2 3.146 1.40
- 2. 7 6.81 Pt igete 1,539 6.54
- 3. 9 9.42 vereent ventee 1.S27 1.16
- 4. 4
- a. 61 e
e=ee mio peant Leg 7 L 13 42 Ones Ctttes L2 4,835 1 57
- 5. 4 steo etto Petet L592 4 78 4.1 0.59 quae Ctties 1.2 3,757 L 62
- 3. 7 5 79 Brunetich 1,2 3,475 0 62 S. 5 0.63 Wl'**e=* 8etet 1 1.793 L et
- 3. 4 pt lyse 3.626 L 82 14.1 Ptigrte 1,336 9M 4S S 44 Beune=tet 1,2 3,792 9.76
- 6. 5 s.M Oystec Creen 2,257
- 6. 9s 80.9 0 63
- =oroes* see a oreese por aeocages per avereens pee avocages per enester 733
- e. 73 Le meester 1.135 E SP
- 2. 7 esecsee 9es 4.73
- 2. 3 0 57 to ectee 940 9.76
- 2. 3 0.59 teactee 1,056 6.82
- 2. 8 6 56
- fee sttee meta esse taen one eserettes seacter, the emmeer er een**ese. per seett.ee to,meteteo.s e,y e.e.tetag the summer Of tw es ee.
ese ne noe
=e e. se 4ectors.
eO to 12e rette of tee enamel callecttwo esse deftwes'ee et 3
amate9essi esses e=cese9ag 1 $ vees to the Setet tellecttee case..
t
TABLE 5 PRESSURIZED WATER REACTORS LISTED IN ASCENDING ORDER OF MAN. REMS PER REACTOR 1979 - 1983 19*9 1900 1981 1982 1983 Heen-anse ese-4 ten-Baoe een-4 ten-8ese m s-Heen.
amee non-e
- n n-some men-e tems per Seas Bees por tems some por Goes asse
.se same reos per rees per mereer ser per earner ser per Iserker 8er pe*
tserner por per tenener por 5+te emos 5He (Gene 3 Wor.
Site teme 515e (Geme) ses-fr.
Site same lite (Bees) stryr aC3
$43, eene gige (soso) les-Vr.
eCR 59te home 59te (remo) any eCR Swa tonee M
8.18 0.1
' Se te seese lhe 9.12 8.1 se,s seene sa L 1e e.1 e se 3a1 s.2s
- e.2
- e. n vanese es e se a.17
- s. e
- e. 20 8ceicae !stang IJ
- 8. 38 S. 2 someonee 165 0 41
- 8. 4 memosase 141 4 37
- 6. 3 8.18 Protrie Islene 1.3 229 6.36
- e. 2
- 0. 14 Daets tense to e 11 e.1 0.04 Pert Comeus 12 5 8.28 43 Drearte Islene IJ M3 5 35 84
- retete Island 1.2 329 4 39 84 S.38 teesses meca 1N 0.23 42 0.27 Protrie 1stene 1J 233 sM
- 0. 3 e 24 aanres 5ece 125 8 84
- 4. 2 Phree mie leiene IJ 39e
- 0. 17 These stie Islane 1.2 376 8.18 8.05 De=to aeone 1s4 4.12
- a. 4 a.os Sam emetee 1 155 e on e 13
- ammesmo, 127 S.32 E. 3 vannee some 213 4 42
- 6. 8 teesee veiley 229 0 19
- a. 4 e 13 acent re 159 4.11
- s. 3 s 03 statee vaasee 144 62s
- 5. 2 S 14 espose Some 127 S.29 84 merth anno 1 2:3 4.13
- 0. 3 Selee 1 254 8 15
- 6. 3 6.06 Crystal River 177 6 23 03 0 13 esmoumeo 165 6 37 ee e 24 to se gare, 132 3 11
&6 Casa 1J 493 4 37
- 8. 3
- etet Beace 1.2 SM 8.77
- 6. 8 6 45 feet Catmous 217
- e. 35
- 4. 5 4.42 lesian Potat 1.2 ee6 0 45 e7 4.46 See bio re 139 4 27 94 h*at teaca 1.2 59s 1 57
- 8. 0 vensee esse 302 0.59
- 2. 8 4 43 feriey 1.2 404 3.33
- 3. 4 9 14 Seeuoyes 1.2 491 6 20 03 8 14 e
go,me penne, 15e 3.39
- 9. 3 Ing,ee s,et 3 300 L 32 84 Calvert C1tffs 1.2 407 6 39 44
- 4. 19 St. Lecte 2 72 0.26 S. 3 4 18 Seten 1,2 581 0 24 68 8.16 e
frejee 257 4 35 04 CeNert C'tffe 1.2 577 E e5 45 Coen 1.2 655 8 49
- 8. 4 8.29 po5et teach 1.2 509 4.79
- e. e 4.50 Tre3en 307 L 32 e.6 6 25 h,et geeen 1,2 644 1 35 44 eraaseen 1 342 0.28
- 8. 8 torta anne 1.2 600 0 20 8,5 4.37 Pet teeses 13e e.21 88 S.20 Caen 1.2 658
- 5. e6 65 3.33 trenee.1 Z.3 1.581 8 es e6 Ocease 1.2.3 1.055 L 58 86 Iseiae Potat 3 M4 0.54 LG
- 0. M Ranene Sece 337 e,44 ea
- e. 3s aorta anae 1.2 445 s.30 e5
- 0. 3e Case 1.2 Tis 8 Se t5 tances 5ece 4:2 S.46 40 Genete 5ece a02 8 52 L3 8 29 Cena LJ 69e e.44 45 4 27 Calvert Citffe 1,2 saa e 35
- g. 5
- c. 32 areenees 359 4 28
- 4. 9 Trojas 421
- 6. M
- 4. 6 Oconee SJ,3
'.211 4 50
- 0. 7 4 e5 1.2 803 e le
- e. 9 8.43 Oceano 1.2.3 1,207 04a 9.6 4 4e Calvert Cbffs IJ 805 6 56 87 hissame.
424 8.32 L5 Crystat ts.or 3 eos
- 0. M
- 4. 8 L23 7eejam e19 e at
- s. 7 8.35 Fort Caine e33 e to 13 9 Jo N
gg.,1 cie 438 4 es 57 fortey 435 8.33 88 usine v nnee 424 8.49
- 0. 7 6 29 vennee some 47e s le 44 e 54 farley 1J 1,021 0.53 ea 6 41 e
earte anne 449 E 22
&9 Se!as I est 8 26
- 6. 7 Fort Catasun 4M 0 56 LS 8 50 Three Wtle Islane 1.2 1.Ge4 6 47 0 es skGetro 1 521 e 30 99 d. 32 mitetene 44st 2 4 72 9 62
- 8. 9 Iten 1.2 92 5 B 68 86 fartey 511
- 9. 33 16 0 28 Calvert Cliffs 1.2 1,057 4 59
- 0. 8 6.40 Crystat alvec 552 0.32 12 4.18 Cryssel tivee 495 4 43 1.1 menee tannee 462 9 E!
- 4. 9 sN11 stone 8 stat 2 531 4 68
- e. 7 8.44 Seeueren 570 0.29 1.0 e la Three stie Islene 1.2 1.159
- e. 73 8 57 5eien See 5.39
- 2. 3 laste Potet P.2 971 5 62 Lt armances 1.2 1.102 6 50 L8 S.39 egenee 1.2.3 1,792 0.73
- 1. e e le Insten point 3 657 0 65 77.3 0.52 Thsee mie Island 1.2 1 175 0 29 44 5t tacie 532 6.54
- 8. 9 Trefan 609 4.45 L8 8 33 satan 1.2 1.203
- s. 37 c.a e 29 Iten 1.2 1.311 L O2 L1 S.62 glene 192 4 67 LF teamer iieHay 553 6 35 13 9 Staae 455 & ?!
16 0.45 notas venose 619
- a. es L1 8.32 artenses 1.2 1.397 0 es
- 1. 5 8 65 See ao peest 3 6M 8.79 LA Cryoten tiser 625 B. 59 16 anstenee t 733 4 50 L7 8.51 geover selley 599 8.34 LS 4 26 Potat seech t,2 1,403 S.82
- 2. 2 8 53 zie 1,2 1.2?e e 37 L9 mHetene heat 2 616
- 9. 71 L1 Zies IJ 1.720
- 0. 9B L3 8.69 Sorry 1.2 1,ete 4.79 L1
- e. 73 see er VaHey 772 S.52 14 4 42
&neten potes 1%2 1.279 4 SE 22 Fort Cainese 6Es GJ5
- 2. 8 PeHsemes 902 4.42
- 2. 2 8 El tee 9eo Potet P.2 1.635 S. 76 3.1 E 52 maeste Sece 707 8.59
- 2. 3 S.39
- perte, as 4 52
- 3. 9 stume 70s 6.46 L9 St. Lacte
$29 4.53 LE 9 43 Seo ensfre 432 0.27 13 5
- e. 35 Stane 855 O se
- 2. 3 0 55 7.ree, heat 3.4 L6aB e to 2.1 Tureey heet 3.4 L651 S.92 L7 messes sect 1.035 4.67 2.1 4 52 morta amas 1.2 L515 e 67
- 7. 5 6.67 Restasen 923 e 41
- 2. 3 8.44 fauseess 854 4 53 21 eneeses neca L353 S.73
- 3. 2 Turney #eist 3,4 2.251 0.77 34 8 51 Iten L2 2.103 1.as
- 1. 0
- e. 7s penseems 977 s 45
- 2. 2
- 0. M anseen esta 1.31 3.95 24 testesse 2 1.352 0,92 48 Imetan point !=,2 2,731 LOS
- 7. 4. 4.65 Teresy Potet 3.4 2.119 S.72 L3 4.48 St. Lac $e 1.204 0 Se 42 e 47 Gentenes 2 1.13e 3.32 L5 Sorry 1.2 3,85 & 72 ES Entry 1.2 4.244 L13
- 4. 7 0.77 Sinne 1,140 L O2
- 3. 9 4.45 Tureey point 1,2 2.681 4.52 31 e 60 Surry EJ 3.50s L 71 33.4 See One*e 1 2.307 & 75 24 5 las anefre 3.223 L11 33 6
- 0. 72 gas,ee peiet 3 1.226
- 8. e3 7.1 e.59 nessem nues L3sa
- e. e4 3.1 9.57 aseresse.or amoresse per hverseno ser aquetone refet 2 1,413 e 64
- 2. 4 4.48 Sorry 1.2 3,223 L17
- 3. 8 9 78 asocier 5:3 e 55 L2 aserter 574 6.52 L1 eeector 652 6.61 Le 4 52
,g W
5,e
- e.. u
. 4, a.oroso. - reener 5=
u.
u e es et t.o.se.t 1 e.e de.em im r
- Ser C#tes este more toen ene escreteng coacter. the sensee of eme-reme per suertee te esteenes op etvietag one aumer of emereene ser tae stte ay the emner er seesters, eCE to ene rette of the semel es31ec19ue esse delteeres et
- easutenet eones emeesses L5 sees to the tenet csHecttwo est.
e-
TABLE 6 GRAND TOTALS AND AVERAGES Light Water Reactors Listed in Ascending Order of Man-rems per Reactor-year (Rx-yr) a 1969 - 1983 Caltective megemett non-rees Ce11ective megawatt-Meerees Man-re,es Reyears per gs c.d,ose,3 Rm year,s gg years Man-reas per dose years
,er..y 7.,te, e.,
,ene,ete, se,,,,
,,o,te e,.y c e,n.,e.,3 eene,ete, la Crosse 2,$79 347
- 7. 4 14 184 Davia lesse
$34 2,474
- 0. 2 6
89 418 Sack Point 3,794 633
- 6. 0 IS 253 Pratete Island 1,2 2,433 7,944
- 0. 3 19 124 thainaldt Say 4,461 Z39 14.3 15 324 Kewaunee 1.290 3,900
- 0. 3 9
143 Casser $tation 4,314 4.519
- 1. 0 9
480 Yankee 8 e 3,116 1,900
- 1. 6 15 204 Match 1,2 S,974 5,439 1.1 12 498 Point teach 1,2 7.055 9,371
- 0. 7 24 294 Renticelle 6,363 4,978
- 1. 3 12 532 Caok 1.2 3,974 9,526
- 0. 4 13 306 Duane Arnold 4,478 2,338
- 1. 9 8
$60 Maine rankee 3,429 6,265
- 0. 6 11 312 vereent Yantee 6,433 4,203
- 1. 9 11
$85 Fort Calhoun 3,287 3.197
- 1. 0 to 329 Bremne Ferry 1,2,3 14,669 14,193
- 1. 0 23 638 mcGuire 690 1,043
- 0. 4 2
345 Oresden 1,2,3 26.010 13,179
- 2. 0 40 650 Calvert Citffs 1,2 4.935 9,011
- 0. 5 14 352 utne pile peint 10,$25 S,207
- 2. 0 14 752 Rancho sece 2,835 3,879
- 0. 7 4
354 Peach Bettes 2,3 15.657 11,986
- 1. 3 18 964
- Sequoyan 1,2 1,061 2,247
- 0. 5 3
354 Oyster Crest 14,45S S.244 2.4 14 1,032
. j an 2,506 4,205
- 0. 6 7
354 Pltspetrict 8,795 3,998
- 2. 2 8
1,099 te ** Ve' ley 2,562 2,382 1.1 7
364 Quad Cities 1,2 22,790 10,044
- 2. 3 20 1,140 Ore <e 1,2,3 11.027 16.034
- 0. 7 28 394 M111stene Point 1 14,154
$,426
- 2. 6 12 1,180 7M a 4tta Island 1,2 S.547 2,827
- 2. 0 14 394 Grunswick 1,2 18,826 5,361
- 3. $
14 1,345 Arts ses 1,2 4.768 4,065
- 0. s 12 197 Pt1 Pie 17,634 4.443
- 4. 0 11 1,603
.alem 1,2 3,193 4,402
- 0. 7 8
399 9
F art */ 1,2 3,202 4,420
- 0. 7 4
400 fetals and Averates ' 202,235 101,877 2.0 270 749 Crys ta: River 2,578 2.699 1.0 6
430 North Anna 1,2, 3,927 4,547
- 0. 9 8
491 Palisades 7.191 4,080
- 1. 8 14 514 2 ion 1,2 10,102 12,138
- 0. 8 19 532 5t. Lucie 3,664 4,141
- 0. 9 7
552 Haddam hect 9,330 7.123
- 1. 3 11 422 Indtan Point 3*
3,141 1,481 2.1 5
628 San Onofre 1 10,083 3,979
- 2. 3 15 472 Ginna 8,886 4,4 30
- 2. 0 13 684 Indtan Potat 1,2*
7,102 2,688
- 2. 6 10 710 Turkey Point 3,4 15,042 9,543
- 1. 6 716 Nf11stene Point 2 4,964 4,013
- 1. 7 471 Robinson 10,979 S,676
- 1. 9 12 91S Indian Point 1,2,3*
15,575 4,410
- 3. 6 17 916 Svery 1,2 26,368 9,556
- 2. 4 21 1,254 Totals and Avera0es 208,S76 181,748 1.1 409 510 eindian Point 3 began reporting separately in 1979.
b Light Water Reactors Listed in Ascending Order of Man-rems per Reactor-year (Rx-yr) 1969 - 1982 Collecttee isetawatt Meereas Collecttve mege.att-man-rees due run neenes seran Pe' PWRs een ra" "a"r.s aryurs i.e MS (m n-ress3 etaerated eer 8ht-vr noorted Reve (men ree,)
ge,ieettet sertervr reported on ve e
intresse 2.264 322
- 7. 0 13 174 Davis Besse 454 1,886
- 0. 2 91 SIS Aect Point 3,631 590
- 6. 0 14 252 Prerie Island 1.2 2,200 7,063
- 0. 3 17 129 lausteldt Say 4,844 339 14.3 14 344 Rewaunee 1,121 3,456
- 0. 3 6
141 Ceeeer station 3,023 4,122
- 0. 7 4
37s mcGuire 169 S25
- 0. 3 1
149 Netch 1,2 4,675 4,505
- 1. 0 10 447 Yankee Rowe 3,048 1,744
- 1. 7 14 218 Duane Arnold 3,34 3 2,05$
- 1. 6 7
474 Potat Beach 1,2 S,652 8,721
- 0. 7 22 257 vereent ventee 4,906 3,057
- 1. 3 10 491 Ranche 5ece 2,048 3,831
- 0. 4 7
292 troune Ferry 1,2,3 11,306 12.552
- 0. 9 20 Sol Coot 1,2 3,316 8,069
- 0. 4 11 301 neettcelle 6,262 4,403
- 1. 4 11 549 Seaver Valley 1,790 1,821
- 1. 0 6-303 Dresden 1,2,3 22,427 12,266
- 1. 0 37 606 Fort Catheun 2,854 2,667 1.0 9
317 Ntne Nile Potat 9,666 4,878
- 2. 0 13 743 meine vannee 3,26S S,588
- 0. 4 10 326 Poech totten 2,3 12.994 11.161 1.1 le 787 Artansas 1,2 3.371 S.150
- 0. 4 10 337 Oyster Creet 12,198 S 217 2, e 13 938 Caire't Cliffs 1.2 4,267 7.414
- 0. 4 12 354 Fitapetetta 7,705 3,452
- 2..
7 1,101 Farley 1,2 2,181 3.063
- 0. 7 4
364 Oued Cities 1,2 20,299 8,965
- 2. 3 13 1.124 Three mile island 1,2 4.384 2,827
- 1. 6 12 364 millstone Point 1 13,912 4,706
- 2. 9 11 1,265 feeJan 2,199 3,711
- 0. 6 6
366 Drunowict 1,2 19,351 4,724
- 3. 2 12 1,279 Oconee 1,2,3 9,820 13,892
- 0. 7 25 313 Pitgete 14,472 3,483
- 4. 2 10 I,647 Crystal River -
2,026 2,247
- 0. 9 5
40$
lalee 1,2 2,412 3,640
- 0. 7 6
435 fetals and St. Lucie 2,660 3,891
- 0. 7 6
443 Averages 174,779 92,147
- 1. 9 244 714 Paltsades 4,214 3.626
- 1. 7 13 478 2ien 1.2 8,791 10,914
- 0. 8 17 517 North Anna 1,2 3,262 3.209
- 1. 0 6
S44 Maddas nect 7.946 4.649
- 1. 2 14
$48 Sequoyah
$70 684
- 1. 0 1
670 tedian Point l' 2,534 1.472
- 1. 7 4
633 fuckey Point 3,4 12,341 0,685
- 1. 4 19 650 Slana 8.031 4,065
- 2. 0 12 649 len Onefre 9,928 3,979 2,5 14 709 Rt11 stone Point 2 S 083 4,019
- 1. 3 7
726 Indian Point 1,2*
6,616 1,945
- 3. 3 -
8 827 kettoson 2 10,056 5,264
- 1. 9 11 914 Indien Point 1,2,3*
19,$75 4,410
- 3. 5 17 914
$urry 1.2 23,148 8,642 3,7 19 1,214 fetals and Averages 179,$40 168,270 1.1 340 499
- Indian Feint 3 beten reperting separately in 1979.
15
- - - --- ~._-- - -
i L
}
l feedwater nozzle replacement.
At BWRs, inspections and repairs of primary piping and pipe welds and Mark I torus modifications have contributed to increased doses.
It should be noted that the differences in nuclear plant designs and the ages of plants (Ref. 12) even between plants of a given type affect the nature of these pararaeters as well, and one should be j
careful when attempting to draw conclusions from these. data.
3.
ANNUAL DOSE DISTRIBUTIONS 3.1 Annual Whole Body Dose Distributions Table 7 summarizes the distribution of the annual whole body doses received by workers at commercial LWRs during each of the years 1969 through 1983.
i This distribution is the sum of the annual dose distributions reported by l
each licensed LWR each year.
The distribution reported by each LWR for l
1983 is shown in Appendix B.
From Table 7, one can see that, prior to 1973, i
the reports had a different format such that, for doses less than two rems (cSv), there were only two dose ranges,'O.0 to 1.25 rems.(cSv) and 1.25 to
{
2.0 rems (cSv).
This did not allow an estimate of the collective dose,
~,
}
as previously described, to be made for these years.
For the years after 1972, the table indicates that the annual collective dose increased nearly i
every year, as'did the number of monitored individuals.
However, the values of CR show that the portion of the collective dose due t6 individual ii doses greater than 1.5 rems (cSv) has decreased from a high of 0.72 in 1973 l
and has levelled off at about 0.55 for the last few years.
I I
Since personnel monitoring data have frequently been found to have log-l normal distributions (Ref 13), trends in the data.may be observed from logprobability plots of the data.
If the data are log normally distributed,
[
the data points will form a straight line when plotted on log probability t
paper on which cumulative probabilities are laid off on the vertical axis l-at~ distances proportional to the corresponding number of standard devia-i-
tions above or below the median and the dose is plotted on a logarithmic j-scale on the horizontal axis.
Figure 5 displays such plots of the dose distributions of workers at BWRs and PWRs for 1982 and 1983.
The positions' of the plots for the'PWRs above those of the BWRs indicates that a larger portion of workers at PWRs received lower doses, which resulted in lower median doses (point at which the 50 percentile line" crosses each plot) l and smaller values of CR.
5 Furthur examination of the plots reveals that they form fairly straight
[
lines only.to about 1.5 rems (cSv) where they start to curve upward.
This I
curve i_s typical of distributions when there are several workers in the t
i higher dose ranges, (Ref.' 11) and indicates that~the entire distribution is not a log-normal one.- A new theoretical analysis of occupational dose i
distributions (Ref.- 14) has found that these data are far better fitted i
by a hybrid log-normal distribution.
At low doses, this distribution is l
log-normal, but at higher doses, where radiation control programs require that each worker's total' dose be closely monitored so that the frequency of doses approaching the dose limits is reduced, the distribution is normal.
This' method of analyzing occupational doses'may prove to have-several valuable applications (Ref. 15) for individuals involved'in radiation protection programs.
16 L
_.m _ _ _.
m__
m.___
_ ~ _..
u'.
L
- TABLE 7' e
SUMMARY
DISTRIBUTION OF ANNUAL WHOLE BODY DOSES
- AT COMMERCIAL LIGHT-WATER-COOLED REACTORS 1900 1983 see-hw of sediesdusas wish Whale sedy seposes in se ladested Reaga (Menes)
- a a
Casseene Ice lessemakes P.
G.*
6.25-ess-e.&
suomewe
<e1e e.25 e.se 0.75 1A 2A 3A 4A 5A SA 7A eA SA toA 11.0 mennes) o & 1.25
- 1,25 2A toes 2,479
_ 128 134 e5 25 5
2 2,eSe i
197e
. s.ese.
14s les 183
.es se s
1 7.soe 4
1' tori e,ses 41e 315 137 ses 17 11 9 set i
j 1972 14.ses ses 532 ice III 4s 21 e
e s
' 15,713 1973 19.e43 5,4es 1.see 1,214 74e es2 2,4es 1,5e4 422 251 125 71 as is 7
33,s23 13.es3 -
0.72 1974 2e,472 s,735 2.as7 2,oss 1,182 See 2,5c3 1,37s 471 22s es 30 e
38,93s 13,722 o.s3 l
N to75 te,ese spot.
3,s74 2.750 1,ses 1,33e 3,948 1.s72 set 423 1ee so 24 12 1'
44,343 20,e79 c.e5 197s 25.7es 12,e21 5,13e 4.135 2,520 2,030 4.see 2.354 7ee 4s7 tes
'70 2s 11 5
1 st.151
'2s 433 0.s2 1977
- 24. set 13,97o s534 5,e60 3,258 2,4ss s.162 2e37 1,130 See 141 es 3s 21 e
s7,134' 32.511 0.41 1
1978 3o,143 16,63e e,943 5,504 3.3eo 2,40s 8,406 2,see 1,0e0 die s7 2s e
76,121 31.e04 0.50 1979 41,1g1 24.512 9,ges e,ees E 147 3,42s 7.ees 3,30s 1,256 477 es 2s 13 2
(11 12 105,313 30.0s1 0.54 1
teos 47,377 28.sas 11,750 9.e20 s,sB2 4.518 11.474 4.515 1,537 ses 192 Se le 3
127,70s 53,79s 0.5s b12) test 42,323 2s 332 12,217 10.326 s.825 4,983 11,786 4.54s 1,793 485 93 et 11 2
1 1
124.50s 54,142 0.55 19e2 44.se3 31,400 -
12.e03 10.e14 s,739 4.795 10.e56 4,s06 1.e14 432 Ss 13 4
0 1
129,275 52,190 0.54 1983
- 51.071 31.900 12.211 10.29s 6.470 4.708 12.171 5.311 1.950 544 65 16 4
136.717
% 471 0.56
- emmunary et suputs suhaussed in use le CFR 2o.4e7 by planes that had been in assumescoal opershon for et least one full year as of Denomber 31 of seek of the intested yeess "7he acesselse elese med CR usose not repersed by the Sessiones het wese catsuissed by h SINC sesff usine sneeheds damershed in Weis elsomenent, CR is she sosie of the eenmal seasserse done steheesed at indentual aloses emosesse 1.5 vesne to sne total annual cellesses alone.
i j
i
FIGURE 5 CUMULATIVE PERCENT OF ANNUAL INDIVIDUAL DOSES 1982 & 1983 99.99
^
BWRs - 1982 O 99.9 1983 0 99.8 PWRs - 1982 e 1983 E 99 98 j
95 2e g@
90 1
00 U
70 80 40 Median Measurable Dose CR.
I 30 1983 1983 1982 1981 1980 -
BWRs 0.35 0.83 0.59 0.57 0.63 PWRs 0.18 0.50 0.49 0.52 0.47 -
20 1
I I
I I
I I
I IIII 0.10 0.25 0.50 0.75 1.0 2.0 3.0 4.0 5.0 6.07.0 10.0 Annual Dose (rems)
NOTE: Each point on the curves represent the cumulative percentage of workers with measurable d%te who received doses less then the indicated annual dose. The median measurable dose is the dose et the which the curve crosses the fiftith percentile.
- CR is the ratio of the annual collective dose delivered at individual doses exceeding 1.5 rems to the total collective dose.
l 18
The compilation of the distribution data submitted by each facility into one report, however, introduces an additional source of error.
Since individuals are not identified in the annual distribution reports, an individual who was monitored by five different reactor facilities would have been counted once on each facility's report.
Therefore, when the data were summed to determine the total number of individuals monitored by all facilities, this person would have been counted as five individuals rather than as one.
This affects the distribution'of doses as well as the number of individuals and the average dose, because the individual could have been counted five times in the lower dose ranges rather hhan one time in a higher range in which his actual accumulated dose (the sum of his doses incurred at each facility) would have placed him.
Further discussion of this is provided in Section 4.4.
3.2 Dose Distribution by Work and Job Function Tables 8, 9, and 10 summarize the annual data submitted in accordance with plant technical specifications in a format similar to that shown in Appendix C.
The licensees are requested to record the collective doses received by station employees, utility employees, and contract workers among various prescribed work functions and occupations.
The report submitted by each station for 1983 is contained in Appendix C.
One may note that in some cases, the licensee data had to be modified slightly in order to fit into the prescribed categories.
Table 8 provides a detailed summary of the distribution of collective dose by work function and personnel types for BWRs, PWRs, and all LWRs. It shows that contract workers performing special maintenance at LWRs incur the largest portion of the collective dose.
Table 9 presents a more general summary of these data for the last nine years, and one can see that workers involved in routine and special maintenance activities continue to incur most of the total collective dose.
At BWRs (Table 8),
workers involved in these activities received 76.7% of the collective dose for BWRs; at PWRs, these workers received 70.8% of the collective dose, each being one percent less than that found for 1982.
The portions of the collective dose received by workers during inservice inspection and refueling at BWRs are 7.9% and 4.3%, respectively; at PWRs, such workers received 7.2% and 4.9%, respectively, of the collective dose.
Overall, contractor personnel received 63.4% of the collective dose (1.5%
more than last year), and the station and utility employees received the remaining 36.6% at LWRs.
Table 10 presents the distribu' tion of the collective dose at all LWRs among five occupations.
As expected, maintenance personnel incurred the majority (72.1%) of the collective dose with contractor maintenance personnel receiving about twice as much as the station and utility maintenance employees combined.
Supervisory personnel received only 2.7% of the dose, while workers in the remaining three occupations-operations, health physics, and engineering - received 7.9%, 9.8%, and 7.4%, respectively, of the collective dose.
All of these values are about the same as those found for 1982. -The collective doses shown in Tables 8 and 10 do not equal those shown in'other tables in the report because they are the sum of the doses taken from the type of annual reports shown in Appendix C rather than the collective dose that was obtained or calculated from the S20.407 annual reports.
19
i i
TABLE 8 ANNUAL COLLECTIVE DOSE BY WORK FUNCTION AND PERSONNEL TYPE 1983 WORK FUNCTION STATION EMPLOYEES UTILITY EMPLOYEES CONTRACT WORKERS & OTHERS TOTAL PER FUNCTION BOILING WATER REACTORS REACTOR OPERATIONS &
SURVEILLANCE.
.1497.612 5.7 %
-163.202 0.6 %
633.138 2.4 X 2293.952 8.8 %
ROUTINE MAINTENANCE 2371.138 9.1 %
1813.572 6.9 %
5593.209 21.4 %
9777.919 37.5 %
INSERVICE INSPECTION 179.127 0.7 %
272.852 1.0 %
1622.308 6.2 %
2074.287 7.9 %
SPECIAL MAINTENANCE 957.859 3.7 %
751.254 2.9 %
8510.735 32.6 %
10219.848 39.2 %
i WASTE PROCESSING 575.554 2.2 %
40.200 0.2 %
518.469 2.0 %
1134.223 4.3 %
REFUELING 367.117 1.4 %
44.355 0.2 %
191.871 3.7 %
603.343 2.3 %
TOTALS 5948.407 22.8 %
3085.435 11.8 %
17069.730 65.4 %
26103.572 100.0 %
- PRESSURIZED WATER REACTORS REACTOR OPERATIONS &
SURVEILLANCE.
-1813.572 6.6 %
113.060 0.4 %
1186.264 4.3 %
3112.896 11.3 %
(
ROUTINE MAINTENANCE 2474.250' 9.0 x 676.988 2.5 %
3017.435 11.0 %
6168.673 22.4 %
n3 c) INSERVICE INSPECTION 241.567 0.9 %
179.508 0.7 %
1568.947 5.7 %
1990.022 7.2 %.
.SPECIAL MAINTENANCE 1994.813 7.3 %
1603.549 5.8 %
9712.349-35.3 %
13310.711 48.4 %
WASTE PROCESSING 508.421 1.8 %
30.853 0.1 %
807.444 2.9 %
1346.718 4.9 %
REFUELING 706.578 2.6 %
228.758 0.8 %
642.109 2.3 %
1577.445 5.7 %
TOTALS
'7739.201 28.1 %
2832.716 10.3 %
16934.548 61.6 %
27506.465 100.0 %
- ALL LIGHT WATER 'EACTORS R
REACTOR OPERATIONS &
SURVEILLANCE 3311.184 6.2 X 276.262 0.5 %
1819.402 3.4 %
5406.848 10.1 X ROUTINE MAINTENANCE 4845.388 9.0 %
.2490.560 4.6 %
8610.644 16.1 %
159%a."G2 29.7 %
INSERVICE INSPECTION 420.694 0.8 %
452.360 0.8 %
3191.255 6.0 %
4064.3%9 7.6 %
SPECIAL.M4INTENANCE 2952.672 5.5 %
2354.803 4.4 %
18223.084 34.0 X 23530.357 43.9 %
WASTE PROCESSING 1083.975 2.0 %~
71.053 0.1 %
1325.913 2.5 %
2480.941 4.6 %
REFUELING 1073.695 2.0 %
273.113 0.5 %
833.980 1.6 %
2180.788 4.1 %
TOTALS 13687.608 25.5 %
5918.151
- 11. 0. %
34004.278 63.4 %
53610.037 100.0 %
- -Table does not include results from the PWRs at Point Beach 1,2 (1360 man-rems) because of formatting problems.
t l
1 4
l TABLE 9 PERCENTAGES OF ANNUAL COLLECTIVE DOSE AT LWRS BY WORK FUNCTION Percent of Dose Each Year Work Function 1975 1976 1977 1978 1979 1980~
1981 1982
'1983 Reactor Operations:
and Surveillance-10.8%
10.2%
10.5%
13.3%
12.2%
9.5%
8.9%
9.4%
10.1%
Routine Maintenance.
.52.6%
31.0%.28.1%
31.5%
29.2%
35.5%
36.1%
27.9%-
29.7%
Inservice Inspection 3.0%
6.0%
6.4%
7.7%
9.0%
5.5%
5.3%
6.5%
7.6%
Special-Maintenance 19.0%
40'.0%
42.5%
35.9% _39.4%
40.6%
40.5%
46.8%
43.9%
-Waste Processing
~ 6.9%
5.0%
5.8%.
5.0%
3.6%
3.0%
4.2%
5.0%
4.6%
Refueling 7.7%
7.9%
6.7%
6.6%
6.6%
6.1%
5.0%.
4.4%
4.1%
1 l
4
h TABLE 10 ANNUAL COLLECTIVE DOSE BY OCCUPATION AND PERSONNEL TYPE 1983 OCCUPATION STATION EMPLOYEES UTILITY EMPLOYEES CONTRACT WORKERS S OTHERS TOTAL PER FUNCTION MAN-REMS % OF TOTAL MAN-REMS % OF TOTAL MAN-REMS % OF TOTAL MAN-REMS % OF TOTAL BOILING WATER REACTORS MAlHIENANCE 2957.978 11.3 %
2835.918 10.9 %
15172.087 58.1 %
20965.983 80.3 %
OPERATIONS.
1407.712 5.4 %
14.381 0.1 %
230.856 0.9 %
1652.949 6.3 %
HEALTH PHYSICS 846.823 3.2 %
15.048 0.1 %
885.266 3.4 %
1747.157 6.7 %
SUPERVISORY 400.670 1.5 %
39.381 0.2 %
123.539 c.5 %
563.590 2.2 %
ENGINEERING 335.224 1.3 %
180.707 0.7 %
657.962 2.5 %
1173.893 4.5 %
TOTALS 5948.407 22.8 %
3085.435 11.8 %
17069.730 65.4 %
26103.572 100.0 %
PRESSURIZED WATER REACTORS MAINTENANCE 3976.465 14.5 %
1832.525 6.7 %
11885.746 43.2 %
17694.736 64.3 %
R$ OPERATIONS 1600.568 5.8 %
692.102 2.5 %
311.409 1.1 %
2604.079 9.5 %
HEALTH PHYSICS 1164.826 4.2 %
29.248 0.1 %
2335.980 8.5 %
3530.054 12.8 %
SUPERVISORY 484.471 1.8 %
39.060 0.1 %
343.546 1.2 %
867.077 3.2 %
ENGINEERING-512.871 1.9 %
239.781 0.9 %
2057.867 7.5 %
2810.519 10.2 X TOTALS 7739.201 28.1 %
2832.716 10.3 %
16934.548 61.6 %
27506.465 100.0 %
- ALL LIGHT WATER REACTORS MA1HTENANCE 6934.443 12.9 %
4668.443 8.7 %
27057.833 50.5 %
38660.719 72.1 %
OPERATIONS 3008.280 5.6 %
706.483 1.3 %
542.265 1.0 %
4257.028 7.9 %
HEALTH PHYSICS 2011.649 3.8 %
44.296 0.1 %
3221.266 6.0 %
5277.211 9.8 %
SUPERVISORY 885.141 1.7 %
78.441 0.1 %
467.085 0.9 %
1430.667 2.7 %
ENGINEERING 848.095 1.6 %
420.488 0.8 %
2715.829 5.1 %
3984.412 7.4 %
TOTALS 13687.608 25.5 %
5918.151 11.0 %
34004.278 63.4 %
53610.037 100.0 %
oTable doeS not include resultS from the PWRS at Point Beach 1,2 (1360 man-rems) becauSe of formatting problems.
l l
l 3.'3 -Health Implications of Average Annual Doses If any~ damage to health is caused by exposure to. radiation in the work place, it would likely manifest itself as certain types of cancer in the exposed worker or, less likely, as inherited genetic damage in the first few generations of the workers' offspring.
However, the liklihood of l
cancer or genetic. damage occurring as a result of radiation exposure experienced by workers in nuclear power plants.is small.
A vast amount of scientific information is available from which estimates.of these risks can be made. Much of this information, however, has been obtained from
.epidemiologic studies of human populations at levels of exposure consider-ably higher than those normally experienced in the work place.
Complemen-j ~
tary.to this, information obtained from many animal and cell biology studies have greatly enhanced our knowledge and understanding of the bio-logical effects of ionizing radiation.
Although using this information to estimate risks in the work place introduces uncertainties, these uncertainties can be dealt with in such a manner that the risk is not likely to be underestimated.
Thus,~the discussion below is likely to overstate the health implications rather than understate them.
Cancer induction as a result of radiation exposure has been examined by many organizations having scientific and medical expertise in the subject.
One of these, the National Academy of Sciences (NAS), published a compre-hensive review of the biological effects of ionizing radiation in 1980 (Ref. 16).
Based on this report, a large. working population receiving one million man-rems (man-cSv) might suffer an estimated 100 to 200 addi-tional cancer. deaths over the remaining years of their lives.
This risk i
estimate can be applied to the 56,471 man-rems (man-cSv) (Table 3) and the 85,646 workers who received measurable exposures.
The result is that, for the total work force exposed at commercial LWRs in 1983, the expected num-i ber of additional cancer deaths that might result from radiation dose received that year would be about ten.
These deaths would occur many years i
following the exposure and would be.in addition to the approximately 15,000 cancer deaths that occur normally in a population of 85,000 workers-without i
exposure to this amount of radiation.
Perhaps more meaningful to the individual workers are the health implications to the workers receiving the average dose of 0.66 rem (cSv) or the maximum dose of eight or nine rems-(cSv) during 1983.
The estimated increased cancer death risk is about one chance in 10,000 for the average dose and about one chance in 1,000 for the' maximum dose..Should a worker receive 0.66 rem-(cSv) per year continuously during.his entire working career (working from age 20 until age 65) his risk of dying from cancer could increase by approximately 2%
over the normal risk of dying.of cancer.t These risks can be compared to.
the American Cancer Society's estimates of one chance in four of developing
~
cancer and one? chance in six of dying of cancer.
-The pot'ential genetic effects from.a worker population receiving about 60,000 man-rems (man-Sv) is very'small compared to genetic damages that occur spontaneously.in this population.
Based again on the 1980 NAS report, tThe use'of the linear quadratic dose-response model'in making this risk estimate would estimateLan: increase in the risk of dying of cancer of less
.than 1%.
I 23 s
n
-w,
.:, - +,. ~
a w a
n---
---,-,=- -.
e
~,
~. - - - - - - - -
less than four serious genetic diseases could be induced in first genera-tion children of the 85,000 exposed
- workers and less than 60 in all future i
generations.
This number' can be compared to the approximately 100,000 serious genetic defects-that occur normally in one million live births, i
i.e., an average of about one serious defect in every ten live births.
Thus, the total. genetic damage in.the first generation children of 85,000 workers would be an increase of less than four cases (less than 0.05%) to the expected 8,500 cases that occur normally.
3.4 High Temperature Gas Cooled Reactor (HTGR)
.The only HTGR operating in the United States is the Fort St. Vrain plant near Denver, Colorado.
It is owned by the Public Service Company of Colorado which was licensed to operate the plant on December 21, 1973.
The 330 MWe (net) rated plant began generating electricity in December 1976. However, the plant did not declare commercial operability until July 1, 1979 and during 1983 the utility restricted the plant to a 70%
power level.
As shown in Table 11, annual whole body doses incurred by workers at the plant have, in general, been minimal.
For the last three years, everyone monitored has received a whole body dose that was less than 0.10 rem (cSv),
and no one has ever sxceeded an annual dose of 0.25 rems (cSv).
The aver-
. age dose per worker has remained at about 0.03_ rem (cSv) or less for the last several years.
For the 10 years ending on December 31,'1983, the total collective dose-for workers at the site was about 21 man-rems (man-cSv), and a total of 481 megawatt years of electricity had been gen-erated.
This yields a ten year average of about 0.04 man-rem (man cSv)per s
megawatt year.
The average value of this parameter for PWRs is twenty-six times as much (Table-6).
t TABLE 11 ANNUAL WHOLE BODY DOSES AT FORT ST. VRAIN 1974 - 1983 No. of Individuals with Annual Doses in Ranges (Rems)
Average Total' Annual Gross Measurable No No. of Collective Electricity Dose Per Measurable Measurable.
0.10-Individuals Dose (MW yrs)
Worker Year Dose but <0.10 0.25 Monitored (man-ress)
Generated (rems) 1974 1597-63 1
1,661 3.3 0.0 0.05 1975 1263 0
0 1,263 0.0 0.0 0.00 1976 1362 25 0
1,387 1.3 2.8 0.05 1977 946 55 1
1,002 2.9 29.8 0.05 r 1978 896 34 0
930
- 1. 7 '
75.7 0.05 1979 1149 120 2
1,271 6.4 28.6 0.01 1980 902 57 1
960 3.0 83.2 0.05 1981 1096 31 0
1,127
~ 1. 0 93.6 0.03 1982 978 22 0
1,000 0.4 72.6 0.02 1983 935 48 0
1,013
- 1. 0 94.4 0.02 f.
" Assuming that, on the-average, each exposed person will have one child in the future, i.e.,- 85,000 children born to this worker population.
24 -
4.
. TERMINATION DATA SUBMITTED PURSUANT TO 10 CFR S20.408 4.1 Termination Reports, 1969-1983 In 1969, the Atomic Energy Commission (predecessor of the NRC) began requiring operating nuclear power facilities and three other types of licensees
- to submit personal identification and exposure information upon the termina-l tion of each monitored person's employment or work assignment in the licensee's facility.
The appropriate information on each report is manually coded and entered into the Commission's computerized Radiation Exposure Information and Reporting System (REIRS) at Oak Ridge, Tennessee.
The data are retrievable by several criteria - social security number, name, facility, etc. - which allows statistical analyses of the data as well as the tracing of individual dose histories.
During the years that this information has been collected, some 1,040,000 termination records have been received for approximately 280,000 individuals who have been reported as having terminated their employment at nuclear power plants.
The figures given for the number of reports and the number of individuals are different because numerous individuals have been terminated more than once over the years and because some individuals may have had external doses reported for more than one part of the body as well as estimates of internal depositions of radioactive material, each of which is counted i
as one record. Table 12 provides a breakdown of this information for individuals terminating during each of the fourteen years and shows that the number of such records has continued to increase each year for which all of the data have been entered into REIRS.
Part of this is due to the
~
fact that each annual transient worker (see Section 4.4) has terminated an average of 2.6 times each year since 1978.
4.2 Limitations of the Termination Data When examining or using the statistics in this report that are based on the termination data, one should keep in mind that these data have various limitations:
(1) Some licensees submit a termination report for each monitored non-utility employee at the end of each monitoring period rather than waiting until the individual actually completes his work assignment at the facility.
(2) The period (s) of exposure that are reported for terminating individuals may indicate the monitoring period during which he may have been. exposed to radiation rather than the actual dates of exposure.
(3) Some licensees report cumulative periods of expo-sure and doses rather than the actual periods and dose incurred during each period.
(4) Licensees having more than one licensed facility some-times include in the termination report submitted when the individual leaves the second facility the dose that he incurred at the first facility
- Industrial radiographers; fuel processors,-fabricators, and reprocessors; and manufacturers and distributors of specified quantities of byproduct material.
Three other types of NRC. licensees are now required to submit reports pursuant to 10 CFR SS 20.407 and 20.408:
geologic repositories for high-level radioactive waste; receivers of radioactive waste from other persons for land disposal; and independent installations for the storage of spent fuel.
25
l which had already been reported.
Although attempts have been made to correct for some of these problems, they are still an additional source of error in any statistics developed from the termination data.
TABLE 12 TERMINATION REPORTS SUBMITTED FOR REACTOR PERSONNEL 1969 - 1983 Number of Number of Termination Terminating Year Records Individuals 1969 790 730 1970 2,130 1,910 1971 2,350 2,200 1972 4,500 3,890 1973 11,530 9,070 1974 16,950 11,600 1975 38,380 22,630 1976 63,590 35,290 1977 81,704 36,864 1978 85,308 37,359 1979 118,218 48,305 1980 162,515 65,092 1981*
177,832*
66,90?*
1982**
153,390**
56,491**
1983**
86,223**
34,563**
- Data were updated based on more recent compilations.
- Not all of the termination cata for individuals terminat-ing during 1982 and 1983 have been entered into the REIRS.
4.3 Transient Workers per Calendar Quarter One use that is being made of the information contained in the termination reports is the exaraination of the doses being received by short-term workers.
Since nearly half of the termination reports indicated periods of exposure that were less than 90 days, it is possible tnat.several l
thousand individuals could have been employed by two or more licensees l
during the same calendar quarter.
Thus, a " transient" worker is defined here as an individuil who began and terminated employment at two or more different licensed facilities within one calendar quarter.
This allows l
26
one to examine the doses of those workers most likely to approach the quarterly limits without the licensee's knowledge since they move so rapidly among facilities.
Table 13 displays some of the information gathered from these termination reports that were submitted by the licensed nuclear power facilities. The number of these workers has increased more than twentyfold during the five years 1972 through 1976, but now appears to be increasing at a much smaller rate.
The top part of Table 13 shows that the average individual dose (which is close to being a quarterly dose for most of these workers) showed a decreasing trend in the earlier years and has remained at about 0.42 rems (cSv) for the last two years.
The bottom half of the table separates the information shown in the top part and presents the doses of the workers employed by two, three, and four or more different reactor licensees.
The majority of these workers each year were reported by two different licensees during a quarter. The smaller number of workers terminated by three or more licensees received higher average doses than those terminated by two employers every year except for 1982.
Examinations of these records have revealed that some individuals have worked for as many as six different NRC li.censees during one calendar quarter.
However, on the average, less than t.wo instances per year have been found in which a worker exceeded his quarterly limit of 3 rems (cSv) as a result of his working at two or more different licensed facilities within one calendar quarter.
In a few of these instances, the doses that the workers had received while employed by the first utility were revised upward later ir. the year.
The under estimates resulted in quarterly doses that slightly exceeded 3 rems (cSv).
A very few quarterly exposure exceeding 3 rems (cSv) may.have gone undetecteo because a worker's dose was received over a period spanning more than one quarter and was reported for the entire period. When this happens, it is not possible to determine the portion of the dose received during each quarter.
l 4.4 Transient Workers per Calendar Year Since the number of transient workers per calendar quarter comprise only a small percentage of the total number of individuals terminating each year, it was decided to change the criteria so that the records of more workers would be examined.
This was done by selecting the records of all individuals who began and terminated two or more periods of employment with at least two different reactor facilities within one calendar year and summing each worker's whole body doses.
An examination of these data would allow one to determine the number and average dose for the " annual transients." Table 14 presents the number and doses of the transients found among the individuals terminating during the six years 1977 through 1982.
A similar collation has not been done for the 1983 data because not all of them have yet been computerized.
One can see that the number of these workers increased from about 3,200 workers in 1977 to about.
5,400 in 1980 and 1981.
The 4,481 workers shown for 1982 is may indicate a decreasing trend or may be due to the fact that all of the 1982 termina-tion data have not yet been computerized.
The average dose, however, remains at about 1 rem (cSv).
27
~
l TABLE 13 TRANSIENT WORKERS PER CALENDAR QUARTER AT NUCLEAR POWER FACILITIES 1972 - 1982 No. of No. of Workers Collective Average Year Commercial Terminated by Dose Dose Reactors Two or More Licensees (Man-ress)
(Rems) 1972 18 57 57 1.00 1973 24 146 123 0.84 1974 34 285 157 0.56 1975 44 684 493 0.72 1976 53 1,257 889 0.71 1977 57 1,435 851 0.59 1978 64 1,500 680 0.45 1973 68 1,754 802 0.46 1980 69 2,218 1,033 0.47 1981*
71 2,335 952 0.41 1982**
75 1,922 771 0.40 No. of Workers Collective Average No. of Workers Collective Average No. of Workers Collective Average Year Terminated by.
Dose Dose Terminated by Dose Dose Terminated by Dose Dose Two Licensees (Man-rems)
(Rems)
Three Licensees (Man-rems)
(Rems)
>Three Licensees (Man-rems)
(Rems) 1972 54 52 0.96 2
3 1.50 1
2 2.00 1973 133 108 0.81 11 13 1.18 2
2 1.00 1974 255 132 0.52 28 24 0.86 2
1 0.50 1975 609 427 0.70 70 62 0.89 5
4 0.80 1976 1,095 720 0.66 145 146 1.01 17 23 1.35 1977 1,271 718 0.56 147 115 0.78 17 18 1.06 1978 1,303 590 0.45 165 75 0.45 32 15 0.47 1979 1,527 647 0.43 178 130 0.73 49 25 0.51 1980 1,896 856
'O.45 259 140 0.54 63 36 0.57 1981*
1,967 780 0.40.
308 145 0.47 60 27 0.45 1982**
1,659 678
'O.41 216 84 0.39 47 9
0.19
- Revised according to latest compilations.
- Figures for 1982 may be incomplete because all of the 1982 termination data may not have been computerized at this time.
i l
l l.
l f
l TABLE 14 l
1 TRANSIENT WORKERS PER CALENDAR YEAR AT NUCLEAR POWER FACILITIES 1977 - 1982 No. of No. of Workers Collective Average Year Commercial Terminated by Dose Dose Reactors Two or More Licensees (Man-ress)
(Rems) 1977 57 3,161 3,776 1.19 1978 64 3,202 3.231 1.01 1979 68 3,938 3,891 0.99 1980 69 5,463 6,028 1.10 1981*
71 5,425 5,381 0.99 1982**
75 4,481 4,954 1.11 to No. of Workers No. of Workers Collective Average No. of Workers Collective Average Terminated by Collective Average Year Terminated by Dose Dose Terminated by Dose Dose Four or More Dose Dose Two Licensees (Man-rems)
(Rees)
Three Licensees (Man-ress)
(Rems)
Licensees (Man-rems)
(Rems) 1977 2,166 1,987 0.92 572-842 1.47 423 947 2.24 1978 2,119 1,490 0.70-621 792 1.28 462 949 2.05
-1979 2,761 2,097 0.76 688 805 1.17 489 989 2.02 1980 3,772 3,444 0.91 959 1,245 1.30 732 1,339 1.83 1981*
3,745 3,033 0.81 924 1,172 1.27 756 1,176 1.56 1982**'
3,059 3,025 0.99 829 1,055 1.27 596 874 1.47
- Revised according to latest compilations.
- Figures for 1982 may be incomplete because all of the 1982 termination data may not have been computerized at this time.
b i
The lower portion of the table shows the number and doses of workers that were terminated by two, three and four or_more different reactor licensees during the year.
The average dose of workers employed by two licensees increased to 0.99 rem (cSv) in 1982, while the average dose of those i
employed by three licensees remained at 1.27 rems (cSv).
The average dose of workers employed by four.or more licensees has continued to 4
j decline from a value of 2.24 rems (cSv) in 1977 to a value of 1.47 rems (cSv) in 1982.
i I
In order to determine the impact that the inclusion of these individuals in each of.two or more licensee's. annual reports _had on the annual summary i
(Table 7)~for_all nuclear power facilities (one of the problems mentioned in Section 3.1), Tables 15a and 15b are presented.
Table 15a shows the actual distribution of these transient workers' doses as determined from the above-described termination reports and compares it with the distri-
.bution of the whole body doses as they would have appeared in a compila-tion of the annual statistical reports submitted by each of the nuclear i
power. facilities.
During each of the-years shown, each of the transient workers was counted an average of 2.6 times. This was not surprising 4
because some individuals were reported by as many as nine different facilities.
t Table 15b illustrates the impact that the multiple reporting of these transient workers had on the staff's compilations of the annual statisti-cal reports for the years 1978 through 1982.
Since each nuclear power facility reports the distribution of the doses received by workers while j
monitored by the particular facility during the year, one would expect that a summation of these~ reports would result in individuals being counted several times in dose ranges lower than the range in which their total accumulated dose (the sum of the personnel monitoring results incurred at each facility during the year) would actually place them.
Thus, while the total collective dose would remain about the same, the number of workers, their dose distribution and average dose would be affected by this multiple reporting.
This was found.to'be'true because j
too few workers.were reported in the higher dose ranges.
For example, in i
1982 the compiled annual reports indicated that 84,404 workers received a j
measurable dose, 74 of whom received doses greater than 5 rems (cSv).
After accounting for those individuals that were reported more than once, the-l adjusted distribution indicated that there were only 79,697 workers that l
-received a measurable dose and that 125 of.them received doses greater I
than five rems (cSv).
This resulted in an average measurable dose of l
0.71 rem (cSv) rather than the 0.66: rem (cSv) obtained from the compiled reports.-
ESince the number of transient workers receiving measurable doses is-only.
about'five percent of the total number of workers receiving measurable-
. doses during the year, their impact on most of the statistics-derived from-
. compilations'of the annual summary reports is not.very great.
- However, when examining the distribution of doses-over five rems, one finds that=
the adjusted statistical distribution indicates that the number of workers -
who received doses over five-rems (cSv) each year was between 50 and 80 l
more than the number found in the compiled statistical--distribution.
This is l
l 30
-~-
~m
___m TABLE 18e ACTUAL AND COIFILED DOSE DISTR 18LITI0 BIS OF TRAII51ENT WD8EERS PER CALEleAR YEAR AT POWER CACTORS
~
q teumber of Individuals with Whole Body Doses in the Ranges (Rems)
Total Total Avg.
. Type of Distribution r
tess than steas'ble 0.10-0.25-0.50-0.75-1.00-2.00-3.00-4.00-5.00-6.00-7.00-8.00-9.00-
)
).
parasurao le
< 0.10 0.25 0.50 0.75 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 9.00 10.00
>10 b,231 1.01 1.12 3
Transients - 1978 308 885 317 282 177 131 463 307 168 10/
42 13 1
0 1
3.202 Actual Distribution of s
8*277 "3'231 0.39 0.52 Compiled Ofstributton af Transients - 1978 -
2,079 2,423 918 788 488 382 873 262 51 11 0
2
_af Transients - 1979 373 883 398 358 281 240 678 410 195 71 32 14 4
1 3,938 "3,888 0.99 1.09 Actual Distribution b,888 0.40 0.52 3
af Transients - 1979 2,130 2,676 1,259 1,048 673 460 1,040 313 46 3
1 9,649 Compiled Distritution b,028 1.10 1.22 af Transients - 1980 533 1,175 565 482 388 277 829 595 353 174 47 25 15 4
1 5,463 6
Actual Distribution b,028 0.43 0 56 13'956 6
Compiled Of stribution
' sf Transients - 1980 3.207 3,910 1,639 1,398 900 661 1,632 503 74 29 4
4 4
b,381 0.99 1.08
- sf Transients - 1981 562 1,271 482 422 380 310 954 614 275 107 30 17 0
1 5,425 5
Actual Distribution b,381 0.39 0.52 13,955 5
Compf fed Of stributten af Transients - 1981 3,640 3,767 1,473 1,418 963 716 1,550 349 69 8
1 1
b,954 1.11 1.24 4
s.f Transients - 1982 494 1,048 359 337 263 240 731 485 307 164 34 18 0
0 0
1 4,481 Actual Distribution b
11*724 4*954 0 42 G.57 Compiled Ofstributfon af Transients - 1982 3,030 2,%4 1,469 1,079 708 578 1,328 472 78 17 1
TABLE 15b EFFECTS OF TRANSIENT WORKERS ON ANNUAL STATISTICAL COMPILATIONS Olstribution - 1978 31.039 16,673 6,943 5,504 3,399 2,498 6,405 2,989 1,080 418 67 26 8
0 0
2 77,051 31,806 0.41 0.69
" Compiled Statistical 01stribution - 1978 29,268 15,135 6,342 4,998 3,088 2,247 5,995 3,034 1,197 514 109 37 9
0 1
2 71,976 31,668 0.45 0.74
Adjusted Statistical Olstribution - 1979 42,340 24,632 9,883 8,090 5,147 3,426 7,898 3,306 1,255 477 86 28 13.
2 0
1 106,584 39,987 0.38 0.62
- Compiled Statistical 100,873 39*525 0.39 0.66
-' Adjusted Statistical 01stributton - 197S 40,583 22,831 9,022 7,400 4,755 3.206 7,536 3,403 1,404 545 117 42 17 3
0 1
Olstribution - 1980 47,377 29,695 11,751 9.820 6,082 4,518 11,474 4.615 1,537 686 192 98 18 3
128,668 53,799 0.42 0.67
- Complied Statistical Distribution - 1980 44,703 26,960 10,677 8,904 5,570 4,134 10,671 4,607 1,816 831 235 119 29 7
1 120.166 53,626 0.45 0.72
- Adjusted Statistical Distribution - 1981 42,323 29,332 12,217 10.326 6,625 4,903 11,766 4,546 1,763 486 93 81 11 2
1 1
124,506 54,142 0.43 0.66
- " Complied Statistical Olstribution - 1981 39,245 26,836 11.226 9,330 6,042 4,497 11,170 4.811 1,%9 585 122 91 11 3
1 1
115,946 54,142 0.47 0.71
' Adjusted Statistical Of stribution - 1982 45,871 31,502 12,693 10,814 6,739 4.795 10,855 4,686 1,814 432 56 13 4
0 1
130,275 52,191 0.40 0.62
. " Compiled Statistical 123*032 52*191 0.42 0.65
' Adjusted Statf stical Distribution - 1982 43,335 29,586 11,583 10,072 6,294 4,457 10,258 4,699 2,043 579 89 30 4
0 1
1
'laciudes data from Fort St. Vrain.
Collective dose found by summing the actual doses reported for those workers on their termination reports.
b
" Distribution found by subtracting the actual from the coagelled distribution shown in Table 15e and then subtracting this difference from the complied statistical distribution shown in Table 156.
l
more clearly shown in Table 16, where it can also be seen that in 1982 the number of workers receiving doses greater than five rems (cSv) fell to 125, 0.2% of the work force.
Similar corrections and tables for the 1983 annual data will be presented in a subsequent report.
TABLE 16 i
i ANNUAL WHOLE BODY DOSES EXCEEDING FIVE REMS (cSv)
Compiled Number Adjusted Number Percent of Year
>5 Rems
>5 Rems Workers
[
1977 270 351
~
0.9 1978 103 158 0.4 1979 130 180
- 0. 3 1980 311 391 0.5 i
1981 189 235 0.3 j
1982*
74 125 0.2 4
4.5 Temporary Workers Per Calendar Year To complete the examination of the doses received by the short-ters i
workers employed at nuclear power facilities, Table 17 summarizes the data compiled on " temporary workers".
For purpose of this report, temporary' workers were defined to be those individuals who began and ended their
)
employment at only one nuclear power facility during the calenaar year.
f Table 17 shows that the number of these individuals has grown each year except for 1982 when the number receiving measurable doses decreased by about 4,000 to around 24,000 workers.
Comparison of these figures with those in Table 15b reveals that these workers comprised 31% of the total i
i number of workers (76,701) receiving a measurable dose in 1982, while their collective dose was only 25% of the total collective dose.
Their average measurable dose of 0.57 rem (cSv)'was also less than the~overall average of 0. 65 rem (cSv).
j i
TABLE 17 l
TEMPORARY WORKERS PER CALENDAR YEAR (Individuals terminated by only one employer)
I l
No. of Total No.
No. with Collective Avg. Dose Avg. Meas'ble YEAR Reactors Monitored Meas'ble Dose Dose (rems)
Dose (ress) j (man-rems) l 1977 57 29,090 19,094 11,373 0.39.
0.60 i
1978 64 28,864 17,110 9,821 0.34 0.57 l
1979 68 38,347-21,491 9,488 0.25 0.44-1980 69 48,383 28,305 16,168 0.33 0.57
~1981 71
-48,265 28,675 16,755 0.35 0.58'
~1982*
75
'40,264 24,049 13,723 0.34 0.57
" Figures for 1982 may be. incomplete because all of the 1982 termination data have not yet been computerized.
32
,__,,,m_.__
5.
OVEREXPOSURES TO RADIATION The term " overexposure" as used in this report refers to exposures to radiation or radioactive material that exceeded quarterly control limits established by NRC regulations. When these limits are exceeded for any reason, licensees are required to report the occurrence to the NRC, thus providing for investigations and corrective action as necessary.
The term " overexposure" is not necessarily intended to indicate that a worker has been subjected to an unacceptable biological risk.
The "overexposures" reported in 1983 are cases in point.
In 1983 there were seven individuals reported as being overexposured; the largest dose being 3.9 rems (cSv).
Doses of five individuals exceeded the 1.25-rem (cSv) quarterly limit; the doses of the two others exceeded the 3 rem (cSv) quarterly limit.* All seven cases occurred because of dose-tracking Five "overexposures" occurred during the second quarter of 1983 at errors.
the Surry nuclear plant when five contract workers received whole body doses between 1.6 and 2.4 rems (cSv). These were reportable exposures because forms indicating their previous radiation exposures because forms indicating their previous radiation exposure histories had not yet been completed, and the l
3-rem (cSv) per quarter limit therefore could not be used.
Similar dose-tracking errors at the Browns Ferry and the H. B. Robinson nuclear plants resulted in workers receiving quarterly. Table 18 presents the number and l
types of exposures exceeding NRC limits that have been reported by power reactors pursuant to 10 CFR S 20.403 and S 20.405 since 1971.
l "Three rems (cSv) per quarter are allowed if the workers occupational dose history has been obtained and his accumulated dose indicates an annual average of 5 rems (cSv) or less.
33
TABLE 18 OVEREXPOSURES AT POWER REACTORS 1971 - 1983 Sum'of Number of Workers Number of Workers Whole Body Maximum Exposed to Excessive Overexposed to Doses Whole Body Concentrations of Maximum Year External Radiation (man rems)
Dose (Rems)
Radioactive Material Exposure 1971 2
4.5 3.1 21 6.1 rems (thyroid) i 1972 16 49.7 5.1 2
2000 MPC-hrs
~
1973 19 61.2 4.0 0
1974 43 155.9 6.1 12 433 MPC-hrs 1975 14 44.2
- 3. 8 7
13.5 rems (lung) w*
1976 20 74.3 10.1 1
248 MPC-hrs 1977 27' 52.9
- 3. 6 0
1978 9
71.1 27.3 0
t 1979 23 43.4 10.1 0
1980 73 266.2 4.9 0
1981 7
35.4 21 0
1982 2
14.4
- 9. 4 0
1983 7
17.2 3.9 0
L
REFERENCES 1.
U. S. Nuclear Regulatory Commission, " Licensed Operating Reactors Status Summary Report," USNRC Report NUREG-0020, 1975-1982.*
1 2.
V._S. Energy Research and Development Administration, " Operating History, U. S. Central Station Nuclear Power Plants, 1976," USERDA Report ERDA-77-125.
3.
U. S. Atomic Energy Commission, " Nuclear Power Plant Operating Experience During 1973," USAEC Report 00E-ES-004, December 1974.*
4.
U. S. Nuclear Regulatory Commission, " Nuclear Power Plant Operating Experience 1974-1975," USNRC Report NUREG-0227, April 1977.*
l 5.
U. S. Nuclear Regulatory Commission, " Nuclear Power Plant Operating Experience 1976," USNRC Report NUREG-0366, December 1977.*
6.
M. R. Beebe, " Nuclear Power Plant Operating Experience 1977," USNRC Report NUREG-0483, February 1979.*
7.
" Nuclear Power Plant Operating Experience 1978," USNRC Report NUREG-0618, December 1979.*
8.
" Nuclear Power Plant Operating Experience - 1979," USNRC Report NUREG/CR-1496, May 1981.*
9.
" Nuclear Power Plant Operating Experience - 1980," USNRC Report NUREG/CR-2378, ORNL/NSIC-191, October, 1982.*
10.
" Nuclear Power Plant Operating Experience - 1981," USNRC Report NUREG/CR-3430, ORNL/NSIC-215, vol.-1, December, 1983.*
11.
United Nations, " Report of the Scientific Committee on the Effects of Atomic Radiation," Annex H, General Assembly of Official Records,1982, United Nations, New York.
12.
" Trends in Nuclear Power Plant Man-Rem Per Megawatt-Year," L. A. Cross, A. P. Cross, presented to American Nuclear Society-European Nuclear Society International Conference, Washington, D.C., November 17-20, 1980.
13.
Brodsky, A., R. Specht, B. Brooks, et. al., " Log-Normal Distributions of Occupational. Exposure in Medicine and Industry." _ Presented at the 9th Midyear Topical Symposium of the Health Physics Society,1976.
- Report is available for purchase from the National Technical Information 1
Service, Springfield, Virginia 22161, and/or the NRC/GP0 Sales Program, 1
Division of Technical Information and Document Control, U.S. Nuclear Regulatory Commission, Washington, D.C. 20555.
t 35
14.
Kumazawa, S. and T. Numakunai, "A New Theoretical Analysis of Occupational Dose Distributions Indicating the Effect of Dose Limits," Health Physics, Vol. 41, No._3, 1981.
i 15.
Kumazawa, S. and T. Numakunai, "A Method for Implementation of ALARA for Occupational Exposure Using the Hybrid Lognormal Model." Presented at the 27th Annual 1 Meeting of the Health Physics Society, July 1, 1982.
16.
National Academy of Sciences, "The Effects on Populations of Exposure to Low Levels of Ionizing Radiation:
1980," Committee on the Biological Effects of Ionizing Radiations, July 1980.
Available from the National Academy Press, 2101 Constitution Avenue, N.W., Washington, D.C. 20418.
I 36
APPENDIX A*
Personnel, Dose and Power Generation Sunnary 1969 - 1983 t
- A discussion of the methods used to collect and calculate the information contained in this appendix is given in Section 2.1.
a-.
a w
Appendix A Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rems per Man-reas per Average Man-watt-Availa-Personnel.
Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr ARKANSAS 1, 2 1975 588.0 76.5 147 21
. 0.14 0.0 Docket 50-313; DPR-51, NPF-6 1976 464.6 56.6 476 289 27
- 262, 100 189 0.61 0.6 1st commercial operation 12/74,-
1977 610.3 76.8 601 256 28 228 111
'145 0.43 0.4 Type - PWR 3/80 1978 627.2 77.5 722 189 32 157 109 80 0.26 0.3 Capacity - 836, 858 MWe 1979 397.0 55.3 1321 369 54 315 252 117 0.28 0.9 1980 452.8 63.7 1233 342 81 261 213 129 0.28 0.8 1981 1104.7 68.3 2225 1102 130 972 843 259 0.50 1.0 1982 905.4 58.6 1608 803 97 706 505 298 0.50 0.9 1983 915.0 54.6 2109 1397 97 1300 1145 252 0.66 1.5 ca BEAVER VALLEY 1 1977-355.6 57.0 331 87 8
79 58 29 0.26 0.2 Docket 50-334; DPR-66.
1978 304.2 40.8 646 190 11 179 152 38 0.29 0.6 1st commercial operation 10/76 1979 221.0 40.0 704 132 22 110 67 65 0.19 0.6 Type - PWR 1980 39.8 6.8 1817 553 76 477 477 76 0.30 13.9
' Capacity - 810 MWe 1981 573.4 73.6 1237 229 38 191 142 87 0.19
.4 1982 326.7 41.6 1755 599 126 473 481 118 0.34 1.8 1983 561.2 68.2 1485 772 158 614 615 157 0.52 1.4 BIG ROCK POINT 1969-48.1 165 136 0.82 2.8 Docket 50-155, DPR-6 1970 43.5 290 194 0.67 4.5
-1st commercial operation 3/63 1971 44.4 260 184 0.71 4.1 Type - BWR 1972 43.5 195 181 0.93 4.2 Capacity - 64 MWe 1973 50.9 241 285 119 166 1.18 5.6 1974 40.7 70.3 281 276 54 222 42 234.
0.98 6.8 1975 35.1 59.8 300 180 58 122 20 160 0.60 5.1 1976 29.5 50.1 488 289 82 207 105 184 0.59 9.8 1977 43.6 73.4 465 334 94 240 60 274 0.72 7.7 1978 48.5 77.9 285 175 93 82 9
166 0.61 3.6 1979 13.0 23.5 623 455 89 366 102 353 0.73 35.0
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Unit Total i
Man-rees per Man-rees per
- Average Man-i Hega-lAvaila-wa 6 Personnel Total Work Function Personnel Type Dose per rems.
Reporting Organization Year,
Year bility With Measur-
. Man-Opera-Maint.
Contrac-Station &
Worker per j (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr BIG ROCK POINT (Continued) 1980 48.9 79.0 599 3 54 16 338 91 263 0.59 7.2 1981
'56.9 90.6 479 160 58 102 38 122 0.33 2.8 1982 43.6 70.8 521 328 129 199 68 260 0.63 7.5 1983 42.3 71.0 493 263 32 231 55 208 0.53 6.9 t
BROWNS FERRY 1, 2, 3 1975 161.7 17.8 2380 325 0.14 l2.0 Docket 50-259, 50-260, 50-296; 1976 337.6 26.9 2207 234 0.11
, 0.7 DPR-33, -52, -68 1977 1327.5 73.0 1858 863 60 803 249 614 0.46 l 0.6 1st commercial operation 8/74, 1978 1992.1 73.5 2376 1792 4
1788 259 1533 0.75 l 0.9 3/75, 3/77 1979 2393.0 79.1 2689 1667 0
1667 289 1378 0.62 l 0.7 Type - BWR 1980 2182.1 73.6 2712 1825 4
1821 49 1776 0.67 1 0.8 Is Capacity - ID65,1065,1065 MWe 1981 2132.9 69.5 3379 2380 100 2280 404 1976 0.70 1.1 1982 2025.4 67.6 3277 2220 181 2039 317 1903 0.68 1.1 1983 1641.0 54.3 3302 3363 276 3087 908 2454 1.02 2.0 BRUNSWICK 2, 1 1976 297.2 56.0 1265 326 15 311 222 104 0.26 1.1 Docket 50-324, 50-325; DPR-62, -71 1977 291.1 55.7 1512 1119 48 1071 782 337 0.74 3.8 1st commercial operption 11/75, 1978 1173.1 83.7 1458 1004 99 905 695 309 0.69 0.8 3/77 1979 810.0 60.1 2891 2602 97 2505 2074 528 0.90 3.2 Type - BWR 1980 687.2 52.2 3788 3870 111 3759 3098 772 1.02 5.6 Capacity - 790, 790 MWe 1981 925.2 56.9 3854 2638 159 2479 1890 748 0.68 2.9 1982 540.3 50.3 4957 3792 162 3630 2841 951 0.76 6.5 1983 636.7 40.6 5602 3475 152 3323 2428 1047 0.62 5.5 CALVERT CLIFFS 1, 2 1976 753.4 95.2 507 74 28 46 8
66 0.15 0.1 Docket 50-317, 50-318; DPR-53, 1977 583.0 72.1 2265 547 36 511 224 323 0.24 0.9
-69 1978 1188.5 75.8 1391 500 13 487 143 357 0.36 0.4 u-
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rens per Man-rems per watt-Availa-Personnel Total Work Function Personnel Type
. Average Man-
' Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station & Worker per (MW-Yr)
Factor able Doses rems, tions
& Others tor Utility (Rems)
MW-Yr CALVERT CLIFFS 1, 2 (Continued) l 1st commercial operation 5/75, 1979 1161.0 74.0 1428 805 33 772 423 382 0.56 0.7 4/77 1980 1309.9 84.1 1496 677 15 662 402 275 0.45 0.5 Type - PWR 1981 1379.7 83.1 1555 607 29 578 378 229 0.39 0.4 Capacity 825, 825 MWe 1982 1238.3 73.7 1805 1057 84 973 402 655 0.59 0.8 1983 1397.2 81.6 1915 668 5
663 143 525 0.35 0.5 COOK 1, 2 1976 807.4 83.1 395 116 13 103 71 45 1
0.29 0.1 Docket 50-315; DPR-58. -74 1977 573.0 76.1 802 299,'
21 278 138 161 0.37 0.5 1st commercial operation 8/75, 1978 744.8 73.6 778 336 i 49 287 139 197 t
0.43 0.4 ca 7/78 1979 1373.0 65.3 1445 718 I 45 673 454 264 0.50 0.5 Type - PWR 1980 1552.4 74.1 1345 493 4 46 447 323 170 0.37 0.3 Capacity - 1020 MWe, 1060 MWe 1981 1557.3 73.4 1341 655 48 607 442 213 O.49 0.4 1982 1461.6 69.8 1527 699 67 632 472 227 l
0.46 0.5 1983 1456.5 71.2 1418 658 50 608 467 191 O.46 0.5 COOPER STATION 1975 456.4 83.6 579 117 30 87 19 98 0.20 0.2 Docket 50-298; DPR-46 1976 433.3 75.5 763 350 39 311 210 l
140 0.46 0.8 1st commercial operation 7/74 1977 538.2 86.2 315 197 50 147 66 131 0.63 0.4 Type - BWR 1978 576.0 91.0 237 158 40 118 58 100 0.53 0.3 Capacity - 764 MWe 1979 591.0 87.6 426 221 50 171 89 132 0.52 0.4 1980 448.3 71.2 7 15 859 70 789 644 215 1.09 1.9 1981 457.1 71.2 9 15 579 63 516 382 197 0.62
- 1. 3 1982 622.3 84.6 743 542 66 476 361 181 0.73 0.9 1983 396.6 63.3 1333 1293 57 1236 1081 212 0.93 3.3
Appendix A (Continued)
Per-onnel, Dose and Power Generation Summary i
Mega-t Unit Total Man-rees per Man ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per reos Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker.
per (MW-Yr) Factor able Doses reos-tions
& Others tor Utility (Rees)
MW-Yr CRYSTAL RIVER 3
! '3 18 311.5 41.4 643 321 8
313 244 77 0.50 1.0 Docket 50-302; DPR-72
~ l '379 453.0 58.9 1150 495 29 466 346 149 0.43 1.1 1st commercial operation 3/77
}1980 402.1 53.2 1053 625 24 601 382 243 0.59 1.6 Type - PWR 1981 490.4 62.2 1120 408 18 340 236 172 0.36 0.8 Capacity - 811 MWe 1982 589.8 76.0 780 177 9
168 116 61 0.23 0.3 1983 452.1 58.8 1720 552 71 481 353 199 0.32
- 1. 2 l
DAVIS-BESSE 1
' 1978 326.4 48.7 421 48 13 35 14 34 0.11 0.1 Docket 50-346; NPF-3 1979 381.G 67.0 304 30 8
22
.5 25 0.10 0.1 1.12 0.6 0
1st commercial operation 11/17 1980 256.4 36.2 1283 154 4
150 121 33 Type - PWR l 1981 531.4 67.4 578 58 1
57 32 26 0.10 0.1 Capacity - 874 MWe 1982 390.8 51.5 1350 164 12 152 139 25 0.12 0.4
' ft j 1983 592.1 l 73.0 718 80 6
74 46 34 0.11 0.1 DRESDEN 1,* 2, 3 1969 99.7 286 2.9 Docket 50-010, 50-237, 50-249; 1970 163.1 143 0.9 DPR-2, 25 4 1971 394.5 715 1.8 1st commercial operation 7/60, 1972 1243.7 728 0.6 7/70, 11/71 1973 1112.2 1341 939 143 796 344 595 0.i0
- 0. 8 Type - BWR 1974 C42.5 54.9 1594 1662 57 1605 1.04 2.0 Capacity - 197, 772, 773 PLh 1975 708.1 54.6 2310 3423 271 3152 2252 1171 1.48 4.8 1976 1127.2 80.8 1746 1680 228 1452 749 931 0.96
- 1. 5 1977 1132.9 77.0 1862 1693 316 1377 693 1000 0.91 1.5 1978 1242.2 79.5 1946 1529 204 1325 619 910 0.79 1.2 1979 1013.0 74.7 2407 1800 191 1609 641 1159 0.75 1.8 1980 1074.4 55.0 2717 2105 236 1869 1093 1012 0.77 2.0 1981 1035.7 51.5 2408 2802 120 2682 1850 952 1.16 2.7 1982 1085.3 77.9 2572 2923 136 2787 1731 1192 1.14 2.7 1983 913.6 65.6 2854 3582 176 3406 2127 1455 1.26 3.9
- Dresden 1 is shutdown, but it is still ir:luded in the count of commercial reactors shown elsewhere in the report.
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-ress per Man-ress per Average Man-watt-Availa.
Personnel Total Work Function Personnel Type Dose per rees Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility
( tes)
MW-Yr DUANE ARNOLD-1976 305.2 78.0 350 105 14 91 62 43 0.30 0.3 Docket 50-331; DPR-49 1977 353.6 78.9 538 299 36 263 220 79 0.56-0.8 1st commercial operation 2/75 1978 149.2 33.2 1112 974 59 915 932 42 0.88 6.5 Type - BWR 1979 352.0 78.0 757 275 35 240 219 56 0.36 0.8 Capacity - 515 MWe 1980 339.1 73.3 1108 671 32 639 570 101 0.61 2.0 1981 277.7 69.8 1286 790 56 734 598-192 0.61 2.8 1982 278.5 74.7 524
. 229 18 211 175 54 0.44
. 0. 8 1983 283.0 62.9 1468 1135 42 1093 1016 119 0.77 4.0 FARLEY 1, 2 1978 713.8 86.5 527 108 39 69 34 74 0.20 0.1 Docket 50-348, 50-364; NPF-2, -8 1979 211.0 28.6 1227 643 108 535 460 183 0.52 3.0 Pa. lst commercial operation 12/77, 1980 557.3 69.3 1330 435 106 329 185 250 0.33 0.8 7/81 1981 310.2 41.4 1331 511 96 415 270 241 0.38
- 1. 6 Type - PWR 1982 1271.5 79.2 1453 484 155 329 196 288 0.33 0.4
- Capacity - 804, 814 MWe 1983 1356.5 82.9.
1938 1021 241 780 479 542 0.53 0.8 FITZPATRICK 1976 489.0 71.6 600 202 0.34 0.4 Docket 50-333; DPR-59 1977 460.5 68.4 1380 1080 14 1066 937 143 0.78 2.3 1st commercial operation 7/75 1978 497.0 72.1 904 909 166 743 597 312 1.00
- 1. 8 Type - BWR 1979 349.0 50.8 850 859 169 690 538 321 1.01 2.5 Capacity - 810 MWe 1980 509.5 70.3 2056 2040 118 1922 1008 232 0.99 4.0 1981 562.9 74.7 2490 1425 187 1238 1072 353 0.57 2.5 1982 583.6 75.0 2322 1190 136 1054 862 328 0.51 2.0 1983 546.2 70.6 1715 1090 158 932 667 423 0.64 2.0
Appendix A (Continued)
Perscnnel, Dose and Power Generation Summary Mega-Unit Total Man rees per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
. Contrac, Station &
Worker per (MW-Yr) Factor able Doses rems tions
& Others '
tor Utility (Rems)
MW-Yr FORT CALHOUN 1974 294.0 83.5 I
327 71 24 47 0.22 0.2 Docket 50-285; DPR-40 1975 252.3 i 67.4 469 294 92 i
202 0.63 1.2 1st commercial operation 9/73 1976
- 265.9 69.5 516 313 28 285 38 275 0.61 1.2 72 225 0.56 0.8 Type - PWR 1977 351.8 79.4 535 297 33-264 Capacity - 438 MWe 1978 342.3 75.1 596 410 59 351 151 259 0.69 1.2 1979 440.0 95.7 451 126 19 107 47 79 0.28 0.3 1980 242.3 60.4 o91 668 38 630 426 242 0.75 2.8 1981 260.9 i 72.3 822 458 61 397 254 204 0.56 1.8 1982 418.0 t 89.7 604 217 44 173 99 118 0.36 0.5 1983 330.4 73.1 860 433 66 367 205 228 0.50 1.3 1
327.8 340
! 430 69 361 108 322 1.26 1.3
-$$ GINNA 1971 4
Docket 50-244; DPR-18 1972 293.6 677 10?2 71 961 278 754 1.52 3.5 1st commercial operation 7/70 1973 409.5 319 224 55 169 84 l
140 0.70 0.5 Type - PWR 1974 253.7 62.4 884 1225 1.39 4.8 Capacity - 470 MWe 1975 365.2 76.7 685 538 0.78
- 1. 5 1976 248.8 58.2 758 636 29 607
.I 210 426 0.84 2.5 1977 365.6 85.5 530 401 15 386 120 281 0.76 1.1 1978 386.5 80.6 657 450 20 430 98 352 0.68 1.2 1979 355.0 72.8 878 592 68 524 207 385 0.67 1.7 1980 370.5 76.0 1073 708 64 644 302 406 0.66 1.9 1981 399.0 82.1 925 655 49 606 251 404 u.71 1.6 1982 289.0 58.8 1117 1140 80 1060 546 594 1.02 3.9 1983 365.0 74.6 969 855 42 813 378 477 0.88 2.3
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rems per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rear
-Reporting Organization Year
. Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able. Doses rems tions
'& Others tor Utility (Rems)
MW-Yr-HADDAM NECK (CONN. YANKEE) 1969 438.5 138 106 27 79 0.77-0.2 Docket 50-213; DPR-61 1970 424.7 734 689 463 226 O.94
.1. 6 1st commercial operation 1/68' 1971 502.2 29 342 166 176 1.18 0.7 Type - PWR 1972 515.6 355 325 181 144 0.91
- 0. 6 --
-Capacity - 569 IWe 1973 293.1-951 697 544 153 0.73
- 2. 4 1974 521.4 91.2 550 201 0.36 0.4 1975 494.3 89.9 795 703 20 683 0.88 1.4 1976 482.9 82.5 644 449 5
444 253 196 0.70 0.9 1977 480.7 83.9 894 641 59 582 440 201 0.72
- 1. 3 1978 563.4 98.6 216 117 25 92 18 99 0.54.
0.2 1979 493.0.-
87.5 1226 1161 73 1088 783 378 0.95 2.4 1980 426.8 75.0 1860 1353 175 1178 1076 277 0.73 3.2 1981 487.5 84.3 1554 1036 174 862 809 227 0.67 2.1 1982 543.9 93.4 559 126 46 80 22 104 0.23 0.2 A
1983 453.7 77.8 1645 1384 106 1278 1017 367 0.84 3.1 HATCH 1, 2 1976 496.3 83.8 630 134 79 55
{
4 130 0.21 0.3 Docket 50-321, 50-366; DPR-57; 1977 446.8 66.3 1303 465 96 369 220 245 0.36.
1.0 MPF-05 1978 513.0 72.8 1304 248 88 160
?
52 196 0.19 0.5 1st commercial operation' 12/75,.
1979 401.0 54.6 2131 582 85 497 l
382 200 0.27
- 1. 5 9/79 1980 1008.7 70.9 1930 449 143 306 163 286 0.23 0.4 Type - BWR 1981 870.9 64.3 2899 1337 200 1137 I
792 545 0.46 1.5 Capacity
.764, 771 MWe 1982 768.0 56.6 3418 1460 218 1242 1064 396 0.43 1.9 1983 934.7 68.6 3428 1299 253 1046 851 448 0.38 1.4 g
HUMBOLDT BAY
- 1%9 44.6 125 164 69 95 i
12 152 1.31 3.7 Docket 50-133; DPR-7 1970 49.3 115 209 130 79 37 172 1.82 4.2 "Humboldt Bay is shutdown indefinitely. It is still included ir, the count of commercial reactors.
?
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-ress per Man-rees per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rees W rker per Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
o (MW-Yr)
Factor able Doses reos tions
& Otiiers tor Utility (Rems)
MW-Yr HUMBOLDT BAY (Continued) 1st commercial operation 8/63 1971 39.6 140 292 114 178 65 227 2.09 7.4 Type - BWR 1972-43.1 127 253 81 172 57 196 1.99 5.9 Capacity - 63 MWe 1973 50.1 210 266 60 206 1.27 5.3 1974 43.4 83.8 296 318 103 215 1.07 7.3 1975 45.3 83.9 265 339 131 208 112 227 1.28 7.5 1976 23.5 46.4 523 683 37 646 50 633 1.31 29.1 1977 0
0 1063 1904 24 1880 973 931 1,79 1978 0
0 320 335 13 322 145 190 1.05 1979 0
0 135 31
' 11 20 2
29 0.23 1980 0
0 142 22 10 12 3
19 0.15 1981 0
0 75 9
0.12 1982 0
0 71 19 5
14 0
19 0.27
$4 1983 0
0 84 17 4
13 0
17 0.20 INDIAN POINT 1,* 2, 3**
1969 206.2 298 1.4 Docket 50-3, 50-247, 50-286; 1970 43.3 1639 37.8 DPR-5, 64 1971 154.0 768 5.0 1st commercial operation 10/62, 1972 142.3 967 6.8 8/73, 8/76 1973 0-2998 5262 709 4553 2847 2415 1.75 Type - PWR 1974 556.1 59.4 1019 910 0.89 1.6 1975 584.4 74.8 891 705 166' 539 47 658 0.79
- 1. 2 1976 273.9 34.8 1590 1950 154 1796 172 1778 1.23 7.1 1977 1278.3 75.3 1391 1070 189 881 383 687 0.77 0.8 1978 1172.3 67.8 1909 2006 260 1746 759 1247 1.05 1.7
- Indian Point I was defueled in 1975. It had a capacity of.265 MWe. It is still included in the count of commercial reactors.
- Indian Point 3 was purchased by a different utility and now reports separately.
_ _ _ ~ _ _. _.. - _. ~.,.
t Appendix A (Continued)
Personnel, Dose and Power Generation Summary 5
Mega.
Unit Total Man-rees per Man-reis per Average Man-watt-Availa-Personnel Total W rk Function Personnel Type Dose per rems o
Reporting Organization.
Year j Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per j
(MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr INDIAN POINT 1,* 2 1979 i ~ 574.0 71.4 1349-1279 209 1070 612 667 0.95 2.2 1
Docket 50-3, 50-247, 1980 {
510.8
'64.8
-1577; 971 181 790 398 573 0.62
- 1. 9 '
. DPR-5, -26
. 1981 367.5 46.0 2595-2731 237' 2494 1595 1137 1.05 7.4 1st commercial operation 10/62,.
1982
'532.4 65.4 2144 1635 343 1292 883 752 0.76 3.1 8/73.
. 1983 702.6 84.0 1057 486 200 286 217 269 0.46 0.7 Type - PWR Capacity - 0,864 MWe INDIAN POINT 3**
1979 568.0 66.5 808 636 63 573 482 154 0.79 1.1 Docket 50-286; DPR-64 1980 367.3 53.2 977 308 47 261 210 98 0.32 0.8
$5 1st commercial operation 8/76 1981 365.8 59.8 677 364 46 318 255 109 0.54 1.0 Type - PWR'.
1982 171.5 22.5 1477 1226 42 1184 1094 132 0.83 7.1 Capacity - 965 MWe 1983 7.8 2.6 941 607 38 569 494 113 0.65 77.8
'KEWAUNEE 1975 401.9 88.2 104 28 1
27 12 16 0.27 0.1 Docket 50-305; DPR-43 1976 405.9 78.9 381 270 16 254 193 77 0.71 G.7 1st commercial operation 6/74 1977.
425.0 79.9 312 139 8
131 76 63 0.44 0.3 Type - PWR
. 1978 466.6 89.5 335 154 11 143 89 65 0.46 0.3 Capacity - 503 MWe 1979 412.0 79.0 343 127 6
121 79 48 0.37 0.3 1980 433.8 82.1 401 165 7
158 103 62 0.41 0.4 1981 451.8 86.7 383 141 7
134
. 94 47 0.37 0.3 1982 458.4 87.6 353 101 5
96 51 50 0.29 0.2 1983 444.1 83.7 445 165 10 155 119 46 0.37 0.4
" INDIAN POINT 1 was defueled in 1975.. It had 'a capacity of 265 MWe. It is still included in the count of commercial' reactors.
- INDIAN POINT 3 was purchased by a different utility and now reports separately.
Appendix A (kr.tinued)-
Personnel,-Dose and Power Generation Summary-Mega-Unit Total Man-rens per Man-ross per Average Man-watt-Availa-
. Personnel-
-Total Work Function'
' Personnel Type Dose per
.ress Reporting Organization Year Year bility
.With Measur -
Man-Opera-Maint.
Contrac-Station &
Worker
'per (MW-Yr)
Factor.
able Doses rees tions
& Others tor Utility (Rees)
MW-Yr LACROSSE 1970 15.3 111 40 71 7.2 Docket 50-409; DPR-45 1971
.33.1 218 158 0.72 4.8 1st commercial operation 11/69 1972 29.2 151
-172 1.14 5.9 Type - BWR 1973 24.4 157 221' 1.41 9.1 ~
Capacity - 48 MWe 1974
.37.9 81.0 115 139 89 50 6
133 1.21 3.7 1975 32.0 69.6 165 234 1.42 7.3 1976 21.2 47.6 118 111 40 71 6
105 0.94 5.2 1977 11.3 33.7 141 224 60 164 8
216 1.59 19.8 1978 21.6 E2.0 182 164 69.
95 6
158 0.90
- 7. 6 1979 24.0
.71.8 153 186 65 121 21 165 1.22 7.7 1980 26.4 68.5 124 218 63 155
-11 207 1.76 8.3 1981 29.6 76.0 187 123-62 61 3
120 0.66 4.2 1982 17.2 44.6 148 205 65 140 16 189
- 1. ~s9 11.9 f3 1983 24.8 59.7 160 313 103 210 31 282 1.96 12.6 MAINE YANKEE 1973 408.7 782 117 59 58 0.15 0.3 Docket 50-309; DPR-36 1974 432.6 68.7 619 420 64 356 188 232 0.68 1.0 1st commercial operation 12/72 1975 542.9 79.9 440 319 15 304 181 138 0.72 0.6 Type - PWR 1976 712.2 95.0 244 85 27 58 26 59 0.35 0.1 Capacity - 810 MWe 1977 617.6 82.2 508 245 46 199 112 133 0.48 0.4 1978 642.7 84.1
.638 420 54 366 262 158 0.66 0.6 1979 537.0 68.4 393 154 70 84 26 128 0.39 0.3 1980 527.0 72.2 735 462 117 345 277 185 0.63 0.9 1981 624.2 78.2 868 424 11 413 308 116 0.49 0.7 1982 542.5 69.1
.1295 619 33 586 462 157 0.4E 1.1 1983 677.1 83.6 592 164 40 124 72 92 0.28 0.2 i.
L l
l Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man rems per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization -
Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr MCGUIRE 1 1982 524.9 80.4 1560 169 26 143' 29 140 0.11 0.3 Docket 50-369; NPF-9 1983 558.3 55.4 1751 521 35 486 123 398' O.30 0.9 Ist ccamercial operation 12/81 Type - PWR Capacity - 1180 ptde-MILLSTONE POINT 1 1972 377.6 612 596 50 546 340 256 0.97
- 1. 6 Docket 50-245; DPR-21 1973 225.1 1184 663 125 538 422 241 0.56
- 2. 9 1st commercial operation 3/71 1974 430.3 79.1 2477 1430 0.58 3.3 Type - BWR 1975 465.4 75.6 2587 2022 0.78 4.3 Capacity - 654 MWe.
1976 449.8 76.1 1377 1194 54 1140 955 239 0.87 2.6 g
1977 575.7 89.6 1075 392 118 274 159 233 0.36 0.7 1978 556.6 87.6 1391 1239-140-1099 907 332 0.89 2.2 1979 505.0 77.3 1769 1793 198 1595 1326 467 1.01 3.6
,1980 405.8 69.0 3024 2158 100 2058 1864 294 0.71 5.3 1981 304.3 51.6 2506 1496 96 1400 1201 295 0.60 4.9
'1982 490.2
.79.9 1370 929 78 851 587 342 0.68 1.9 1983 640.1 95.6 309 244 63 181 74 170 0.79 0.4 CILLSTONE POINT 2-1976 545.7 78.7 620 168 26 142 73 95 0.27 0.3 Docket 50-336; DPR-65 1977 518.7 65.7 667 242 38 204 153 89 0.36 0.5 1
1st commercial operation 12/75 1978 536.6 67.3 1420 1621 72 1549 1534 87 1.14 3.0 Type-PWR 1979 520.0 62.8 757 472 81 391 305 167 0.62 0.9 Capacity - 860 lede 1980 579.3 69.2 892 636 76 560 514 122 0.71 1.1 1981.
722.4 82.6 890 531 44 487 393 138 0.60 0.7 1982 595.9.
70.6 2083 1413 27 1386 1219 194 0.68 2.4 1983 294.0 34.2 2383 1881 170 1711 1548 333 0.79 6.4 I
4 e
Appendix A (Continued)-
Personnel, Dose and Power Generation Summary-4 Mega-Unit:
Total Work Function Personnel Type Dose per ress'
. Man-rees per
. Man ress per Average Man-watt-Availa-Personnel
. Total Reporting Ot2anization Year Year' bility With Measur-
~ Man-Opera-Maint..
Contrac-Station &
Worker' per (MW-Yr)
Factor able Doses.
.ress tions.
& Others
- tor Utility (Rees)
MW-Yr -
1972 424.4 99 61 40 12 1 1
GO 0.62-
- 0.1
.MONTICELLO:
1973
-389.5-401 176 48 128 67 109 0.44-0.4 Docket.50-263; DPR.
'Ist commercial operation 6/71 :
1974' 349.3-74.9 842 349 "91 258 0.41 1.0-1.00 3.9
- Type - BWR 1975 344.8 72.2 1353 1353 Capacity - 525 MWe 1976 476.4 91.5
-325
- 263 59' 204 51 212 0.81.
0.5 1977 425.6 79.9-860 1000 135 865 661 339 1.16 2.3 1978 459.4 87.2 679 375 62 313 165 210 0.55
' O.8 :
1 106 0.42 0.3 5
1979:
522.0 97.6 372 157 62 95 1980 411.8 78.2 1114 531 82 449 248 283 0.48
- 1. 3 '
1981 389.3
-72.6 1446 1004 101 903 756 248 0.69 2.6 1982.
291.1 63.3 1307' 993 130 863 760
'233 0.76 3.4 1983-494.6 96.0.
416 121-57 64
'23 98 0.29 0.2 NINE MILE POINT l'.
1970 227.0 821 44 12 32 17 27 0.05 0.2 Docket 50-220; DPR-63 1971 346.5 1006
-195 43 152 63 -
132 0.19 0.6 1st commercial operation 12/69 1972
.381.8 735 285
'59.
226 28 257 0.39 0.7 Type - BWR f
1973 411.0 550
~567 139 428 118 449 1.03
- 1. 4 -
Capacity - 610 MWe 1974-385.9 70.5 740 824 42 782 279 545-1.11 2.1.
1975 359.0 72.1 649
.681 68 613 203-478 1.05 1.9 1976 -
484,6 88.2 392 428 52 376 229 199 1.09
. 0. 9 1977
^347.4 59.2 1093 1383 41 1342 883 500 1.26
'4.0 1978 527.7 95.1 561 314 59 255 26 288 0.56 0.6 1979 354.0 66.1 1326 1497 106 1391 940 557 1.13
- 4. 2 -
1980 533.9 92.3 1174 591 75 516 251-340 0.50
. 1.1 1981-385.2 66.0 2029 1592 144 1448 1054
'528 0.78 4.1 1982' 133.5 21.4 :
1352 1264 63.
1201 944 320 0.93 9.5
- 1983, 329.8 56.2
.1405 860 50 810 576 284 0.61 2.6 t
t 4
5 4
+
I c
, ~ ~..
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man rems per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Centrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr NORTH ANNA 1, 2 1979 507.0 61.7 2025 449 78 371 190 259 0.22
- 0. 9 Docket 50-338; NPF-04,,09 1980 681.8 86.5 2086 218 128 90 85
-133 0.10 0.3 1st commercial operation 6/78, 1981 1241.9 71.5 2416 680 188 492 343 337 0.28 0.5 12/80 1982 777.7 45.8 2872 1915 78 1837 1207 708 0.67 2.5 Type - PWR 1983 1338.4 76.1 2228 665 129 536 296 369 0.30 0.5 Capacity - 877, 890 MWe OCONEE 1, 2, 3 1974 650.6 60.1 844 517 18 499 144 373 0.61 0.8 Docket 50-269, 50-270, 50-287; 1975 1838.3 75.5 829 497 72 425 90 407 0.60 0.3 DPR-38, -47, -55 1976 1561.4 63.0 1215 1026 65 961 219 807 0.84 0.6 1st commercial operation 7/73 1977 1566.4 65.9 1595 1328 244 1084 294 1034 0.83 0.8 9/74, 12/74 1978 1909.0 75.8 1636 1393 179 1214 340 1053 0.85 0.7 cn Type - PWR 1979 1708.0 67.7 2100 1001 123 878 181 820 0.48 0.6 Capacity - 860, 860, 860 MWe 1980 1703.7 70.1 2124 1055 117 938 162 893 0.50 0.6 1981 1661.5 66.8 2445 1211 113 1098 275 936 0.50 0.7 1982 1293.1 52.5 2445 1792 97 1695 364 1428 0.73 1.4 1983 2141.5 82.2 1902 1207 88 1119 316 891 0.63 0.6 OYSTER CREEK 1970 413.6 95 63 21 42 11 52 0.66 0.1 Docket 50-219; DPR-16 1971 448.9 249 240 50 190 92 148 0.96 0.5 1st commercial operation 12/69 1972 515.0 339 582 150 432 167 415 1.72 1.1 Type - BWR 1973 424.6 782 1236 195 1041 683 553 1.58 2.9 Capacity - 620 MWe 1974 434.5 70.4 935 984 166 818 162 822 1.05 2.3 1975
'373.6-73.3 1210 1140 169 971 271 869 0.94 3.0 1976 456.5 79.3 1582 1078 70 1008 587 491 0.68 2.4 1977 385.7 70.1 1673 1614 76 1538 1048 566 0.96 4.2 1978 431.8 74.3 1411 1279 134 1145 696 583 0.91 3.0 1979 541.0 85.9 842 467 95 372 135 332 0.55 0.9 1980 232.9 41.4 1966 1733 97 1636 1182 551 0.88 7.4
Appendix A.(Continued)
. Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rees per
. Man ress per Average Man-watt-Availa '
Personnel.
. Total Work Function Personnel Type Dose per reos-Reporting Organization -
Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others
. tor Utility' (Rems)
MW-Yr OYSTER CREEK (Continued) 59.8 1689 917 48 869 479 438 0.54
.2.9 1981 314.8 1982 242.7 62.5 1270 865 33 832 491 374 0.68.
3.6 1983 27.9 11.5 2303 2257-65 2192 1863 394 0.98 80.9 0.4 PALISADES 1972 216.8 78
. 16 1117 661 472 1.16 3.9 Docket 50-255; DPR-20 1973 286.8 975 1133 1st commercial operation 12/71 1974 10.7 5.5 774 627 0.81 58.6 Type - PWR 1975 302.0 64.5 495 306 0.62
- 1. 0 -
Capacity - 635 MWe 1976 346.9 55.2 742 696 23 673 109 587 0.94 2.0 on 1977 616.6 91.4 332 100 13 87 23 77 0.30 0.2 1978 320.2 49.7 849 764 52 712 173 591 0.90 2.4 1979 415.0 59.9 1599 8 54 99 755 360 4 94 8
0.53 2.1' 1980 288.3 42.9 1307 424 191 233 312 112 0.32
- 1. 5 1981 418.2 57.2 2151 902 167 735 737 165 0.42 2.2 4-1982 404.3 54.7 1554 330 73 257 203 127 0.21 0.8 1983 454.4 60.3 2167 977 145 832 494 483~
0.45 2.2 1975 1234.3 80.9 971 228 0.23 0.2 PEACH BOTTOM 2, 3 1976 1379.2 73.0 2136 840
'180 660 434 406 0.39 0.6 Docket 50-277, 50-278; DPR-44 -56 1st commercial operation.7/74, 1977 1052.4 58.7 2827 2036 223 1813 1374 662 0.72 1.9 12/74 1978 1636.3-84.0 2244 1317 162 1155 709 608 0.59 0.8 Type - BWR 1979 1740.0-84.5 2276 1388 245 1143 717 671 0.61 0.8 Capacity. 1051, 1035 MWe 1980-1374.2
-66.3 2774 2302 311 1991 1596
-706 0.83 1.7 1981
'1161.8-58.0 2857 2506 273 2233 1880 626 0.88 2.2 1982 '
~ 1583.3 76.9 2734 1977 313 1664 1347 630 0.92 1.2 1983 824.7
.40.5 3107 2963 331 2632 2422 541 0.95 3.6 1
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man rems per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type 00se per rees Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others-tor Utility (Rems)'
MW-Yr PILGRIM 1 1973 484.0 230 126 49 77 0.55 0.3 Docket 50-293; DPR-35 1974 234.1 39.2 454 415 0.91
- 1. 8 1st commercial operation 12/72 1975 308.1.
71.3 473 798 142 656 412 386 1.69.
2.6
- Type - BWR 1976 287.8 60.7 1317 2648 66 2582 2270 378 2.01' 9.2 Capacity - 670 MWe 1977 316.6 61.4 1875 3142 146 2996 2176 966 1.68 9.9 1978 519.5 83.1 1667 1327 157 1170 895 432 0.80 2.5 1979 574.0 89.4 2458 1015 131 884 516 499 0.41 1.8 1980 360.3 56.2 3549 3626 207 3419 3076 550 1.02 10.1 1981 408.9 65.9 2803 1836 70 1766 1418 418 0.66 4.5 1982 389.9 63.9 2854 1539 314 1225 1094 445 0.54 3.9 1983 559.5 87.2 2326 1162 296 886 776 386 0.50 2.1 POINT BEACH 1, 2 1971 393.4 164 0.4 Docket 50-266, 50-301; DPR-24, -27 1972 378.3 580
- 1. 5 1st commercial operation 12/70, 1973 693.7 501 588 72 516 1.17 0.8 10/72 1974 760.2 81.3 400 295 70 225 81 214 0.74 0.4 Type - PWR 1975 801.2 82.9 339 459 1.35 0.6 Capacity - 495, 495 MWe 1976 857.3 86.7 313 370 58 312 107 263 1.18 0.4 1977 873.9 87.3 417 429 63 366 212 217 1.03 0.5 1978 914.4 90.9 336 320 71 249 111 209 0.95 0.3 1979 808.0 80.8 610 644 65 579 449 195 1.06 0.8 1980 727.2 82.5 561 598 60 538 420 178 1.07 0.8 1981 760.4 83.6 773 596 83 513 364 232 0.77 0.8 1982 757.2 84.3 767 609 72 537 375 234 0.79 0.8 1983 648.2 72.7 1702 1403 81 1322 1179 224 0.82 2.2 4
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-ress per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr PRAIRIE ISLAND 1, 2 1974 181.9 43.9 150 18 5
13 0.12 0.1 Docket 50-282, 50-306; DPR-42 -60 1975 836.0 83.3 477 123 0.26 0.1 1st commercial operation 12/73, 1976 725.2 76.6 818 447 68 379 235 212 0.55 0.6 12/74 1977 922.9 87.2 718 300 73 227 60' 240 0.42 0.3 Type - PWR 1978 941.1 92.2-546 221 43 178 48 173 0.40 0.2 Capacity - 503, 500 MWe 1979 865.0 86.0 594 180 29 151 49 131 0.30 0.2 1980 800.7 79.9 983 353 40 313 141 212 0.36 0.4 1981 844.9 80.5 836 329 153 176 128 201 0.39 0.4 1982 944.9 90.4 645 229 30 199 68 161 0.36 0.2 1983 921.1 86.8 654 233 14 219 73 160 0.36 0.3 2l QUA0 CITIES 1, 2 1974 958.1 72.3 678
. 482 36 446 0.71 0.5 Docket 50-254, 50-265; DPR-29, -30 1975
-833.6 68.4 1083 1618 114 1504 692 926 1.49 1.9 1st commercial operation 2/73, 1976 951.2 73.1 1225 1651 269 1382 648 1003 1.35 1.7 3/73 1977 970.1 84.0 907 1031 108 923 373 658 1.14 1.1 Type - BWR 1978 1124.5 88.6 1207 1618 156 1462 722 896 1.34 1.4 Capacity - 769, 769 MWe 1979 1075.0 84.6 1688 2158 215 1943 1250 908 1.28 2.0 1980 866.9 64.4 3089 4838 291 4547 3657 1181 1.57 5.6 1981 1156.9 81.1 2246 3146 100 3046 2623 523 1.40 2.7 1982 1018.7 76.0 2314 3757 177 3580 2653 1104 1.62 3.7 1983 1088.5 79.2 1802 2491 166 2325 1937 554 1.38 2.3 RANCHO SECO 1976 268.1 30.4 297 58 6
52 17 41 0.19 0.2 Docket 50-312; DPR-54 1977 706.4 77.1 515 390 61 329 248 142 0.76 0.5 1st commercial operation 4/75 1978 607.7
-80.5 508 323 76 247 176 147 0.64 0.5 Type - PWR 1979 687.0 91.1 287 126 27 99 64 62 0.44 0.2 Capacity - 873 MWe 1980 530.9 60.4 890 412 110 302 281 131 0.46 0.8 1981
-321.2 40.2 772 402 83 319 266 137 0.52-1.3 1982 409.5 53.3 766 337 49 288 217 120 0.44 0.8 1983 347.9 46.8 1338 787 158 629 604 183 0.59 2.3
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man reas per Man-ress per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr ROBINSON 2 1972 580.0 245 215 42 173 137 78 0.88 0.4 Docket 50-261; DPR-23 1973 455.1 831 695 0.84 1.5 1st commercial operation 3/71 1974 578.1 83.3 853 672 185 487 0.79 1.2 Type - PWR 1975 501.8 72.7 849 1142 1.34 2.3 Capacity - 665 MWe 1976 585.5 84.7 597 715 30 685 457 758 1.20 1.2 1977 511.5 85.2 634 455 52 403 223 232 0.72 0.9 1978 480.5 72.0 943 963 63 900 529 4 34 1.02 2.0 1979 482.0 70.8 1454 1188 60 1128 794 394 0.82 2.5 1980 387.3 62.2 2009 1852 79 1773 1379 473 0.92 4.8 1981 426.6 73.0 1462 733 45 688 513 220 0.50 1.7 1982 277.5 48.9 2011 1426 128 1298 945 481 0.71 5.1 1983 409.8 75.5 2244 923 96 827 628 295 0.41 2.3 T
SALEM 1, 2 1978 546.4 55.6 574 122 28 94 32 90 0.21 0.2 Docket 50-272,-311; DPR-70,-75 1979 250.0 25.5 1488 584 100 484 359 225 0.39 2.3 1st commercial operation 6/77, 1980 680.6 69.2 1704 449 55 394 281 168 0.26 0.7 10/81 1981 743.0 78.1 1652 254 4
250 152 102 0.15 0.3 Type - PWR 1982 1440.4 72.6 3228 1203 66 1137 846 357 0.37 0.8 Capacity - 1079, 1106, MWe 1983 742.0 35.4 2383 581 10 571 463 118 0.24 0.8 SAN ONOFRE 1 1969 314.1 123 42 10 32 5
37 0.34 0.1 Docket 50-206; DPR-13 1970 365.9 251 155 13 142 59 96 0.62 0.4 Ist commercial operation 1/68 1971 362.1 121 50 12 38 3
47 0.41 0.1 Type - PWR 1972 338.5 326 256 29 227 117 139 0.78 0.8 Capacity - 436 MWe 1973 273.7 570 353 40 313 168 185 0.62
- 1. 3 1974 377.8 86.1 219 71 0.32 0.2 1975 389.0 87.4 424 292 0.69 0.7 i
a Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rems per Han-rems per Avercge Mar-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr SAN ONOFRE 1 (Continued) 1976 297.9 70.2 1330 880 147 733 629 251 0.66 2.9 1977 281.2 63.7 985 847 77 770 451 396 0.86 3.0 1978 323.2 80.2 764 401 25 376 234 167 0.52 1.2 1979 401.0 90.2 521 139 23 116 65 74 0.27 0.3 1980 97.3 22.3 3063 2387 219 2168 2018 369 0.78 24.5 1981 95.9 26.7 2902 3223 100 3123 3104 119 1.11 33.6 1982 61.6 15.7 3055 832 81 751 729 102 0.27 13.5 1983 0.0 0.0 1701 155 31 124 113 42 0.09 SEQUOYAH 1, 2 1982 583.5 52.8 1965 570 67 503 57 513 0.29 1.0 Docket 50-327 -328; DPR-77, -79 1983 1663.7 75.0 1772 491 74 417 46 445 0.28 0.3 Ist commercial operation 7/81, ui 6/82 Type - PWR Capacity - 1148, 1148 MWe ST. LUCIE 1 1977 649.1 84.7 445 152 26 126 92 60 0.34 0.2 Docket 50-335; DPR-67 1978 606.4 76.5 797 337 15 322 140 197 0.42 0.6 1st commercial operation 12/76 1979 592.0 74.0 907 438 25 413 209 229 0.48 0.7 Type - PWR 1980 627.9 77.5 1074 532 82 450 195 337 0.50 0.8 Capacity - 822 MWe 1981 599.1 72.7 1473 929 20 909 556 373 U.63 1.6 1982 816.8 94.0 1045 272 17 255 105 167 0.26 0.3 1983 290.3 15.4 2211 1204 5
1199 924 280 0.54 4.2
- Sequoyah was counted for the first time in 1983.
l
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rems per Man-rems per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr SURRY 1, 2 1973 420.6 936 152 0.16 0.4 Docket 50-280, 50-281; DPR-32, -37 1974 717.4 49.8 1715 884 72 812 0.51
- 1. 2 1st commercial operation 12/72, 1975 1079.0 70.8 1948 1649 27 1622 1065 584 0.85 1.5 5/73 1976 930.7 60.4 2753 3165 444 2721 1873 1292 1.15 3.4 Type - PWR 1977 1139.0 72.2 1860 2307 348 1959 1380 927 1.24 2.0 Capacity - 775, 775 MWe 1978 1210.6 77.2 2203 1837 726 1111 1029 808 0.83 1.5 1979 343.0 42.3 5065 3584 173 3411 2975 609 0.71 10.4 1980 568.2 40.3 -
5317 3836 353 3483 3117 719 0.72 6.6 1981 907.6 59.3 3753 4244 428 3816 3040 1204 1.13 4.7 1982 1323.3 88.5 1878 1490 399 1091 506 984 0.79 1.1 1983 916.2 61.3 2754 3220 571 2649 1786 1434 1.17 3.5
- THREE MILE ISLAND 1, 2 1975 675.9 82.2 131 73 18 55 0.56 0.1 Docket 50-289; DPR-50 -73 1976 530.0 65.4 819 286 23 263 69 217 0.35
- 0. 5 1st commercial operation-9/74, 1977 664.5 80.9 1122 359 15 344 128 231 0.32 0.5 Type - PWR 12/78 1978 690.0 85.1 1929 504 23 481 235 269 0.26 0.7 Capacity - 776, 880 MWe 1979 266.0 21.9 4024 1392 197 1195 907 485 0.35 5.2 1980 0.0 0.0 2328 394 29 365 234 160 0.17 1981 0.0 0.0 2103 376 50 326 190 186 0.18 1982
- 0. 0
- 0. 0 2123 1004 62 942 433 571 0.47 1983 0.0 0.0 1592 1159 79 1080 637 522 0.73 TROJAN 1977 792.0 92.6 591 174 30 144 105 69 0.29 0.2 Docket 50-344; NPF-1 _
1978 205.5 20.6 711 319 81 238 124 195 0.45
- 1. 5 1st commercial operation 5/76 1979 631.0 58.1 736-257 74 183 113 144 0.35 0.4 Type - PWR 1980 727.5 72.5 1159 421 77 344 305 116 0.36 0.6 Capacity - 1080 MWe 1981 775.6 74.1 1311 609 113 496 363 246 0.46 0.8 1982 579.5 60.8 977 419 76 343 168 251 0.42 0.7 1983 494.2 62.4 969 307 35 272 129 178 0.32 0.6
- Three Mile Island 1 and 2 are shutdown. They are still included in the count of commercial reactors.
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-rems per Man-rems per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per (MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr TURKEY POINT 3, 4 1973 401.9 444 78 U.38 0.2 Docket 50-250, 50-251; DPR-31, -41 1974 953.6 794 454 88 366 202 252 0.57 0.5 1st commercial operation 12/72, 1975 1003.7 74.9 1176 876 270 606 559 317 0.74 0.9 9/73 1976 974.2 71.2 1647 1184 89 1095 868 316 0.72 1.2 Type - PWR 1977 979.5 72.1 1319 1036 94 942 522 514 0.78 1.1 Capacity - 666, 666 MWe 1978 1000.2 78.8 1336 1032 90 942 516 486 0.77
- 1. 0 1979 811.0 62.4 2002 1680 299 1381 997 683 0.84 2.1 1980 990.6 73.6 1803 1651 232 1419 1218 433 0.92 1.7 1981 654.0 46.8 2932 2251 274 1977 1854 397 0.77 3.4 1982 915.7 65.2 2956 2119 197 1922 1656 463 0.72 2.3 1983 878.4 62.8 2930 2681 272 2409 2119 562 0.92 3.1 0
VERMONT YANKEE 1973 222.1 244 85 0.35 0.4 Docket 50-271; DPR-28 1974 303.5 357 216 24 192 103 113 0.60 0.7 1st commercial operation 11/72 1975 429.0 87.8 282 153 70 83 63 90 0.54 0.4 Type - BWR 1976 389.6 77.1 815 411 36 375 246 165 0.50 1.0 Capacity - 504 MWe 1977 423.5 85.1 641 258 83 175 90 168 0.40 0.6 1978 387.5 75.9 934 339 78 261 A58 161 0.36 0.9 1979 414.0 82.1 1220 1170 546 624 642 528 0.96 2.8 1980 357.8 71.5 1443 1338 141 1197 926 412 0.93 3.7 1981 429.1 84.6 1264 731 121 610 408 323 0.58 1.7 1982 501.0 96.0 781 205 60 145 80 125 0.43
- 0. 4 1983 346.1 69.3 1316 1527 215 1312 787 740 1.16 4.4 YANKEE R0WE 1969 138.3 193 215 83 132 78 133 1.11 1.5 Docket 50-29; DPR-3 1970 146.1 355 255 90 165 158 97 0.72 1.7 1st commercial operation 7/61 1971 173.5 155 90 46 44 19 71 0.58 0.5 Type - PWR 1972 78.7 282 255 63 192 146 109 0.90 3.2 Capacity - 169 MWe 1973 127.1 133 99 47 52 0.74 0.8
Appendix A (Continued)
Personnel, Dose and Power Generation Summary Mega-Unit Total Man-reas per Man reas per Average Man-watt-Availa-Personnel Total Work Function Personnel Type Dose per rems Reporting Organization Year Year bility With Measur-Man-Opera-Maint.
Contrac-Station &
Worker per
-(MW-Yr)
Factor able Doses rems tions
& Others tor Utility (Rems)
MW-Yr YANKEE ROWE (Continued) 1974 111.3 243 205 99 106 0.84 1;8 1975 145.1 82.4 249 116 52 64 66 50 0.47 0.8 1976 152.2 89.8 152 59 17 42 4
55 0.39 0.4 1977 124.6 73.9 725 356 28 328 174 182 0.49 2.9 1978 145.0 81.0 565 282 26 256 95 187 0.50 1.9 1979 149.0 81.6 441 127 16 111 52 75 0.29 0.9 1980 35.6 22.0 502 213 6
207 90 123 0.42 6.0 1981
.109.0 74.4 515 302 8
294 136 166 0.59 2.8 1982 108.6 73.4 814 474 6
468 215 259 0.54 4.4 1983 163.5 91.4 395 68 19 49 4
64 0.17 0.4
' b ZION 1, 2 1974.
425.3 71.1 30E 56 13 43 0.18 0.1 Docket 50-295, 50-304; DPR-39 -48 1975 1181.5 74.9 436 127 17 110 49 78 0.29 0.1 1st commercial operation 12/73, 1976 1134.9 61.9 774 571 64 507 257 314 0.74 0.5 9/74 1977 1358.6 75.0 784 1003 43 960 561 442 1.28 0.7 Type - PWR 1978 1613.5 80.2 1104 1017 150 867 418 599 0.92 0.6 Capacity - 1040, 1040 MWe 1979 1238.0 67.6 1472 1274
_168 1106 747 527 0.87 1.0 1980 1411.2 74.1 1363 920 97 823 560 360 0.67 0.7 1981 1366.9 72.3 1754 1720 50 1670 1155 564 0.98 1.3 1982 1186.4 64.3 1575 2103 42 2061 1688 415 1.34 1.8 1983 1222.3 66.8 1285 1311 118 1193 905 406 1.02 1.1 i
e d
1
1 l
APPENDIX B Annual Whole Body Doses at Licensed Nuclear Power Facilities 1983
APPENDlX B ANNUALWHOLE BODY DOSES AT LICENSED NUCLEAR POWER FACILITIES 1983 m
.ee w
. % o.
e.a
- n.. an a PLARIT aba.sf ApaO TYPE
.O l;*
li:-
ll*
ll-1:-
1:-
t Zi t
- n
- t J.
"".*i
. ~ " ' '
J.""
Arkansas 1,2 PWR 869 788 292 238 146 118 314 196 15 2
2978 2109 1337 Beaver Valley PWR 1008 582 238 183 114 86 220 61 1
2493 1485 772 Big Rock Point BWR 86 232 44 52 36 33 71 21 4
57o 493 263 Browns Ferry 1.2.3 BWR 3699 580 390 471 310 270 681 419 141 29 9
2 7001 3302 3363*
brunswick 1,2 BWR 1418 2730 515 354 302 282 853 417 149 7020 5602 3475*
Calvert Cliffs 1,2 PWR 160 1109 230 156 105 66 232 17 2075 1915 668 Cook 1,2 PWR 1543 473 289 241 143 87 145 32 6
2 2961 1418 658 g
Cooper Station BWR 2239 548 67 75 57 48 355 201 31 1
3622 1383 1293 Crystal River PWR 776 587 443 312 172 99 98 8
1 2496 1720 552*
Davis-Besse PWR 986 468 169 58 18 1
4 1704 718 80*
Dresden 1,2,3 BWR 648 561 269 286 232 157 634 3C0 294 39 1
1 3502 2854 3582 Duane Arnold BWR 1267 419 165 195 144 111 292 113 26 3
2735 1468 1135 Farley 1,2 PWR 192 576 430 328 180 114 214 76 19 1
21:
1938 1021 Fitzpatrick EWR 725 644 243 215 128 87 237 107 52 2
2440 1715 1090*
Fort Calhoun PWR 128 352 115 112 80 64 105 25 A
3 988 860 433 Ginna PWR 407 239 97 106 96 82 251 71 21
- 6 1376 969 855
- These plants provided their actual collective dose in their 20.407 reports. The collective dose shown for the other plants is calculated by NRC staff,
o AretNoix a ANNUALWHOLE BODY DOSES AT LICENSED NUCLEAR POWER FACILITIES 1983 m
.e -.
mm.=
,o
. a.e.a n-en e PLAmf mas Amo Tv*E m
- t
- ir :=
tr :r it
- t r
it tr
- t tr it.
- tr J.
=. :.
27 Haddam Meck PWR 482 379 184 166 170 199 349 168 23 7
2127 1645 1384*
Hatch 1,2 SWR 950 1310 771 564 286 162 245 56 11 3
4378 3428 1299 Huetoldt Bay 8WR 68 38 25 16 3
0 2
152 84 17 Inotan Point 1,2 Pl."R 484 424 241 137 65 42 92 41 14 1
1541 1057 486 Indian Point 3 PWR 832 301 166 125 79 54 135 67 14 1773 941 607 Kewaunee PWR 239 174 78 58 45 40 49 0
1 734 445 165*
La Crosse EWR 62 37 10 10 4
3 25 27 14 18 12 222 160 313 Maine Yankee PWR 230 309 89 79 62 23 30 822 592 164 McGuire PWR 1789' 955 326 191 89 45 113 32 3540 1751 521 Millstone Point 1 8WR 133 98 39 35 27 16 51 32 7
4 442 309 244*
i Millstone Point 2 PWR 1024 756 303 267 205 123 393 249 57 30 3407 2383 1881*
Monticello BWR 1150 196 78 67 35 16 23 1
1566 416 121 Nine Mile Point BWR 765 438 240 185 139 89 236 66 11 1
2170 1405 860 T4 orth Anna 1,2 PWR 505 1532 151 154 110 92 136 37 14 2
2733 2228 665 Oconee 1,2,3 PWR 917 594 285 266 185 126 332 95 19 2819 1902 1207 Oyster Creek BWR 943 441 300 365 230 155 446 210 130 26 3246 2303 2257
- These plants provided their actual collective dose in their 20.407 reports. The collective dose shown for the other plants is calculated by NRC staff.
ANNUALWHOLE BODY DOSES AT LICENSED NUCLEAR POWER FACILITIES 1983 se
.ee -..anme s
,o
.in.e n
en 4 PtMut I.aa.E AseD TYPE
- 't
?"-
- t
- P tr
- t-lt-lA llt J.
i 1:.'
Palisades PWR 193 1227 256 179 107 79 181 98 29 11 2365 2167 977 Peach Bottom 2.3 BWR 1843 781 494 434 227 211 499 215 124 64 41 13 4
4950 3107 2963 Pilgrim BWR 0
919 370 393 213 89 200 113 26 6
2326 2326 1162 Point Beach 1,2 PWR 233 470 177 183 145 123 455 124 23 2
1935 1702 1403 Prairie Island 1,2 PWR 331 262 136 122 48 19 64 3
985 654 233 Quad Cities 1,2 BWR 835 369 120 123 103 92 453 344 170 28 2637 1802 2491 Rancho Seco 1 PWR 220 435 200 170 142 107 232 46 6
1558 1338 787 O
Robinson 2 PWR 1148 1314 221 156 119 99 255 63 17 3392 2244 923 Salem 1,2 PWR 1480 1201 528 363 135 66 76 13 1
3863 2383 581 San Onofre 1 PWR 8001 1397 135 93 32 21 21 2
9702 1701 155*
Sequoyah 1,2**
PWR 1579 684 415 351 178 65 75 3
1 3351 1772 491*
St. Lucie 1 PWR 2089 781 426 319 167 114 271 107 24 2
4300 2211 1204 Surry 1,2 PWR 588 775 404 242 135 138 400 277 202 180 1
3342 2754 1220 Tnree Mile Island 1.2 PWR 1115 612 156 175 110 103 288 94 33 21 2707 1592 1159 Trojan PWR 108 479 172 131 72 46 57 9
3 1077 969 307 Turkey Point 3,4 PWR 1478 652 386 400 278 201 617 263 100 33 4408 2930 2681
- These plants provided their actual collective dose in their 20.407 reports. The collective dose shown for the other plants is calculated by NRC staff.
- Sequoyah Unit 2 was counted for the first time in 1983
APPENDIX 8 ANNUALWHOLE BODY DOSES AT LICENSED NUCLEAR POWER FACILITIES 1983 Nummer et lenhveduals with Wuhose Boey Does en the f ohne Range (Ramel PLAasi esAME AND TYPE w
erando urande 0.10-8.25 -
0.50-8.75 -
10-20-30-4.0 -
5.0 -
4.0 -
7.0 -
S0-90-10.8-Mene-waldo Tesel e_
< e io en e so en so ao so se so se ve en so io s tr a ir o
..s e.
waa n-Vemont Yankee 8WR 890 134 177 176 131 104 356 171 62 5
2206 1316 1527*
Yankee Rowe PWR 1247 281 32 36 21 9
15 1
1642 395 68*
Zion 1,2 PWR 914 257 124 163 110 132 293 143 50 12 1
2199 1285 1311 Totals - BWRs 17721 10475 4317 4036 2607 1925 5659 2890 1252 229 63 16 4
51194 33473 27455 O
Totals - PWRs 33350 21425 7894 6260 3863 2783 6512 2421 698 315 2
85523 52173 29016 Grand Totals - LWRs 51071 31900 12211 10296 6470 4708 12171 5311 1950 544 65 16 4
136717 B5646 56471
- These plants provided their actual collective dose in their 20.407 reports. The collective dose shown for the other plants is calculated t;y NRC staff.
l l
l APPENDIX C Number of Personnel and Man-rems by Work and Job Function 1983 1
i e
i l
J Note: A 't' preceding a plant name indicates that the licensee's input was recategorized by NRC staff.
~ _...
APPENDIX C
.MUMBER OF PERSONNEL:AND MAN-REM BY WORK AND JOB FUNCTION PIANT: ARKANSAS 1.2 (PWR) 1983 NUMBER OF PELSONNEL f>100 M-REn1 TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CCHTRACT
' TOT Al
_ ORK 8 JOB FUNCTION EMSLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAN-REni__
W RFtCTOR OPERATIONS & SORV.
MAINTENANCE PERSONNEL-21 0
' 39 4.523 0.000 14.333 OPERATING PERSONNEL 68 0
O 25.345-0.000 0.000 HEALTH PHYSICS PERSONNEL 32 0
49 14.949 0.000 25.351
,f SUPERVISORY PERSONNEL.
0 0
0 0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 2
0.000 0.000 0.223 TOTAL 121 0
90-211 44.817 0.000 39.907 84.724 ROUTINE MAIN 1FNANCE MAINTENAhCF PERSONNEL 91 3
71
-41.296 0.963 34.648
- OPERATING PERSOHNEL 2
0 0
0.230.
0.000 0.000 HEALTH PHYSICS PERSONNEL 23 0
4 4.725 0.000 0.515 2
SUPERVISORY PERSONNEL 0
0 1.
0.000
.0.000 0.105 ENGINEERING PERSONNEL 0
0 4
0.000 0.000 1.043 1
TOTAL 116 3
80 199 46.251 0.963 36.311 83.525 IN-SERVICE INSPECJION MAINTENANCE PERSONNEL 0
1 45 0.000 0.130 22.097 OPERATING PERSONNEL 5
0 0
1.356 0.000 0.000 HEALTH PHYSICS PERSONNEL 3
0
-5 0.665 0.000 1.402 SUPERVISGRY PERSCHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
1 15 0.000 0.227 4.710 TOTAL 8
2 65 75 2.021 0.357 28.209 30.587 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 108 8
749 63.476 2.511 784.483 ch L CPERATING PERSONNEL 7
0 0
1.538 0.000 0.000 HEALTH PHYSICS PERSONNEL 28 0
35 16.359 0.000 17.564 SUPERVISORY PERSOHNEL 1
0 1
0.115 0,000 0.321 EMGINEFRING PERSONNEL 2
4 45 0.391 1.053 27.841 TOTAL 146 12 830 988 81.879 3.564 830.209 915.652 W4STE PROCESSING MAINTENANCE PERSONNEL 1
0 31 0.592 0.000 28.704 OPERATING PERSONNEL 2
0 0
1.023 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
0 5
2.579 0.000 1.111 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 EMGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 11 0
36 47 4.191 0.000 29.815 34.006 REFUELING MAINTENANCE PERSONNEL 54 6
57 30.511 2.395 27.893 OPERATING. PERSONNEL 12 0
0 2.306 0.000 0.000 i
HEALTH PHYSICS PERSOMMEL 3
0 4
1.123 0.000 1.028 SUPERVISORY PERSONNEL' O
O 1
0.000 0.000 0.720 ENGINEERING PERSONNEL 1
0 12 0.221 0.000 5.687 TOTAL 70 6
74 150 34.161 2.395 35.328 71.884 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 275 18 992 1285 140.398 5.999 912.158 1058.555 OPERATING PERSONMEL 96 0
0 96 31.795 0.000 0.000 31.795 HEALTH PHYSICS PERSONNEL 97 0
102 199 40.400 0.000 46.971 87.371 i
SUPERVISORY PERSONNEL 1
0 3
4 0.115 0.000 1.146 1.261 ENGINEERING PERSONNEL
-3 5
78 86 0.612 1.280 39.504 41.396 GRAND TOTAL 472 23 1175 1670 213.320 7.279 999.779 1220.378
- Workers may be counted in more than one category.
APPENDIX C NUMBER OF PERSONNEL CND MAN-REM BY WORK AND JOB FUNCTION PLANT: BEAVER VALLEY (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAH-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CON'RACT TOTAL NORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES
$ 0"HERS MAN-REMS REACTOR OPERATIONS 8 SUP4.
MAINTENANCE PERSONNEL 15 0
65 0.730 0.000 4.705 OPERATING PERSONNEL 47 0
0 11.825 0.000 0.000 HEALTH PHYSICS PERSONNEL 31 0
97 17.575 0.000 76.378 SUPERVISORY PERSONNEL 24 0
7
- 5. 18 6 0.000 2.405 ENGINEERING PERSONNEL 44 0
38 8.410 0.000 11.225 f0TAL 161 0
207 368 43.726 0.000 94.713 138.439 POUTINE MAINLLNA_N_gE MAINTENANCE PERSGNt:5L 89 0
324 52.738 0.000 215.742 OPERATING PERSONNEL 22 0
0 3.273 0.000 0.000 HEALTH PHYSICS PERSONNEL 23 0
45 0.999 0.000 6.309 SUPERVISORY PERSONNEL 15 0
4 3.655 0.000 0.415 ENGINEEDING PERSONNEL 30 0
31 5.729 0.000 4.495 TOTAL 179 0
404 583 66.394 0.000 226.961 293.355 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 16 0
96 1.465 0.000 25.085 OPERATING PERSONNEL 9
0 0
0.590 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
0 15 1.395 0.000 6.550 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 12 0
60 1.355 0.000 61.665 TOTAL 45 0
171 216 4.805 0.000 93.300 98.105
$PECIAL MAINTENANCE MAINTENANCE PERSONNEL 30 0
145 3.800 0.000 51.210
%4 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 gg HEALTH PHYSICS PERSONNEL 2
0 11 0.425 0.000 0.515 SUPERVISORY PERSCNNEL 0
0 5
0.000 0.000 2.075 ENGINEERJNG PERSONNEL 10 0
37 1.430 0.000 23.995 TOTAL 42 0
198 240 5.655 0.000 77.795 83.450 WASTE PROCESSING MAINTENANCE PERSONNEL 31 0
38 1.685 0.000 4.330 OPERATING PERSONNEL 4
0 0
0.870 0.000 0.000 HEALTH PHYSICS PERSONNEL 9
0 17 0.195 0.000 0.565
$UPERVISORY PERSONNEL 1
0 0
0.460 0.000 0.000 ENGINEERING PERSONNEt 3
0 0
0.575 0.000 0.000 TOTAL 48 0
55 103 3.785 0.000 4.895 8.680 REFUELTNG MAINTENANCE PERSONNEL 48 0
93 10.175 0.000 29.140 OPERATING PERSONNEL 1
0 0
0.020 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 4
0.000 0.000 0.250 SUPERVISORY PERSONNEL to 0
3 0.650 0.000 1.280 ENGINEEPING PERSONNEL 8
0 14 2.145 0.000 10.980 TOTAL 67 0
114 181 12.990 0.000 41.650 54.640 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 229 0
761 990 70.593 0.000 330.212 400.805 OPERATING PERSONNEL 83 0
0 83 16.578 0.000 0.000 16.578 HEALTH PHYSICS PERSONNEL 73 0
189 262 20.589 0.000 90.567 111.156
$UPERVISORY PERSONNEL 50 0
19 69 9.951 0.000 6.175 16.126 ENGINEERING PERSONNEt 107 0
180 287 19.644 0.000 112.360 132.004 GRAND TOTAL 542 0
1149 1691 137.355 0.000 539.314 676.669
- Workers may be counted in more than one category.
t APPENDIX C I
.I MURSER OF PERSONNEL AND MAN-REM SY WORK AND JOS FUNCTION PL&NTt BIG ROCK POINT (RWR) 1943 MUMBER OF PERSONNEL (>100 1-RIFM)
T0'At MAN-Rems I
4 STATION UTILI'Y CONT RAC' TOTAL STATION UTILI"Y C0i TRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYl!ES 8 OT 4ERS PERSONS EMPLOYEES EMPLOYMES 8 QTHERS MAN-REMS REACTOR OPERATI3NS 8 SuRV.
MAINTENANCE PERSONNEL 0
8 8
0.389 8.121 8.021 OPERATING PERSONNEL 32 1
5 20.614 8.174 2.820 NEALTH PHYSICS PERSONNEL 11 0
0 3.599 8.496 0.047
-SUPERVI5ORY PERSONNEL 3
0 1
8.848 0.022 0.589 ENGINEERING PERSONNEL 8
0 8
0.516 0.028 0.980 TOTAL 46 1
6 53 25.886 0.751 3.477 30.114 ROUTINE MAINTENANCE l
MAINTENANCE PERSONNEL 24 40 3
13.139 18.590 1.676 DPERATING PERSONNEL 1
1 0
0.543 8.721 8.ste NEALTH PHYSICS PERSONNEL 12 5
3 5.071 1.681 1.389 SUPERVISORY PERSONNEL
-9 8
8 3.248 8.153 8.045 ENGINEERING PERSONNEL 2
1 0
0.457 0.862 0.000 TOTAL 48 47 6
101 22.458 22.807 3.t10 47.575 IN-5ERVICE INSPECTION MAINTENANCE PER50NNEL 8
38 46 0.088 43.686 27.131 x
OPERATING PERSONNEL 1
4 3
8.254 1.700 8.540 NEALTH PNYSICS PER50NNEL 13 5
9 5.459
- 1. 943 3.912 SUPERVISORY PERSOMMEL e
1 1
8.217 8.698 0.323 ENGINEERING PERSONNEL t
5 16 0.167 2.011 6.061 TOTAL 15 49 75 139 6.177 49.950 37.967 94.894 IAL MAINTENANCE j
NTENANCE PER50MMEL 17 36 12 14.883 18.282 4.888 1
() DPERATING PER50hMEL 1
8 0
1.844 8.147 8.898 l
NEALTH PNYSICS PERSCNNEL 12 4
3 6.364 1.383 s.652 1
SUPERVISORY PERSONNEL 7
2 8
1.826 S.917 8.800 ENGINEERING PERSONNEL 1
2 1
8.217 0.721 0.291 TOTAL 38 44 16 98 24.338 28.370 4.951 50.659 MASTE PROCESSING RAINTENANCE PERSONNEL 4
0 8
1.398 8.175 8.149 OPERATING PERSONNEL 25 8
2 7.598 8.982 8.348 i
NEALTN PHYSICS PERSCNNEL 2
8 8
8.814 0.121 8.826 SUPERVISORY PERSONNEL 3
3 8
8.502 3.007 0.000 ENGINEERING Pets 0MNEL 0
8 0
0.823 0.000 0.000 TOTAL 31 0
2 33 9.827 0.345 8.483 10.615 REFUELING RAINTENANCE PERSONNEL 18 8.
5 3.756 8.258 1.572 i
DPERATING PERSONNEL 22 8
8 8.261 8.186 0.096 NEALTM PHYSICS PERSONNEL 2
8 8
8.566 8.032 '
8.088 l
SUPERVISORY PERSONNEL 8
8 8
8.066 0.000 8.000 i
ENGINEERING PERSONNEL 6
0 0
0.006 0.800 0.027 j
TOTAL 34 0
5 39 12.655 0.396 1.695 14.746 TOTAL BY JOB FUNCTION RAINTENANCE PERSONNEL 55 114 66 235 32.757 88.952 34.557 148.266 l
OPERATING PERSONNEL 82 2
18 94 39.118 2.350 3.764 45.732 i
NEALTH PNYSICS PERSONNEL 52 14 15 81 21.873 5.566 6.026 33.465 SUPERVISORY PERSONNEL 19 3
2 24 6.207 1.789 8.957 8.953 ENGINEERING PER53*NEL 4
8 17 29 1.386 3.622 6.379 11.387 CRaND T0 fat 212 161 tte 463 188.344 94.779 51.683 247.803
- 1Verhees suey be eeunced en snore than one category.
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69
APPENDIX C NUM3ER CF PER5CNNEL AND MAN-REM BY WCRK AND JOB FUNCTION PLANY: 3PUwSWICr 1.2
<!gt) 1983 WJ93ER OF PERSONMEt i>100 M-PEM)
TOTAL MAN-REMS STATIG*
UTILITY CONIPACT TOTAL STATION UTILITY CONTRACT TOTAL
_F7PR 8 103 FUNCTICM EFPtCVEES EMPLOYEES
& OTHEks PEESCNS EMPLOYEES EMPLOYEE 5 8 OTHERS MAN-REMS PEACTCP CPE8Aftc=5 & Stav.
MAINTEMANCE PER5ChhEL 42 2
7 28.760 7.650 7.470 CPERATING PERSCNNEL 54 0
26 53.740 0.000 9.520 HEALTH PHYSICS PERSCNNEL 18 0
12 17.960 0.000 15.050 SLPERVISCRf PERSCNNEL 4
5 5
2.290 1.420 2.970 EM0f4EEPTEG PEPSPwwEt 5
5 3
1.530 2.560 1.690 TCTat 123 12 53 188 104.330 ft.630 36.700 152.660 FCUTIME F8INTEMAwCE MAIniEMANCE PER5ChhEL 85 15 174 92.120 28.920 262.840 C*ERATIhG PERSCMMEL 15 0
0 13.780 0.000 0.000 HEALTH PHYSICS PERSCMMEL 12 0
11 15.780 0.000 14.590 SUPERVISCRY PERSCNMEL 1
0 0
0.020 0.060 0.000 ENGINEERING PEPSCNNEL 7
4 9
4.670 0.580 8.830 TCiat 123 19 194 333 126.370 29 560 286.260 442.190 IN-5ERVICE INSPECTIC9 MAIh1ENahCE PER5chhEL 10 0
135 0.000 0.000 158.940 CPERATING PER$CMMEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSOMNEL 5
0 6
14.560 0.000 6.860 1
SUPERVISCRY PERSCMMEL 0
0 0
0.000 0.000 0.000 EMS.TNEERING PERSCNNEL 6
0 8
3.200 0.600 32.520 TOTat 21 0
149 170 17.760 0.600 198.320 216.680
}Picist MAIviENANCE MAIhiEhAhCE PER5CriNEL 183 94 1225 306.020 71.620 1462.250 2$ CPERATING PER5CNMEL 19 0
0 19.320 0.000 0.000 HEALTH PHYSICS PERSCMMEL 44 0
64 69.450 0.000 76.740 SUPERVISCRY PER5GNNEt t
0 0
0.410 7.430 0.000 EAGINEEPING PERSOWNEL 26 29 87 30.810 17.440 59.300 TCTat 273 123 1576 1772 426.010 96.490 1598.290 2120.790 FASTE PROCE55TNG j
MAIhlEMANCE PER5ChMEL 41 11 121 64.220 14.460 206.380 j
CPERATING PER$CMMEL 39 0
5 37.800 0.000 8.040 i
HEALTH PHYSICS PERSCNMEL 14 0
11 15.710 0.000 14.590 SdPERVISCRY PERSCMMEL 0
0 0
0.120 0.490 3.000 ENGINEERTNG PER50%NEL 5
4 2
6.550 1.440 1.800 10 Tat 99 15 139 253 124.400 16.390 230.810 371.600 L E:LUN3 MAINIENahCE PER5ChhEL 36 12 51 56.550 19.990 71.770 CPERATING PERSONNEL 6
0 0
5.570 0.000 0.000 bEALTH PHYSICS PERSONNEL to 0
12 11.430 0.000 13.680 SUPERVISORY PER5CNNEL.
0 0
0 0.300 0.440 0.000 e
EMGINEERING PEPSGMMEt 5
2 4
3.090 1.370 3.810 TOTAL 57 14 67 138 76.940 21.800 89.260 188.000 TOTAL BY JCP FUNCTICH MAINIEMAhCE PER5CSAEL 397 134 1713 2244 547.670 142.640 2169.650 2859.960 CPERATING PER$CMMEL 133 0
31 164 130.210 0.000 17.560 147.770 HEALTH PHYSICS PERSONNEL 103 0
116 219 144.890 0.000 141.510 286.400 SUPERVISCRY PERSCKMEL 6
5 5
16 3.140 9.840 2.970 15.950 ENGINEERING PEPSONNEL 54 44 113 211 49.900 23.990 107.950 181.840 GRAND TOTAL 693 183 1978 2854 875.810 176.470 2439.640 3491.920 l
APPENDIX C MUM 8E3 CF PE250NNEL AM) MAh-CEM BY WORK AND JOB FUNCTION PLANT: CALVERT CLIFFS 1.2 (PWR) 1983 NUMMER CF PEP 50NNEL f>100 M-REM)
TO'At MAH-REMS STATION UTILITY CONTRACT TOTAL STATION UTIllY CON"RACT TOTAL WORE 4 J05 FUNCTICM EMPtGYEES EPPtOYEES 4 OTHERS PERSONS EMPLOYEES EMP L OYliES
& 0"HERS MAN-REMS REACTCa OPERATIONS 8 SURV.
MAINTENANCE PERSCNNEL 4
0 0
1.107 0.000 0.000 CPERATING PERSONNEL 16 0
0 2.390 0.000 0.000 HEALTH PHYSICS PERSONNEL 3
0 0
0.417 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 2
0 0
0.345 0.000 0.000 TOTAL 25 0
0 25 4.259 0.000 0.000 4.259 ROUTINE MAINTENANCE MAINT ENANCE PERSONNEL 9
0 0
1.347 0.000 0.000 GPERATING PERSONNEL 1
0 0
0.222 0.000 0.000 HEALTH PHYSICS PER50MNEL 4
0 0
2.376 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 rMGTMEEPINi PE25?N4Et 1
0 0
f.328 0.000 0.030 TOTAL 15 0
0 15 5.273 0.000 0.000 5.273 IN-5EPVICE INSPECTION MAINT EN ANCE P ERSCHNEL 16 33 4
2.996 6.251 0.552 OPERATING PERSONNEL 3
0 2
0.000 0.000 0.413 HEALTH PHYSICS PERSCHMEL 1
0 0
0.237 0.000 0.000 SUPERVISORY PERSCNNEL 3
0 0
0.165 0.000 0.000 ENCINEERING PERSON?iEt 2
0 2
0.438 0.000 0.472 TOTAL 20 33 8
61 3.836 6.251 1.437 11.524 SPECIAL MAINTEMPFCE MAINTENANCE PERSONNEL 205 159 127 146.379 138.140 53.942 OPERATING PERSONNEL 80 3
10 42.179 f.096 3.493 HEALTH PHYSICS PERSONNEL 59 6
69 43.951 1.887 34.029 SUPERVISORY PER50hMEL 11 6
6 6.050 6.149 3.673 ENGINEERING PERSONNEt 23 4
20 14.405 0.796 7.077 TOTat 378 178 232 788 252.964 148.068 102.214 503.246 HASTE PROCESSING MAINT EN ANCE PER50hNEL 2
2 7
0.302 0.365 2.241 OPERATING PERSONNEL t
0 0
0.112 0.000 0.000 HEALTH PHYSICS PERSCNMEL 24 2
34 13.885 0.254 18.756 5UPERVISORY PERSCNNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 27 4
41 72 14.299 0.619 20.997 35.915 REFUELING MAINTENANCE PERSONNEL 46 16 2
21.721 3.832 0.554 QPERATING PERSONNEL 6
1 0
1.003 0.247 0.000 HEALTH PHYSICS PERSONNEL 2
0 7
0.453 0.000 1.169 SUPERVISORY PERSONNEL 1
0 0
0.345 0.000 0.000 ENGINEERING PER5CNNEL 0
0 2
0.000 0.Or0 0.236 TOTAL 55 17 11 83 23.522 4.079 1.959 29.560 TOTAL BY JOB FUNCTION MAINT ENANCE PER5ChMEL 282(2M) 210 071) 140 037) 632(517) 173.852 148.588 57.289 379.729 CPERATING PERSONNEL 104 [93) 4 (3) 12 00) 120 006) 45.906 1.343 3.906 51.155 HEALTH PHYSICS PER50MNEL 93 (M) 8 (8) 110 (95) 211(169) 61.319 2.141 53.954 117.414 SUPERVISCRY PERSONNEL 13 (13) 6 (6) 6 (6) 2 5 (25) 6.560 6.149 3.673 16.382 ENGINEERING PERSONNEL 28 (27) 4 (8) 2 4 (23) 5 6 (54) 16.516 0.796 7.785 25.097 G9AND TOTAL 5 2 0 IC3 3 232 05U 292(271) 1044(8H) 304.153 159.017 126.607 589.777 Workers may be counted in more than one category. Numbers in parentheses are total numbers of individuals.
APPENDIX C
-NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: COOK 1.2 (PER) 1983 NUMBER OF PERSONNEL (>100 M-REM)
T0"At MAN-R EMS STATION UTILI7Y CONTRACT TOTAL STATION UTILI"Y CON"RACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES 8 0"NERS MAN-REMS REACTCR OPERATIONS a SURv.
MAINTENANCE PERSONNEL 2
0 0
0.868 0.000 0.000 OPERATING PERSONNEL 76 0
0 22.901 0.000 0.000 HEALTH PEIYSICS PERSONNEL 20 0
48 3.595 0.000 14.832 SUPERVISORY PERSONNEL 3
0 0
0.584 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTat 101 0
48 149 27.948 0.000 14.832 42.780 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 100 4
124 76.467 1.199 44.952 OPERATING PERSOMMEL 17 0
6 6.936 0.000 1.055 HEALTH PHYSICS PERSONNEL 8
0 14 1.052 0.000 3.102 SUPERVISORY PERSONNEL 5
0 3
2.623 0.000 0.607 FMGINEERING PERSONNEL 7
2 9
2.054 0.342 6.542 TOTAL 137 6
156 299 89.132 1.541 56.258 146.931 IN-SERVICE INSPECTION MAINT ENANCE PERSONNEL 29 3
126 7.324 2.575 72.819 OPERATING PERSONNEL 7
0 7
1.532 0.000 7.255 HEALTH PHYSICS PERSONNEL 19 0
36 4.048 0.000 10.620 SUPERVISORY PERSONNEL 1
0 3
0.141 0.000 1.010 ENGINEERING PEPSONNEL 5
4 5
1.354 0.939 0.760 TOTAL 61 7
177 245 14.399 3.514 92.464 110.377 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 19 2
236 6.191 2.826 146.601 na OPERATING PERSONNEL 1
0 21 0.203 0.000 11.374 HEALTH PHYSICS PERSOMMEL 0
0 13 0.000 0.000 2.899 SUPERVISORY PERSONNEL 1
1 7
0.111 0.518 5.913 4
ENGINEERING PERSONNEL 5
4 5
0.854 0.690 1.647
~
TOTat 26 7
282 315 7.359 4.034 168.434 179.827 WASTE PROCESSING MAINTENANCE PERSONMEL 21 1
60 4.660 0.151 34.128 OPERATING PERSONNEL t
0 0
0.142 0.000 0.000 HEALTH PHYSICS PERSONNEL 7
0 18 1.973 0.000 9.817 SUPERVISORY PERSONNEL 3
0 0
3.248 0.000 0.000 ENGINEERING PERSONNEL 1
0 0
0.508 0.000 0.000 TOTat 33 1
78 112 10.531 0.151 43.945 54.627 REFUELING MAINTENANCE PERSONNEL 6
2 37 2.644 1.174 20.950 OPERATING PERSONNEL 4
0 8
1.212 0.000 4.182 HEALTH PHYSICS PERSONNEL 3
0 3
0.000 0.000 0.536
$UPERVISORY PERSONNEL 2
0 1
0.678 0.000 0.147 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 12 2
49 63 4.534 1.174 25.815 31.523 TOTAL BY' JOB FUNCTION MAINTENANCE PERSONNEL 177(141) 12 (6) 583(4M) 772(26) 98.154 7.925 319.450 425.529 OPERATING PERSONNEL 106 (941 0
4 2 (34 )
148(13) 32.926 0.000 23.866 56.792 HEALTH PHYSICS PERSONNEL 54 (26) 0 132 (74?
186(100) 10.668 0.000 41.806 52.474
$UPERVISORY PERSONNEL 15 (12) 1 D) 14 -(7 1
3 0 (20) 7.385 0.518 7.677 15.580 ENGINEERING PERSONNEL 18 112) 10 (7) 19 09 l 47 08) 4.770 1.971 8.949 15.690 GRAND TOTAL 37 0 f M5) 2304) 790DI3 l
1183ts7U 153.903 10.414 401.748 566.065
- V.'orkers may be counted in more than one category. Numbers in parentheses are total numbers of individuals.
APPENDIX C HUMBER OF PERSONNEL AND MAN-REM BY WORK A!D JOB FUNCTIDH PLANT: COOPER (BWR) 1983 NUMBER OF PERSONNEL (>100 M-REM) 70'At MAH-REMS STATION UTILITY CONTRACT TOTAL STATION UTILI"Y CON'RACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES
& 0NERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 5
0 3
2.095 0.000 1.001 CPERATING PERSONNEL 49 0
0 25.744 0.000 0.000 HEALTH PHYSICS PERSONNEL 18 0
0 6.950 0.000 0.000 SUPERVISORY PERSONNEL 14 2
3 4.623 0.107 0.763 ENGINEERING PERSONNEL 19 1
3 13.984 0.127 0.339 TOTAL 105 3
9 117 53.396 0.234 2.103 55.733 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 60 17 168 80.261 17.226 251.626 OPERATING PERSONNEL 6
0 0
2.120 0.000 0.000 HEALTH PHYSICS PERSONNEL 14 0
0 6.569 0.000 0.000 SUPERVISORY PERSONNEL 11 4
5 4.047 0.827 8.016 ENGINEERING PERSONNEt 13 16 3
5.434 15.537 0.272 TOTAL 104 37 176 317 98.431 33.590 259.914 391.935 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 0
0 50 0.000 0.000 70.885 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 0
0.044 0.000 0.000 SUPERVISORY PERSONNEL t
0 5
0.096 0.000 4.371 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 2
0 55 57 0.140 0.000 75.256 75.396 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 0
0 404 0.000 0.000 717.356
- j OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 14 0
2 4.559 0.000 0.193 SUPERVISORY PERSONNEL 4
2 9
1.326 0.088 3.719 ENGINEERING PERSONNEL 1
17 9
0.080 3.449 6.732 TOTAL 19 19 424 462 S.965 3.537 728.000 737.502 WASTE PROCESSING MAINTENANCE PERSONNEL 2
0 0
0.214 0.000 0.000 OPERATING PERSONNEL 22 0
0 5.944 0.000 0.000 HEALTH PHYSICS PERSONNEL 12 0
0 2.009 0.000 0.000 SUPERVISORY PERSONNEL 4
0 0
0.591 0.000 0.000
_ ENGINEERING PERSONNEL 1
0 0
0.063 0.000 0.000 TOTAL 41 0
0 41 8.821 0.000 0.000 8.821 REFUELING MAINTENANCE PERSONNEL 2
0 0
0.062 0.000 0.000 CPERATING PERSONNEL 28 0
0 3.762 0.000 0.000 HEALTH PHYSICS PERSONNEL 5
0 0
0.423 0.000 0.000 SUPERVISORY PERSONNEL 1
1 0
0.092 0.016 0.000 FNGINEERING PERSONNEL 2
3 0
0.105 0.137 0.000 TOTAL 38 4
0 42 4.444 0.153 0.000 4.597 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 6 9 (61) 17 (17) 625(601) 711(679) 82.632 17.226 1040.868 1140.726 CPERATING PERSONNEL 105(W) 0 0
105 L50) 37.570 0.000 0.000 37.570 HEALTH PHYSICS PERSONNEL 6 4 (18) 0 2 (0) 66L18) 20.554 0.000 0.193 20.747 SUPERVISORY PERSONNEL 3 5 (15) 9 (4) 2 2 (18) 66L37) 10.775 1.038 16.869 28.682 36 (19 37 (19) 15 (13) 88 :51) 19.666 19.250 7.343 46.259 309 06{)
ENGINEERING PERSONNEL 63(40) 664(632) 1036 :835) 171.197 37.514 1065.273 1273.984 GRAND TOTAL Workers s.av be counted in more than one category. Nunbers in parentneses are numbers of individuals.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT ** CRYSTAL RIVER (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS STATICH UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL
_RQRK 8 JOB FUNCTION EMPLOYEES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EMPLOYEES 8 OTHERS MAN-REMS EfACTOR OPERATIONS & UURV.
MAINTENANCE PERSONhdL 20 34 38 5.301 9.161 10.469 CPERATING PERSONNEL 39 1
10 11.997 0.404 3.479 HEALTH PHYSICS PERSONNEL 2
0 0
0.977 0.000 0.171 SUPERVISORY PERSONNEL 27 7
18 7.329 2.460 5.775 ENGINEERING PERSONNEL 9
7 28 2.529 1.650 9.669 TOTAL 97 49 94 240 28.133 13.675 29.563 71 371 F_QET.LNJ M AINTEN A NCE NAINTENANCE PERSONNEL 146 87 452 74.049 54.155 209.919 OPERATING PERSONNEL 16 0
11 4.585 0.048 3.465 HEALTH PHYSICS PERSONNEL 18 0
70 6.013 0.000 44.733 SUPERVISORY PERSONNEL 17 1
17 5.927 0.355 5.489 ENGINEERING PERSONNEL 6
2 53 1.997 0.519 20.137 10TAL 203 90 603 896 92.571 55.077 283.743 431.391 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 2
4 45 1.636 1.556 14.824 OPERATING PERSONNEL 0
1 2
0.155 0.137 0.257 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERS0hNEL 0
0 0
0.062 0.052 0.074 ENGINEERING PERSONNEL 2
1 21 0.441 0.134 11.230 TOTAL 4
6 68 78 2.294 1.879 26.385 30.558 iP.LCBL MAINTEN ANCE 4 MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000
- OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0 000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 WASTE PROCESSING MAINTENANCE PERSONNEL 6
1 24 2.025 0.264 7.731 OPERATING PERSONNEL 1
0 3
0.198 0.000 0.970 HEALTH PHYSICS PERSONNEL 0
0 2
0.009 0.000 0.369 SUPERVISORY PERSONNEL 2
0 1
0.351 0.000 3.247 EJGINEERING PERSONNEL 0
0 1
0.021 0.000 0.178 10TAL 9
1 31 41 2.604 0.264 12.495 15.363 REFUELING MAINTENANCE PERSONNEL 0
0 0
0.331 0.590 0.244 OPERATING PERSONNEL 1
0 0
0.880 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 3
0 0
0.993 0.008 0.000 ENGINEERING PERSONNEL 1
0 0
0.182 0.000 0.121 TOTAL 5
0 0
5 2.386 0.548 0.365 3.299 lQlA L BY JOB FUNCTION MAINTENANCE PERSONNEL 174(157) 126 (97) 559(494) 859 (748) 83.342 65.676 243.187 392.205 OPERATING PERSONNEL 5 7 (46) 2 (2) 2 6 (29) 85 (77) 17.815 0.589 8.171 26.575 HEALTH PHYSICS PERSONNEL 2 0 (20) 0 SUPERVISORY PERSONNEL 4 9 (53) 8 (8) 72 f 70)1 92 (90) 6.999 0.000 45.273 52.272 36 L39 93 (100) 14.662 2.875 14.585 32.122 JNGINEERING PERSONNEL 18 (19) 1 0 (11) 1031 881 131 (118) 5.170 2.303 41.335 48.808 GRAND TOTAL 318 U%)
14 M i l5) 7 96 UZO 1260(1333) 127.988 71.443 352.551 551.982
- Workers may te counted in more than one category.lkspbers in parentheses are numbers of 1pdividuals.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTICM
, PLANT, DAVIS-BESSE (PWR) 1C83 NUMBER OF PERSONNEt (>100 M-REM)
TOTAL MAH-REMS STATION UT [LITY CONTRAC" TOTAL STATION UTILITY CONTRACT TOTAL WORK 4 JOB FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAN-REMS REACTOR OPERATIONS S SURV.
MAINTENANCE PERSONNEL 9
2 17 0.185 0.020 0.290 OPERATING PERSONNEL 93 0
25 7.350 0.000 0.795 HEALTH PHYSICS PERSONNEL 12 0
0 0.790 0.000 0.000 SUPERVISORY PERSONNEL 20 0
2 0.900 0.000 0.040 ENGINEERING PERSONNEL 13 0
1
- 0. L25 0.000 0.010 TOTAL 147 2
45 194 J 50 0.020 1.135 10.705 ROUTINE MAINTENANCE MAINTENANCE PZRSONNEL 97 46 266 9.110 1.360 16.065 OPERATING PERSONNEL 16 0
0 0.470 0.000 0.000 HEALTH PHYSICS PERSONNEL 17 0
42 4.375 0.000 8.530 SUPERVISORY PERSONNEL 19 0
17 0.775 0.000 0.690 ENGINEERING PERSONNEL 11 0
4 0.495 0.000 0.185 TOTAL 160 46 329 535 15.225 1.360 25.470 42.055
. JN-SERVICE INSf_ECTION MAINTENANCE PERSONNEL 2
0 23 0.040 0.000 1.395 OPERATING PERSONNEL 1
0 0
0.020 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 1
0.000 0.000 0.040 SUPERVISORY PERSONNEL 2
0 2
0.290 0.000 0.225 ENGINEERING PERSONNEL O'
O 2
0.000 0.000 0.190 TOTAL 5
0 28 33 0.260 0.000 1.850 2.110 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 98 34 282 13.025 4.995 36.720 en OPERATING PERSONNEL 19 1
0 1.115 0.345 0.000 y
HEALTH PHYSICS PERSONNEL 7
0 20 0.490 0.000 3.495 SUPERVISORY PERSONNEL 14 0
16 0.815 0.000 3.435 ENGINEERING PERSONNEL 11 0
12 0.775 0.000 0.735 TOTAL 149 35 330 514 16.220 5.340 44.385 65.945 WASTE PROCESSING MAINTENANCE PERSONNEL 3
1 8
0.860 0.005 0.260 OPERATING PERSONNEL 8
0 1
0.285 0.000 0.220 HEALTH PHYSICS PERSONNEL 6
0 5
2.225 0.000 0.535 SUPERVISORY PERSONNEL 3
0 0
0.350 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 20 1
14 35 3.720 0.005 1.915 4.740 REf_UELING MAINTENANCE PERSONNEL 23 15 42 2.765 3.140 8.655 OPERATING PERSONNEL 29 1
0 2.230 0.015 0.000 HEALTH PHYSICS PERSONNEL 2
0 2
0.050 0.000 0.045 SUPERVISORY PERSONNEL 5
0 3
0.145 0.000 0.590 ENGINEERING PERSONNEL' 7
0 2
1.020 0.000 0.420 TOTAL 66 16 49 131 6.210 3.155 9.710 19.075 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 232 98 638 968 25.985 9.520 63.385 98.890 OPERATING PERSONNEL 166 2
.26 194 11.470 0.360 1.015 12.845 HEALTH PHYSICS PERSONNEL 44 0
70 114 7.930 0.000 12.645 20.575 SUPERVISORY PERSONNEL 63 0
40 103 3.185 0.000 4.980 8.165 ENGINEERING PERSONNEL 42 0
21 63 2.615 0.000 1.540 4.155 GRAND TOTAL 547 100 795 1442 51.185 9.880 83.565 144.650
" Workers may be counted in more than one category.
y_
a f
APPENDIX C NUMBER 0F PERSONNEL AND' MAN-REM BY WORK AND JOB FUNCTION
..PLANTr DRESDEN 1.2.3
-(BWR)
.. 1983 J
NJMBER OF PEltSONNEL ' (>10 0 1-REM) 70"At' MAN-RE'S t.
STATI0t UTI LITY CO UT RACT TOTAL.
' STATION UTI.I"Y C0i "RACT TOTAL WORT & 30B FUNCTION EMPLOYELS EMPli)YEES 8
- T 1ERS PERSONS EMSLOYEES EMPL )YliES 8
"NERS MAN-REMS REACT )R O 'ERATIONS 8 SURV.
MAIN TENA 4CE PERSONNEL-19 2-
.0 41.950 5.270 0.000 0PERATING PERSONNEL,
-53 0
~0-92.090.
0.000
'O.000 LNEALTH PHYSICS PERSONNEL
'2 0
O' 4.610 0.000 0.000 SUPERVISORY PERSONNEL
'23 10 0'
24.910 0.030 0.000
' ENGINEERING PERSONNEL 3
2~
0 1.660 0.710 0.000 TOTAL-100 4
0 104 165.220 5.980 0.000 171.200 ROUTINE MAINTENANCE'
~ 81 604
'359.530 171.420 1562.170' i
. MAINTENANCE PERSONNEL 165 10PERATING PERSONNEL 25 0
0 42.830 0.000 0.000 1NEALTH PHYSICS PERSONNEL' 28 0
7 67.990 0.000-6.940 t
SUPERVISORY PERSONNEL.
'79 0
0 84.680 0.000 0.000 ENGINEERING PERSONNEL'
'48 37 18 '
29.070' 15.180 27.850
. f~
TOTAL 345 118 629 1092 584.100 186.600 1596.960 2367.660 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL
.27' 35 116 59.920 73.840 300.420-i OPERATING-PERSONNEL-6 0
0 10.710 0.000, 0.000
{
NEALTH PHYSICS PERSONNEL' 5.
Of 11 11.520 0.000-10.400'
" SUPERVISORY-PERSONNEL -~'
9' 0
0 9.960 0.000 0.000
'. ENGINEERING PERSONNEL 9-1 15 5.400 0.530 -
22.780 TOTAL 56 36 142 234 97.510 74.370 333.600 505.480 SPECIAL-MAINTENANCE-k MAINTENANCE PERSONNEL
,0' O
O-0.000 0.000 0.000-ic$ OPERATING PERSONNEL.
-0'
'O 0:
0.000 0.000 0.000
'NEALTH PHYSICS PERSONNEL-0
'O-0 0.000 0.000 0.000.
' SUPERVISORY PERSONNEL 0.
0 0
0.000 0.000' O.000 1
ENGINEERING PERSONNEL 0
0 0
0.100
'O.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000
- WASTE PROCESSING
, 6 54 47.940 13.190 140.190 MAINTENANCE PERSONNEL 22
? OPERATING PERSONNEL 32 '
8 2
55.680 0.000 2.590
' HEALTH PHYSICS PERSONNEL' to 0
0 25.350 0.000 0.000 4
SUPERVISORY PERSONNEL.
.27 0
0
'28.230 0.000 0.000 ENGINEERING PERSONNEL 4'
2 0
2.910 0.880 0.000 TOTAL 95 8
56 159 160.110 14.070 142.780 316.960 REFUELING 1 MAINTENANCE PERSONNEL 41J 0
0 89.880 0.000 0.000 OPERATING PERSONNEL -
8 0
0 12.850 0.000 0.000
=NEALTH PHYSICS PERSONNEL'.
. 17 0-0 18.270 0.000 0.000 2
0 0
5.760-0.000 0.000
~ SUPERVISORY PERSONNEL ENGINEERING PERSONNEL 4
1 0
2.490 0.350 0.000 I
TOTAL 72 1
0 73 129.250 0.350 0.000 129.600 TOTAL BY JOB ' UNCTION F
MAINTENANCE PERSONNEL 274
.124-774 1172 599.220 263.720 2002.780 2865.720 OPERATING PERSONNEL 124.
- 0 2-
-126 214.160 0.000 2.590-216.750 NEALTH PHYSICS PERSONNEL 47 0
18' 65
-115.230--
0.000 17.340 132.570 SUPERVISORY PERSONNEL-
'155' O
.0 155-166.050 0.000 0.000 166.050 i
t i -
' ENGINEERING PERSONNEL' 68
'43 33 144-41.530 17.650 50.630 109.810 GRAND TOTAL 668 167 827 1662 1136.190 281.370 2073.340 3490.900 9
g.
0 a
-w me* * -
m-., -_
f I
APPENDIX C l
NUMBER OF PERSONNEL AND MAN-REM BY WORK AND ' JOB FUNCTION l
3'
.ELANT: DUANE ARNOLD (BWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
T0"AL MAN-REPS STATION UTI.11Y CONTRAC" TOTAL-STATION UTILI"Y CO "RACT TOTAL r
o WORK 8 J08 FUNCTION EMPLOYEES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EPPLOYUES THERS MAN-REM 5 REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL:
12 -
12 92 0.354 0.415 0.824 OPERATING PERSONNEL-
,54 ~
5>
6 39.590 0.732; 1.654 HEALTH PHYSICS PERSONNEL 5-5 47 0.193 0.053 4.198 i
' SUPERVISORY PERSONNEL 14
'O 10-0.688.
0.000,
0.140 i
ENGINEERING'PERSONMEL 4
3
-32 0.061 0.125 0.322 1
TOTAL 89 25 187 301-40.886 1.325 7.138 49.349 r
I ROUTINE MAINTENANCE 53~
226 24.750 18.965 318.115 MAINTENANCE PERSONNEL 89 OPERATING PERSONNEL 28 9'
17
.0.905 0.105 0.245 HEALTN PHYSICS PERSONNEL
-26 12 135.
6.233 0.640 10.348 I
i SUPERVISORY PERSONNEL 13 0 --
152 0.383 0.000
'7.692-ENGINEERING PERSONNEL'
~20 8
155 0.795 0.257 6.133 TOTAL-176 82 685 943 33.066 19.967 342.533 395.566
- U ICE INSPECTION' N RHANCE PERSONNEL 22 13. -
314 0.718 0.640 16.588
.0PERATING PERSONNEL-25 5
3
't.096, 0.084' O.085
? HEALTH PHYSICS PERSONNEL 23 8
15 6.456 0.070 18.129 SUPERVISORY PERSONNEL-
.14 '
0 95 0.578 0.000 2.539
. ENGINEERING PERSONNEL 21 29 214 1.605 6.803 42.183 TOTAL 105 55 641 801 10.453 7.597 79.984 98.034 SPECIAL MAINTENANCE 31 773 4.570.
7.085 579.131 MAINTENANCE PERSONNEL
-29
'd OPERATING PERSONNEL 4
2 2
0.100 0.028 0.175 y
8 3'
86.
1.406 0.109 21.513
'. HEALTH PHYSICS PERSONNEL SUPERVISORY PERSONNEL, 3
0-39 0.350 0.000 44.513 4
ENGINEERING PERSONNEL 11 1
44 0.4 18 1.109 37.429 t
TOTAL 55 37 944 1036 6.844 8.331 682.761 697.936
~ WASTE PROCESSING MAINTENANCE PERSONNEL 3
17-28 0.020 0.318 1.367 0PERATING PERSONNEL-5
- 15 16-2.707 3.345 8.631 L
NEALTN' PHYSICS PERSONNEL 9
8 20 0.126 0.302 '
2.627
-SUPERVISORY PERSONNEL 3
0 2-0.163 0.000 0.035 ENGINEERING PERSONNEL-'
'O 11 11' O.000 0.030 0.249 TOTAL 20 51 77 148 3.016 3.995 12.909 19.920 i-
JFUELING R
i' MAINTENANCE PERSONNEL 11 9
230 0.091 0.480 42.734 OPERATING PERSONNEL.
39 0
0 1.379 0.000 0.000 s
HEALTH PHYSICS PERSONNEL 25 0
17 0.522 0.000 4.307 6
' SUPERVISORY PERSONNEL-15 0
13 0.249 0.000 4.383 ENGINEERING PERSONNEL 6
0 25 0.085 0.000 4.128 L
TOTAL 96 9
285 390 2.326 0.480 55.552 58.358
. TOTAL'BY JOB FUNCTION 135 73h.
1663 (936?
1964 (1100h 30.503 27.903 958.759 1917.165 MAINTENAME PERSONNEL -
166 91?
OPERATING PERSONNEL-155 75' 36 201 44 (32?
235 (127?
'45.777 4.294 10.790 60.861 i
. HEALTH PHYSICS PERSONNEL 96 40 i
36 15;I 320 171?-
452 L2261-14.936 1.174 61.522 77.632 i
SUPERVISORY PERSONNEL-6 2 (20 1
O-311 176?
373 f2041.
2.411 0.000 59.362 61.773 ENGINEERING PERSONNEL 262 (311 5 2 (27) 481 252?
'595 f3101
-2.964 8.324 90.444 101.732
^
GRAND TOTAL 541 (Z55?
259 035) 28190557J 36190557?
96.591 41.695 1180.877 1319.163 **'
' ' Workers may be counted in more than one category. Numbers in phrentheses are total numbers of indivMs?
[
"Herk I torus sollfications contributed 560 man-ress, and 151 contributed 50 man-ress.
t t
b U
. -. -. ~ -..
- - - ~...
-, ~
t
+
\\
APPENDIX C NUMBER OF PERSONNEL'AND PIAN-REM 8Y WORK AND J08 FUNCTION
.. 1, PLANT:,FARLEY 1.2 (PWR)
. (>101 "1-It EM)
T0"AL MAN-REHi 1985 JMBER OF PE tSONNEL i
STATI : 1 UTI.ITY COFT tA :T TOTAL STATION UTILI"Y C0i RACT TOTAL'
_ WORK 8 JOB FHNCTION EM8LOYEES EMPLMEES
& CIT 1E ts PERSONS EMPLOYEES EMPLOYllES
& C NERS MAN-REMS
' REACTOR OPERAT':0NS & SURV.
I MAINTENANCE PERSONNEL.
55 3
155 4.553.
0.074
.2.389 OPERATING PERSONNEL-143-7 0
57.589 0.957 -
0.000
-HEALTH PHYSICS PERSONNEL'
'99 4.
103 51.202
'0.540 60.268<
+
- SUPERVISORY PERSONNEL.
~ 168 11 27
-29.918 1.204 1.828 i
. ENGINEERING PERSONNEL 51 16 102 5.426 0.920 8.516 TOTAL 516 41 287 844 148.688 3.695 73.001 225.384 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL '
.102 2
0 61.841' O.158.
0.000 153 3
78-36.515-1.182 9.426 CPERATING PERSONNEL
- HEALTH PHYSICS PERSONNEL,
.34 0
28 10.880 0.000 2.598 SUPERVISORY PERSONNEL 61 3
5 8.876 0.252 1.955
' ENGINEERING PERSONNEL 21 14 213 2.685 0.496 16.778 TOTAL 371 22 324 717 120.797-2.088 30.757 153.642 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 3
0 27 0.058-0.000 7.113 OPERATING PERSONNEL 3
1-0 0.340 0.590 0.000 HEALTH PHYSICS PERSONNELJ G
0 3
0.000.
0.000 0.097 s
SUPERVISORY PERSONNEL.
2 5
0 0.085 1.883 0.000
'_ ENGINEERING PERSONNEL-5
'2 75 0.723 0.676
-22.594 TOTAL 13 8
105 126 1.206 3.149 29.804 34.159 SPECIAL MAINTENANCE cl: MAINTENANCE PERSONNEL 140 3-306 157.641 2.912 93.942 OPERATING PERSONNEL 93.
2 0
23.615 0.045 0.000
.. HEALTH PHYSICS PERSONNEL 47 1
.45 13.878 0.030 4.651 z$UPERVISORY PERSONNEL-65 3
9 13.687 0.170 1.347 ENGINEERING PERSONNEL--
29 16 495 4.822 1.765 172.-933 C
TOTAL 374 25 855 1254 213.643 4.922 272.873 491.438 WASTE PROCESSING' MAINTENANCE PERSONNEL 2.
0 9
't.108 0.000 1.539 OPERATING PERSONNEL 13 :
O O
'0.886 0.000 0.000
-HEALTH PHYSICS PERSOHNEL 12 0
4 2.376 -
0.000 0.398
>$UPERVISORY PERSONNEL 4
8.
1 0.846 0.000 0.115 ENGINEERING PERSONNEL 1
0 2
0.012 0.000 0.573 TOTAL 32 0
16 48 4.228 0.000 2.625 6.853 4
REFUELING
~
MAINTENANCE PERSONNEL
'11 0'
119 0.964 0.000 37.055 OPERATING PERSONNEL 4
0 0.651 0.000 0.000 HEALTH PHYSICS PERSONNEL 2
0' 4
0.155 0.000 0.163 SUPERVISORY PERSONNELc 7
0 2
0.530 0.000 0.037 ENGINEERING PERSONNEL 9
4 13 2.453 0.163 2.611 TOTAL 33 4
138 175 4.753 0.163 39.866 44.782
~
TOTAL'BY JOB FUNCTION MAINTENANCE PERSONNEL 364 9
594 967-199.839 4.168 151.464 355.471.
' OPERATING PERSONNEL 358 12 0
370 144.922 1.750 0.000 146.672 HEALTH PHYSICS' PERSONNEL' 194 5
187.
386 78.491 0.570 68.175-147.236 SUPERVISORY PERSONNEL.
307 22 44.
373 53.942 3.509 5.282 62.733-ENGINEERINO PERSONNEL 116 52 900 1868 16.121 4.020 224.005 244.146 GRAND TOTAL 1339 100 1725 3164 493.315 14.017-448.926 956.258
- Worke'rs may be' counted in more than one category.
+
s v
s r
-;~=
v
~
,---.-r
. APPENDIX C
' PLANT 5 FIT 2 PATRICK (BWR). NUMBER OF PERSONNEL AND MAN-REM BY WORK AMD J'OB FUNCT13N-3 1983
> JMBER OF PEltSONNEL (>101 M-REM) 70"At MAN-RE% '
STATIC 1
UTI.ITY C04 TRACT TOTAL STATION UTI.I'Y C0 "RACT TOTAL i
'. - WORK 8 JOB FUNCTION' EP;PL OYE ES EMPL')YEES
& 0TNERS PERSONS EMPLOYEES EMPL')Yl!ES
'HERS MAN-RERS REACTOR OPERATIONS 8 $URV.
MAINTENANCE PERSONNEL 130
'O-114 13.088 0.000 8.770 OPERATING PERSONNEL' 206..
0 37 56.420, 0.000 3.485 NEALTH PHYSICS PERSONNEL.
.35 0
51.
17.882 0.000 48.365
. SUPERVISORY PERSONNEL 0
0.
0 0.000 0.000
.0.000 ENGINEERING PERSONNEL-54 0
67 2.720 0.000 6.800 TOTAL 425 0
269 694 90.110 0.000 67.420 157.530
[
ROUTINE MAINTENANCE' 0.000 239.670
. MAINTENANCE PERSONNEL
- 155
-0 476 212.223 OPERATING PERSONNEL-
-87 0-10
-14.738 0.000 14.170
" HEALTH PHYSICS PERSOMMEL1 c.18 0
to 1.703 0.000.
.1.570 SUPERVISORY PERSONNEL-
'O O-0 0.000-0.000,
'O.000
' ENGINEERING PERSONNEL 32 0
'109 7.700 0.000 25.280 TOTAL 292 0
605 897 236.364 0.000 280.690 517.054 JN-SERyICE INSPECTION MAINTENANCE PERSONNEL 48 0
103 2.770 0.000 8.616
~
.0PERATING PERSONNEL 83 0
3 5.764 0.000.
0.937
- HEALTH PHYSICS PERSONNEL 7i 0
3
'O.310 0.000 0.120 1 SUPERVISORY PERSONNEL' 0
0 0
0.000 C.000 0.000
' ENGINEERING PERSONNEL 33 0
84 1.986 0.000 33.530 TOTAL 171 0
193 364 10.830 0.000 43.203 54.033 SPECIAL MAINTENANCE
-MAINTENANCE PERSONNEL 37 0
424-1.201 0.000 242.170
.U OPERATING PERSONNEL-29.-
0-6 1.571 0.000
'1.100 SUPERVISORY PERSONNEL 0
0 0
0.000 ~
0.000 0.030 NEALTM PHYSICS PERSONNEL
.5-0 2
0.170 0.000-0.000 ENGINEERING PERSONNEL 15 0
71 1.470 0.000 11.770 TOTAL 86 0
503 589 4.412 0.000 255.070 259.482 WASTE PROCESSING 0
101 53.678
'0.000' 12.400
- 133 MAINTENANCE PERSONNEL ~
2 0PERATING PERSONNEL' 180s O.
4 26.350 0.000 4.364 NEALTH PHYSICS PERSONNEL'-
.12 8
18-0.600 0.000 1.096 LSUPERVISORY PERSONNEL 0
'O O
0.000-0.000 0.000
' ENGINEERING PERSONNEL
'8 0
'24 0.215 0.000 3.017 TOTAL 233 0
147 380 80.843 0.000 20.877 101.720 REFUELING" MAINTENANCE PERSONNEL 0
0.
O O.000 0.000 0.000 OPERATING PERSCHNEL -
-0 0
.0.
0.000 0.000 0.000 NEALTH PHYSICS PERSONNEL 0-8.
0 0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING' PERSONNEL 0
0' O
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 TOTAL'RY J08 FUNCTION
- MAINTENANCE PERSONNEL.
. 503 01 1218 1721 282.960 0.000.
511.626 794.586 OPERATING PERSONNEL 485 0
60 545.
104.843 0.000 24.956 128.899 NEALTH PHYSICS PERSONNEL 77 0'
'84-161 20.665 0.000 51.181 71.846 SUPERVISORY. PERSONNEL 0
0-
-0 0
0.000 0.000 0.000 0.000 ENGINEERING PERSDENEL 142' O
355 497-14.091 0.000 80.397 94.488-GRAND TOTAL 1207 0
1717 2924 422.559 0.000 667.260 1989.819
- Workers may be counted in more than one catatory.'
i'
+ ----
l i
APPENDIX C HUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION PLANT: FORT CALHOUN (PWR) 1983
~
NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAH-REMS
$TATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL WORK & JOB FUNCTION EMPLOYEES EMPLOYEES S OTHERS PERSONS EMPLOYEES EMPLOYEES 8 OTHERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 7
4 6
1.974 2.382 6.053 OPERATING PERSONNEL 25 0
0 8.708 0.074 0.000 HEALTH PHYSICS PERSONNEL 20 3
33 15.774 1.344 17.479 SUPERVISORY PERSONNEL 5
0 0
1.231 0.170 0.000 ENGINEERING PERSONNEL 22 6
10 8.425 3.176 2.885 TOTAL 79 13 49 141 36.112 7.146 26.417 69.675 R_QUTINE MAINTENAN_QE MAINTENANCE PERSONNEL
-32 41 38 10.329 20.008 23.671 OPERATING PERSONNEL 0
0 0
0.090 0.000 0.000 NEALTH PHYSICS PERSONNEL 0
2 0
0.149 0.659 0.040 SUPERVISORY PERSONNEL 1
0 0
0.198 0.000 0.000 ENGINFERING PERSONNEL 3
2 0
1.258 0.750 0.172 TOTAL 36 45 38 119 12.524 21.417 23.883 57.824 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 0
3 21 0.519 1.032 12.975 OPERATING PERSONNEL 1
0 0.
0.212 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.048 0.065 0.120 SUPERVISORY PERSONNEL 0
0 0
0.113 0.050 0.000 ENGINEERING PERSONNEL 5
8 15 1.400 3.909 6.605 TOTAL 6
11 36 53 2.292 5.056 19.700 27.048 Sf ECI AL MAINTEN ANCE m' MAINTENANCE PERSONNEL 40 61 154 39.331 54.469 115.270 c) OPERATING PERSONNEL 3
0 0
1.471 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
1 2
5.139 0.731 0.489 SUPERVISORY PERSONNEL 3
0 0
1.183 0.016 0.000 ENGINEERING PERSONNEL 16 14 25 7.488 4.785 14.917 TOTAL 70 76 181 327 54.612 60.001 130.676 245.289 NASTE PROCESSING MAINTENANCE PERSONNEL 8
6 4
2.613 1.936 3.386 OPERATING PERSONNEL 4
0 0
1.745 0.055 0.000 HEALTH PHYSICS PERSONNEL 9
1 0
12.336 0.165 0.060 SUPERVISORY PERSONNEL 1
0 0
0.362 0.000 0.000 ENGINEERING PERSONNEL 2
0 0
0.802 0.105 0.000 TOTAL 24 7
4 35 17.858 2.261 3.446 23.565 REFUELING MAINTENANCE PERSONNEL 20 20 21 6.473 9.093 10.774 OPERATING PERSONNEL 14 0
0 3.486 0.044 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.010 0.020 0.025 SUPERVISORY PERSONNEL 4
0 0
0.871 0.000 0.000 ENGINEERING PERSONNEL 6
0 8
2.154 0.336 2.477 TOTAL 44 20 29 93 12.994 9.493 13.276 35.763 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 107 135 244 486 61.739 88.920 172.129 322.783 OPERATING PERSONNEL 47 0
0 47-15.712 0.173 0.000 15.885 HEALTH PHYSICS PERSONNEL 37 7
35 79 33.456 2.984 18.213 54.653 SUPERVISORY PERSONNEL 14 0
0 14 3.958 0.236 0.000 4.194 ENGINEERING PERSONNEL 54 30 58 142 21.527 13.061 27.056 61.644 GRAND TOTAL 259 172 337 768 136.392 105.374 217.398 459.164
- Workers may be counted in more than one category.
APPENDIX C HUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION PLANT: GINNA (PWR) 1983 N'JM3ER OF PERSONNEL (>100 M-REM)
T0"At MAH-RFES
_1TATIO4 UTILITY CONTRACT TOTAL STATION UTIL1Y CONTRACT TOTAL
_ WORK 3 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYliES S OTHERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 33 138 149 6.590 3.210 8.400 OPERATING PERSONNEL 30 1
0 13.050 0.850 0.000 HEALTH PHYSICS PERSONNEL 11 1
40 4.560 0.020 4.750 SUPERVISORY PERSONNEL 7
4 22 2.580 0.400 1.760 ENGINEERING PERSONHEL 1
5 14 0.120 0.150 0.750 TOTAL 82 149 225 4'6 26.900 4.630 15.660 47.190 LOUTINE MAINTENANCE MAINTENANCE PERSONNEL.
34
.191 146 6.410 8.140 18.170 OPERATING PERSONHEL 20 0
0 0.270 0.000 0.000 HEALTH PHYSICS PERSONNEL 11 1
36 1.270 0.070 3.390 SUPERVISORY PERSOHHEL 7
2 16 0.400 0.020 0.660 ENGINEERING PERSONNEL 1
4 8
0.010 0.160 0.040 TOTAL 73 198 206 477 8.360 8.390 22.260 39.010 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 17 56 8
1.300 3.340 0.730 OPERATING PERSONNEL 1
0 0
0.010 0.000 0.000 HEALTH PHYSICS PERSONNEL 5
0 13 0.090 0.000 0.280
' SUPERVISORY PERSONNEL 5
2 9
0.260-0.120 0.350
' ENGINEERING PERSONHEL 0
1 0
0.000 0.050 0.000 TOTAL 28 59 30 117 1.660 3.510 1.360 6.530 SPECIAL MAINTERA_NCE MAINTENANCE PERSONNEL 34 263 269 15.890 426.030 282.710 3 OPERATING PERSOHNEL 29 1
0 6.650 0.020 0.000 HEALTH PHYSICS PERSONNEL 11 1
42 7.630 1.120 32.610 SUPERVISORY PERSONNEL 8
5 30 2.460 4.120 22.250 ENGINEERING PERSONNEL 1
6 31 0.050 3.790 14.0f0 TOTAL 83 276 372 731 32.680 435.080 351.650 819.390 WASTE PROCESSING MAINTENANCE PERSONNEL 22 29 45 2.070 0.410 8.670 OPERATING PERSONNEL 6
0 0
0.100 0.000 0.000 HEALTH PHYSICS PERSONNEL 11 0
28 1.100 0.000 8.070 SUPERVISORY PERSONNEL 1
1 4
0.000 0.030 1.070 ENGINEERING PERSONNEL 0
2 2
0.000 0.010 0.310 TOTAL 40 32 79 151 3.270 0.450 18.120 21.840 REFUELING MAINTENANCE PERSONNEL 19 26 23 1.170 6.350 2.910 OPERx(ING PERSONNEL 4
0 0
2.710 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 18 0.f70 0.000 2.220 SUPERVISORY PERSOHNEL 2
2 3
0.580 0.020 0.430 ENGINEERING PERSOHNEL 0
1 15 0.000 0.110 10.020 TOTAL 29 29 59 117 4.530 6.480 15.580 26.590 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 159(34) 703(264) 640(273) 1502(571?
33.430 447.480 321.590 802.500 OPERATING PERSONNEL 9 0 (30).-
2 1) 0 92 1 31 t
22.790 0.870 0.000 23.660 HEALTH PHYSICS PERSONNEL 5 3 (11 3
177 (42) 233 L541 14.720 1.210 51.320 67.250
. SUPERVISORY PERSOHHEL 30 (8 16 8 4 (30) 130 L43?
6.280 4.710 26.520 37.510 ENGINEERING PERSONNEL 3 (1 19 7 0 (34) 92 1 41?
-0.180 4.27S 25.180 29.630 GRAND TOTAL 335184) 743RII) 971 DIU 20 49 U30 i
77.400 458.540 424.610 960.550
- tvorkers may be counted in more than one category. Nurrt>ers m parentheses are total numbers of individuals.
Note: The reports shown in Appendix C tor G1nna for the years 1981 and 1982 had the column headings reversed. For each of these years, the. figures shown for Utility Employees should be assigned to Station Employees; figures shown for Contractor Employees assigned to Utility Esployees; and figures shown for Station Engloyees assigned to Contractor Employees.
i
=.
APPENDIX C 0
HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: HADDAM NECK (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REr$
STATION UTILJTY CONTRACT TOTAL STATION UTILITY CON RACT TOTAL
_MQRK 4 JOB FUNCTION EMPLOYEES EMPLOYEES 8 OTHERS PERSONS-EMPLOYEES EMPLOYEES
& C NERS MAN-RENS FEACIOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 6
0 1
4.310 0.210 0.760
-OPERATING PERSONNEL.
51
.0 20 49.280 0.000 6.600 HEALTH PHYSICS PERSONNEL 29 5
74 11.670 1.540 31.000 SUPERVISORY PERSONNEL 3
0 0
C.660 0.000 0.000 ENGINEERING PERSONNEL 5
2' O
1.950 0.850-0.210 TOTAL 94 7
95 196 67.870 2.600-38.570 109.040 ROUTINE MAINTENANfE MAINTENANCE PERSONNEL' 60 25 108 82.200 9.010.
60.860 OPERATING PERSONNEL 6
0 2
2.380 0.030 1.090 HEALTH PHYSICS PERSONNEL 26 1
106 15.250 0.200 65.130 SUPERVISORY PERSONNEL 0
0 0
0.020' O.070 0.010 ENGINEERING PERSONNEL 10 14 13 2.660 5.730 7.360" TOTAL 102 40 229 371 102.510 15.040 134.450 252.000 IN-SERVICE INiPECTION MAINTENANCE PERSONNEL 25 4
199 16.340 1.260 286.590 OPERATING PEPSONNEL 1
0 8
1.050 0.000 9.140 HEALTH PHYSICS PERSONNEL 4
2 63 2.400 1.010 31.590 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 7
12 53 7.330 6.380 53.130 10TAL 37 18 325 378 27.120 8.650 380.450 416.220 SPECI AL MAINTfEANCE MAINTENANCE PERSONNEL 15 61 343 4.370 53.090 269.310
$ OPERATING PERSONNEL O_
0 7
0.080 0.140 4.760 HEALTH PHYSICS PERSONNEL 21 0
71 6.200 0.000 21.760 SUPERVISORY PERSONNEL 0
1 8
0.120 0.250 5.630 ENGINEERING PERSONNEL ~
4 21 43 1.550 14.020 29.770 TOTAL 40 83 472 595 12.320 67.500 351.230 411.050 WASTE PRDffSSING MAINTENANCE PERSONNEL 0
0 1
0.160 0.020 0.390 OPERATING PERSONNEL 1
0 0
0.650 0.000 0.000 HEALTH PHYSICS PERSONNEL 22 0
62 35.890 0.010 36.450 SUPERVISORY PEF.SONNEL 0
0 0
0.000 0.000 0.000 ENGINEERIFC PERSONNEL 0
0 1
0.160 0.000 0.140 TOTAL 23 0
64 87 36.860 0.030 36.980 73.870 Rff_yEL ING MAINTENANCE PERSONNEL 43 5
54 29.030 1.600 54.720 OPERATING PERSONNEL-3 0
27 1.010 0.010 47.290 HEALTH PHYSICS PERSONNEL 8
0 40 2.580 0.050 15.570 SUPERVISORY PERSONNEL 0
0 0
0.110 0.000 0.020 ENGINEERING PERSONNEL 2
1 6
1.380 0.550 6.830 TOTAL 56 6
127 189 34.110 2.210 124.430 160.750 TOT AL BL)JD FUNCTION MAINTENANCE PERSONNEL
-149 95 706 950 136.410 65.190 672.630 874.250 OPERATING PERSONNEL 62 0
64 126 54.450 0.180 68.880 123.510 HEALTH PHYSICS PERSONNEL 110 8
416 534 73.990 2.810 201.500 278.300 SUPERVISORY PERSONNEL.
3 1
8 12 0.910 0.320 5.660 6.890 ENGINEERING PER10NNEL 28 50 116 194 15.030 27.530 97.440 140.000 GRAND TOTAL 352 154 1310 1816 280.790 96.030 1046.110 1422.930
- Workers may be counted in more than one category.
~
APPENDIX C -
NUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION o
PLANT: HATCH 1.2 (BWR) 1983 HUMBER OF PERSONNEL (>100 M-reg 1 TOTAL MAN-REMS STATION UTILITY CON"RACT TOTAL STATION UTILITY CONTRACT TOTAL WORF 8 JOB FUNCTION EMPLOYEES EMPLOYEES 80"HERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAM-REMS f_EA_CE R OPERATIONS 4 $URV.
MAIN 1ENANCE PERSONNEL 3
0 5
1.000 0.000 1.000 OPERATING PERSONNEL 122 5
4 73.000 1.000 1.000 HEALTH PHYSICS PERSONNEL 82 0
135 36.000 0.000 85.000 SUPERVISORY PERSONNEL 33 5
1 8.000 1.000 0.000 ENGINEERING PERSONNEL 30 7-3 5.000 1.000 1.000 TOTAL 270 1/
148 415 123.000 3.000 88.000 214.000 ROUTINE MAINTENANCE MAINTENANCE PFRSONNEL 171 6
153 92.000 2.000 41.000 OPERATING PERSONNEL 11 0
0 5.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 64 0
2 25.000 0.000 0.000 SUPERVISORY PERSONNEL 10 1
1 3.000 0.000 0.000
_ ENGINEERING PERSONNEL 16 15 26 3.000 5.000 7.000 TOTAL 272 22 182 476 128.000 7.000 48.000 185.000 IN-SER_VJ !E INSPECTInN MAINTENsHCE PER$0KNEL 0
0 to 0.000 0.000 4.000 OPERAT;UG PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL-0 0
1 0.000 0.000 0.000 ENGINEERLE_G PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 11 11 0.000 0.000 4.000 4.000 RE1LA1 MAU(TENANCE co, MAINTENANCE PERSONNEL 133 4
1077 61.000 1.000 519.000 ua OPERATING PERSONNEL 15 0
5 3.000 0.000 1.000 HEALTH PHYSICS PERSONNEL 25 0
24 5.000 0.000 7.000 SUPERVISORY PERSONNEL 7
2 18 2.000 1.000 7.000
_ ENGINEERING PERSONNEL 16 16 93 7.000 5.000 26.000 TOTAL 196 22 1217 1435 78.000 7.000 560.000 645.000 VASTE PROCESSING -
flAINTENANCE PERSONNEL 1
0 11 0.000 0.000 3.000 OPERATING PERSONNEL 2
0 1
0.000 0.000 1.000 i'
HEALTH PHYSICS PERSONNEL 8
0 5
1.000 0.000 2.000 SUPERVISORY PERSONNEL 0
0' O
0.000 0.000 0.000 ENGINEERIWG PERSONNEL 0
0 1
0.000 0.000 0.000 TbiAL 11 0
18 29 1.000 0.000 6.000 7.000 F_EBJEl,1NG MAINTENANCE PERSONNEL 50 0
38 24.000 0.000 10.000 OPERATING PERSONNEL 16 0
1 4.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 13 0.000 0.000 3.000 SUPERVISORY PERSONNEL 7
0 0
3.000 0.000 0.000 ENGINEERING PERSONNEL 4
0 7
1.000 0.000 1.000 TOTAL 77 0
59 136 32.000 0.000 14.000 46.000 TOTAL BY JOB FUNITION MAINTENANCE PERSONNEL ~
358 092) 10 (7) 12940189) 1662 (13M) 178.000 3.000 578.000 759.000 OPERATING PERSONNEL 166 (133) 5 (5) 11 (9) 182 047) 85.000 1.000 3.000 89.000 HEALTH PHYSICS PERSONNEL
'17 9 (1291 0
179 050) 358 (279) 67.000 0.000 97.000 164.000 21 (22) 86 (81) 16.000 2.000 7.000' 25.000 SUPERVISORY PERSONNEL 57 (52f 8 (7)
-110 037)-
234 (223) 16.000 11.000 35.000 62.000 ENGINEERING PERSONNEL 66 (53?
38(33)
GRAND TOTAL 826J559 6 1 l52) 16 35 ff 20 2522 UHal 362.000 17.000 720.000 1099.000
- Workers ray be counted in more than one category. Numbers in parentheses are numbers of individuals.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: HUMBOLDT BAY (BWR) 1983 NUMBER OF PERSONNEL (>100 M-REU1 TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CatlRACT TOIA1 l
WORK 4 JOB FUNCll,0N
_fMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EhPLOYEES
& OTHERS MAH-REh5 _
REACTOR OPERATIONS 4 SURV.
MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 15 0
0 1.700 0.000 0.000 HEA!TH PHYSICS PERSONNEL 2
0 0
1.000 0.000 0.000 SUPERVISORY PERSONNEL 1
0 0
0.200 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 18 0
0 18 2.900 0.000 0.000 2.900 ROUTINE MAINTENANCE NAINTENANCE PERSONNEL 11 3
0 2.300 0.900 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 0
1.200 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 1
0 0
0.300 0.090 0.000 TOTAL 13 3
0 16 3.800 0.900 0.000 4.700 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 os. OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 4
HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 WASTE PROCESSING' MAINTENAhCE PERSONNEL 4
0 0
1.000 0.000 0.000 OPERATING PERSONNEL 6
0 0
3.500 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 0
0.800 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 1
0 0
0.400 0.000 0.000 TOTAL 12 0
0 12 5.700 0.000 0.000 5.700 REFUELING MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENCINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 TOTAL BY JOB FUNCTION 4
MAINTENANCE PERSONNEL 15 3
0 18 3.300 0.900 0.000 4.200 OPERATING PERSONNEL 21 0
0 21 5.200 0.000 0.000 5.200 HEALTH PHYSICS PERSONNEL 4
0 0
4 3.000 0.000 0.000 3.000 SUPERVISORY PERSONNEL 1
0 0
1 0.200 0.000 0.000 0.200 ENGTHEERING PERSONNEL 2
0 0
2 0.700 0.000 0.000 0.700 GRAND TOTAL 43 3
0 46 12.400 0.900 0.000 13.300
APPENDIX C HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT:, INDIAN POINT-1.2 (PWR) 1983 HUMBER OF PERSONNEL (>100 M-REM)
TOAt MAN-REMS STATION UTILITY CONTRAC7 TOTAL STATION UTILIY CON'RACT TOTAL-WORK 8 JOB FUNCTION EMPLOY EES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EMPLOYl!ES 8 0HERS MAN-REMS REACTOR E RATIONS & SURV.
MAINTENANCE PERSONNEL 56 37 101 13.548 3.319 23.728 OPERATING PERSOHHEL 59 0
3 51.156 0.000 0.875 HEALTH PHYSICS PERSONNEL 16 0
39 17.734 0.000 39.975 SUPERVISORY PERSONNEL-59 15 71 21.692 2.718 9.164 ENGINEERING PERSONNEL 42 8
13 11.696 0.610 4.768 TOTAL 232 60 227 519 115.826 6.647 78.510 200.983 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 53 36 55 26.512 3.398 4.524 OPERATING PER$0HNEL 37 0
2 5.087 0.000 0.800 HEALTH PHYSICS PERSONNEL to 0
14 0.646 0.000 0.965
$UPERVISORY PERSOHNEL 43 12 56 13.411 0.620 4.119 ENGINEERING PERSONNEL 26 6
6 1.886 0.239 0.451 TOTAL 169 54 133 356 47.542 4.257 10.859 62.658 IN-SERVICE INSPECTION NAINTENANCE PERSONNEL 45 7
53 3.710 0.441 7.029 OPERATING PER$0HHEL 57 0
2 13.693 0.000 0.140 HEALTH PHYSICS PERSONNEL 18 0
24 2.252 0.000 4.042 SUPERVISORY PERSOHHEL 47 7
57 5.332 0.965 3.673 ENGINEERING PERSOHNEL 24 4
2 1.164 0.181 0.200 TOTAL 191 18 138 347 26.151 1.587 15.084 42.822 SPECIAL MAINTENANCE MAINTENANCE PERSOHNEL 36 54 121 4.795 12.910 43.112 O! OPERATING PERSOHNEL 17 0
1 1.291 0.000 0.015 HEALTH PHYSICS PERSONNEL 5
0 1
4.513 0.000 0.020 SUPERVISORY PERSOHNEL 18 18 77 2.305 3.775 13.427 ENGINEERING PERSOHNEL 14 7
6 1.077 0.696 1.447 TOTAL 90 79 206 375 13.981 17.381 58.021 89.383 WASTE PROCESSING MAINTENANCE PERSONNEL 21 11 60 16.215 0.135 41.084 OPERATING PERSONNEL 13 0
4 0.374 0.000 3.510 HEALTH PHYSICS PERSONNEL 3
0 8
0.635 0.000 4.215 SUPERVISORY PERSOHHEL 23 4
18 14.153 0.085 5.411 ENGINEERING PERSOHHEL 14 0
5 0.549 0.000 0.917 TOTAL 74 15 95 184 31.926 0.220 55.137 87.283 REFUELING MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSOHHEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSOHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 1DTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 211 (60) 145(63) 390(159?
746(282) 64.780 20.203 119.477 204.460 195 (67ll 71.601 0.000 5.340 76.941 OPERATING PERSONNEL 183 (63) 0 12 (4: 1 HEALTH PHYSICS PERSOHNEL~
5 2 (20) 0 8 6 (401 138 (60)1 25.780 0.000 49.217 74.997 SUPERVISORY PERSONHEL 190 (61:1 5 6 (20) 279I;88?
525(169.
56.893 8.163 35.794 100.850 ENGINEERING PERSONNEL 120 (42
25 (8) 32 L18
177 (64' 16.372 1.726 7.7P'. _.
25,881 s
226(U) 799 005 1781 f 642' 235.426 30.092 217.$94 485.129 GRAND TOTAL 756 (246 t
Workers may be counted in rnore than one category. Numbers in parentheses are total num'bers of individuals.
~ -
APPENDIX C HUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION-PLANT: INDIAN POINT 3 (PWR) 1983 NUMBER OF PERSONNEL D100 M-REM)
TO AL MAN-RE%
STATION UTILITY CONT RACT TOTAL STATION UTILIY coi RACT TOTAL
_HJgK 8 JOB FUNCTION EMPt0YEES EMPLOYEES 8 OT iERS PERSONS EMPLOYEES EMPLOYEES a C
' NERS MAN-REMS RFACTOR OPERATIONS 4 SURV.
t1AINTENANCE PERSONNEL 5
0
-1 2.300 0.000 1.300 OPERATING PERSONNEL 18 0-0 12.500 0.000 0.100 HEALTH PHYSICS PERSONNEL 14 0
11 10.200 0.100 -
4.400 SUPERVISORY PERSONNEL 4
0 0
1.000 0.000
- 0. 100 ENGINEERING PERSONNEL 2
1 3
2.900 0.500 1.400 TOTAL 43 1
15 59 28.900 0.600 7.300 36.800 EDUTINE MAINTENANCE
. MAINTENANCE PERSONNEL
.12 0
14 6.200 0.000 9.900 CPERATING PERSONNEL 4
0 0
2.000 0.000 0.100
. HEALTH PHYSICS PERSONNEL 10 0
30-9.000 0.000 25.600 SUPERVISORY PERSONNEL 1
0-0 0.200 0.000 0.100 ENGINEERING PERSONNEL 0
0 0
0.200 0.400 0.100 TOTAL 27 0
44 71 17.600 0.400 35.800 53.800 11-3ERVICE INSPECTION MAINTENANCE PERSONNEL 1
0 24 1.300 0.000 15.600 0PERATING PERSONNEL 2
0 2
3.100 0.000 0.700 HEALTH PHYSICS PERSONNEL 4
0 1
1.500 0.000 0.S00 SUPERVISORY PERSONNEL 2-0 0
4.000 0.100 0.200 i
ENGINEERING PERSONNEL 7
1 6
8.200 1.500 2.300 TOTAL 16 1
33 50 18.100 1.600 19.300 39.000 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 43 0'
339 22.300 0.000 399.700
$ OPERATING PERSONNEL 11 0
5 3.600 0.000 5.600 HEALTH PHYSICS PERSONNEL 8
0 14 2.700-0.000 4.100 SUPERVISORY PERSONNEL 8
0 3-3.100 0.000 1.300 ENGINEERING PERSONNEL 10 0
'3 6.100 0.800
_ 412.700 451.300
'2.000 TOTAL 80 0
364 444 37.800 0.800 WASTE PROCESSING
-MAINTENANCE PERSONNEL.
3 0
3 1.300 0.000 2.500 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 2
0 1
2.600 0.000 0.300 i
SUPERVISORY PERSONNEL 0~
O O
0.000 0.000 0.100 ENGINEERINLP ER SONNEL 0
0 0
0.000 0.000 0.000 TOTAL 5
0-4 9
3.900 0.000 2.900 6.800 REFUELING MAINTENANCE PERSONNEL
.0 0
0 0.000 0.000 0.000
<0PERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 64 0
381 445 33.400 0.000 429.000 462.400 OPERATING PERSONNEL 35 0
7 42 21.200 0.000 6.500 27.700 HEALTH PHYSICS PERSONNEL 38 0
57 95 26.000 0.100 34.900 61.000 SUPERVISORY PERSONNEL 15 0
3 18 8.300 0.100 1.800 10.200 ENGINEERING PERSONNEL 19 2
12 33 17.400 3.200 5.800 26.400 GRAND TOTAL 171 2
460 633 106.500 3.400 478.000 587.700
1 1
APPENDIX C HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: KEW4UNEE (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
T0"Al MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILI'Y CONTRACT TOTAL RRj( 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYl!ES 8 OTHERS MAN-REMS
_RE ACTOR OPER AT I0t[$ 8 SURV.
MAINTENANCE PERSONNEL.
6 0
14 2.494 0.000 3.081 OPERATING PERSONNEL 9
0 1
2.785 0.000 0.147 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 5
0 0
0.808 0.000 0.000 ENGINEERING PERSONNEL 4
1 1
0.172 0.000 0.080 TOTAL 24 1
16 41 6.259 0.000 3.308 9.567 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 38 15 58 7.414 4.831 12.073 OPERATING PERSONNEL 9
0 4
1.728 0.000 1.240 HEALTH PHYSICS PERSONNEL 20 0
10 9.770 0.000 7.983 SUPERVISORY PERSONNEL 3
0 12 0.118 0.000 2.047 ENGINEERING PERSONNEL 3
1 3
0.210 0.000 1.362 TOTAL 73 16 87 176 19.240 4.831 24.705 48.776 IN-SERVICE' INSPECTION MAINTENANCE PERSONNEL 2
0 56 0.306 0.000 27.843 OPERATING PERSONNEL 0
0 7
0.000 0.000 0.496 HEALTH PHYSICS PERSONNEL D
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 1
0 1
0.222 0.000 0.000 ENGINEERING PERSONNEL 1
0 0
0.003 0.000 0.000 TOTAL 4
0 64 68 0.531 0.000 28.339 28.870
$_PACIAL MAINTENANCE P
MAINTENANCE PERSONNEL 36 12 103 3.221 0.698 50.280 D OPERATING PERSONNEL 2
0 1~
0.001 0.000 0.039 HEALTH PHYSICS PERSONNEL 5
0 0
0.114 0.000 0.000 SUPERVISORY PERSONNEL 1
0 4
0.046 0.000 1.678 JNGINEERING PERSONNEL
^3 4
3 0.083 1.527 1.425 TOTAL 47 16 111 174 3.465 2.225 53.422 59.112
. WASTE PROCESSING MAINTENANCE PERbONNEL 16 7
7 0.432 0.049 1.368 OPERATING PERSONNEL 2
0 1
3.152 0.000 0.596 HEALTH PHYSICS PERSONNEL 5
0 0
0.880 0.000 0.000 SUPERVISORY PERSONNEL 1
0 0
0.054 0.000 0.000 ENGINEER [NG PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 24 7
8 39 4.518 0.049 1.964 6.531 REFUELING MAINTENANCE PERSONNEL 28 11 11 2.289 1.463 6.929 OPERATING PERSONNEL 3
0.
2 0.106 0.000 0.672 HEALTH PHYSICS PERSONNEL 3
0 0
0.564 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 1
0 0
0.068 0.000 0 000 2
TOTAL 35 11 13 59 3.027 1.463 7.601 12.091 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 126 45 249 420 16.'156 7.041 101.574 124.771 OPERATING PERSONNEL 25 0
16 41 7.772 0.000 3.190 10.962 HEALTH PHYSICS PERSONNEL 33 0
to 43 11.328 0.000-7.983 19.311 SUPERVISORY PERSONNEL 11 0
17 28 1.248' O.000 3.725 4.973 ENGINEERIllG PERSONNEL 12 6
7 25 0.536 1.527 2.867 4.930 GRAND TOTAL 207 51 299 557 37.040 8.568 119.339 164.947 Workers may be counted in more than one category.
APPENDIX C HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTIOH PLANT: LACROSSE (BWR) 1983 NUMBER OF PERSONNEL (>100 M-REM TOTAL MAN-REM 1 STATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL WORK 4 JOB FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES
& 6THERS MAH-REMS REACTOR OPERATIONS S SURV.
MAINTENANCE PERSONNEL 1
0 0
0.16 1 0.000 0.247 OPERATING PERSONNEL 21 0
0 61.608 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
0 0
20.010 0.000 0.000 SUPERVISORY PERSOHHEL 22 0
0 16.617 0.000 0.000 ENGINEERING PERSONNEL 6
0 0
4.496 0.000 0.000 TOTAL 58 0
0 58 102.892 0.000 0.247 103.139 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 20 12 3
57.226 20.182 1.796 OPERATING PERSONNEL 21 0
0 14.826 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 0
0.841 0.000 0.000 SUPERVISORY PERSONNEL 9
0 0
7.504 0.000 0.120 ENGINEERING PERSONNEL 6
0 0
7.043 0.000 0.014 TOTAL 60 12 3
75 87.440 20.182 1.930 109.552 IN-SE8VICE INSPECTION MAINTENANCE PERSONNEL 1
0 7
0.555 0.043 17.810 OPERATING PERSONNEL 0
0 0
0.089 0.000 0.000 HEALTH PHYSICS PERSOHHEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 6
0 3
5.079 0.000 4.295 ENGINEERING PERSONNEL 2
0 2
0.656 0.000 0.429 TOTAL 9
0 12 21 6.379 0.043 22.534 28.956
$PECIAL MAINTENANCE NAINTENANCE PERSONNEL 16 7
6 16.275 6.478 1.520 em OPERATING PERSONNEL 12 0
'O 3.467 0.000 0.000 HCALTH PHYSICS PERSONNEL 4
0 0
0.621 0.000 0.000 SUPT'VISORY PERSONNEL to 0
2 5.065 0.000 0.68S ENGINEERING PERSONNEL 2
0 3
0.957 0.000 3.537 TOTAL 44 7
11 62 26.385 6.478 5.745 38.608 RASTE PROCESSING MAINTENANCE PERSONNEL 8
2 0
2.568 0.819 0.000 OPERATING PERSONNEL 6
0 0
2.997 0.000 0.000 HEALTH PHYSICS PERSONNEL 7
0 0
4.174 0.000 0.000 SUPERVISORY PERSONNEL 3
0 0
4.699 0.000 0.000 ENGINEERING PERSONNEL 3
0 0
1.978 0.000 0.000 TOTAL 27 2
0 29 16.416 0.819 0.000 17.235 Eff.VE LNG MAINTENANCE PERSONNEL 7
6 0
1.960 2.489 0.000 OPERATING PERSONNEL 18 0
0 4.491 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 0
0.944 0.000 0.000 SUPERVISORY PERSONNEL 9
0 0
5.010 0.000 0.000 ENGINEERING PERSONNEL 3
0 2
2.225 0.000 0.292 TOTAL 41 6
2 49 14.630 2.489 0.292 17.411 TOTAL BY JOB FUNCTTON MAINTENANCE PERSONNEL 5 3 (20) 2 7 (12) 16(7) 9 6 (39) 78.745 30.011 21.373 130.129 OPERATING PERSONNEL 7 8 (21) 0 0
7 8 (21) 87.478 0.000 0.000 87.478 HEALTH PHYSICS PERSONNEL 27 (8) 0 0
27 (8) 26.590 0.000 0.000 26.590 SUPERVISORY PERSONNEL 5 9 (22) 0 5 (3 6 4 (25) 43.974 0.000 5.103 49.077 ENGINEERING PERSONNEL 22 (6) 0 7 (3 29 (9) 17.355 0.000 4.272 21.627 GRAND TOTAL 239(77) 2 7 (12) 2 8 (13) 294(102) 254.142 30.011 30.748 314.901
- Workers may be counted in more than one category. Numbers in parentheses are total numbers of indmduals.
..v.
- ~.. - - - -. -. - - - -.. - - - -.-..... ~.
~. ~. -. -.
I APPENDlX C.
NUMBER OF PERSONNEL AND MAN-REM BY WORK AND' JOB FUNCTION PLANTS MAINE YANKEE (PWR) 1983 N.MBER OF PERSf1NNEL (>100 1-REM)
TOAL MAN-REN,
'STATIOo UTILI"Y CONT TACT TOTAL STATION UTILIY col RACT-10TAL'
+
""K 8 JOB FUNCTION EMPLOYELS EMPLOYMES
& OT 4ERS PERSONS EMPLOYEES EMPLOYl!ES
NERS MAN-REMS f
-REACTOR OPERATIONS S SURV.
~0.000 0.705 NAINTENANCE PERSONNEL 3
0 3
1.640' i
OPERATING PERSONNEL 33 0
0 11.528
-0.000 0.018 NEALTH PHYSICS PERSONNEL
'15 0
2 7.420 0.000
.8.785 SUPERVISORY PERSOMMEL 11 0'
0 4.750 0.010
'8.430 -
i ENGINEERING PERSONNEL 13 0
9 3.740-0.000 5.270 TOTAL 75 0
14 89 29.070 0.010 7.200 36.280 i
ROUTIME MAINTENANCE RAINTENANCE PER5ONNEL 25 8'
118 23.012 0.000 50.984 OPERATING PERSONNEL 15 0
0 4.110 4.000 0.000
+
i NEALTH PHYSICS PERSONNEL -
5 0
0 1.390 0.000 0.000 SUPERVISORY PERSONNEL.
29-0 0
19.550 8.015 0.290
'ENGINFFRING PERSONNEL 7
0 7
2.260 0.000 2.160 i
TOTAL 81 0
125 206 50.322 0.015 53.434 103.771
%fC' JCE INSPECT,IO.N 0.420 CE PERSOMeL 0
0 i
.....e 0.
OPERATING,ERSONNEt 0
0 0
0.0..
HEALTH PHYSICS PERSONNEL
-8 0
0 0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 '
O.000 ENGINEERING PERSOMMEL' S
-0 0
0.005 0.000 0.035 TOTAL 0
0 1
1 0.005 0.000 0.455 0.460
$;Al % 5 W H M "HEt 2
4 6
0.,40 0..
2.5 5 0PERATING PERSONNEL 0
0 0
0.000 0.000 0.000 EHEALTH PHYSICS PERSONNEL:
0 0
0 0.020 0.000 0.000 i
SUPERVISORY PERSONNEL 0-0 0
0.105 0.088 0.000 ENGINFERING PERSONNEL 8
0 0
0.045 0.000 0.015 TOTAL 4
0 6
10 1.110 0.000 2.600 3.710 MASTE PROCESSING
+
RAINTENANCE PERSONNEL 1
0 2
0.405 0.000 0.495-OPERATING PERSONNEL 2
0 0
0.750 0.000 0.000 i
-HEALTH PHYSICS PERSONNEL
't 0
0 0.580 0.000 0.000 SUPERVISORY PERSONNEL 1
0 0
0.470 S.800 0.020 ENGINEERING PERSONNEL-0 0
0 0.000 0.000 0.005 TOTAL 5
0 0
7 2.205 4.000 0.520 2.725
)
REFUELING
=
MAINTENANCE PERSONNEL 0.
0 0
0.075 0.000 0.055 4 -
. OPERATING PERSONNEL 0-0 0
0.005-0.000 0.000 l
.NEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0
-0 0.025 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.060 0.000 0.000 TOTAL 0
0 0
0 0.165 0.000 0.055 0.220 TOTAL BY' JOB FUNCTION MAINTENANCE PERSONNEL.
33 0
130 163 26.072 0.000 55.244 81.316 0PERATING PERSONNEL. '
50 0
0 50 16.385 0.008 0.010-16.395 NEALTH PHYSICS PERSONNEL 21 0
2 23 9.410 0.000 0.785 10.195 SUPERVISORY PERSONNEL 41 0
0 41 24.900 0.825 0.740 25.665 ENGINEERING PERSONNEL 20 0
16 36L 6.110 0.000 7.485 13.595 i
o GRAND TOTAL 165 0
148 313 82.877 0.025 64.264 147.166 r
I i
I 4
l L.: _, _.,
o
NUMBER OF PERSOHNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: MCGUIRE (PWR) 1983 NUMBER OF PERSONNEL (>100 M-RFM)
T0'Al MAN-RE W STATION UTILITY CONTRAC
TOTAL STATION UTILI"Y C0 "RACT
' TOTAL-i
_MQRK 4 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES ai:iHERS MAN-REMS REACTOR OPERATIONS 8 SURV.
MAINTENANCE PERSONNEL.
93 11 47 2.550 0.105 1.000 CPERATING PERSONNEL 74 214 8
5.235 2.615 0.265 HEALTH PHYSICS PERSONNEL 85 1
63 11.750 0.020 13.090 SUPERVISORY PERSONNEL 5
0 0
0.330 0.000 0.000 ENGINEERING PERSONNEL 30 11 9
0.810 0.245 0.215 TOTAL 287 237 127 651 20.675 2.985 14.570 38.230 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 113 23 55 26.145 2.470 7.572 OPERATING PERSONNEL 76 352 17 8.105 63.275 2.005 HEALTH PHYSICS PERSONNEL 75 1
59 5.380 0.055 7.335
$UPERVISORY PERSONNEL 6
0 0
0.610 0.000 0.000 ENGINEERING PERSONNEL 47 25 47 6.980 2.205 1.893 TOTAL 317 401 178 896 47.220 68.005 18.805 134.030 IM-SERVICE INSPECTION MAINTENANCE PERSONNEL 29 3
2 1.900 0.200 0.000 OPERATING PERSONNEL 7
74 2
0.085 9.090 0.110 HEALTH PHYSICS PERSONNEL 43 1
32 1.660 0.025 2.120 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 30 7
14 1.775 0.340 5.025 TOTAL 109 85 50 244 5.420 9.655 7.255 22.330 iP_ECIAL MAINTENANCE MAINTENANCE PERSONNEL 74 17 32 14.545 1.040 6.045
$ OPERATING PERSONNEL 43 312 11 3.065 177.984 1.235 HEALTH PHYSICS PERSONNEL 66 1
58 15.765 0.055 20.198 SUPERVISORY PERSONNEL 2
0 0
0.575 0.000 0.000 ENGINEERING PERSONNEL 42 15 52 10.350 2.095 41.757 TOTAL 227 345 153 725 44.300 181.174 69.235 294.709 WASTE PROCESSING MAINTENANCE PERSONNEL 49 3
41 1.545 0.040 15.435 OPERATING PERSOHNEL 28 58 6
2.075 0.790 1.375
-HEALTH PHYSICS PERSONNEL 67 0
48 10.400 0.000 1.867 SUPERVISORY PERSONNEL 3
0 0
1.655 0.000 0.000 ENGINEERINC PERSOHNEL 12 0
1 0.100 0.000 0.005 TOTAL 159 61 96 316 15.775 0.830 18.682 35.287 REFUELING MAINTENANCE PERSONNEL 54 1
15 20.095 0.200 0.310 OPERATING PERSONNEL 25 40 4
1.805 3.795 0.340 HEALTH PHYSICS PERSONNEL 53 1
29 4.670 0.000 2.725
- SUPERVISORY PERSONNEL 3
0 0
1.545 0.000 0.000 ENGINEERING PERSONNEL 23 3
6 1.850 0.050 1.265 TOTAL 158 45 54 257 29.965 4.045 4.640 38.650 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 4 12 (1161 58 (20) 192 (551 662 L1911 66.780 4.055 30.362 101.197 OPERATING PERSONNEL 253 (80h 1050 (356L 48 i:20'l 13511:456'l 20.370 257.549 5.330 283.249 (l
HEALTH PHYSICS PERSONNEL 389 (861 5
(0; 289 L63' i
683i 1501 49.625 0.155 47.335 97.115 SUPERVISORY PERSONNEL 19 (6?
O 19 (61 4.715 0.000 0.000 4.715 0 (O' i
ENGINEERING PERSONNEL 184 (55 61 (191 129 (651 374 (139' 21.865 4.935 50.160 76.960 i
GRAND TOTAL 1257 (343 l
1174 GIN 658(203 3089(942 163.355 266.694 133.187 563.236
- ldorters may be counted in more than one category. Numbers in parentheses are numbers of. individuals.
(
APPENDlX C NUnBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT MILLSTONE 1 (BWR) 1983 l
MUMBER OF PERSONNEL (>100 M-REM)
TOT AL MAN-REPS i
STATION UTILITY CONTRACT TOTAL STATION UTILITY cot "RACT TOTAL j
WORK 8 JCB FUNCTION EMPLOY.EES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EMPLOYEES 8 0"NERS MAN-REMS REACTOR OPERATIONS & SURV.
NAINTENANCE PERSONNEL 19 0
1 7.660 0.120 0.460 I
OPERATING PERSONNEL 51 0
0 48.560 0.000 0.130.
HEALTH PHYSICS PERSONNEL 22 0
4 8.690 0.010 1.840 SUPERVISORY PERSONNEL 1
0 0
0.130 0.000 0.050 ENGINEERTNG PERSONNEL 3
0 0
1.040 0.200 0.200 TOTAL 96 0
5 tot 66.080 0.330 2.680 69.090 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 52 1
1 ' 17 50.610 0.600 6.160 OPERATING PERSONNEL 16 0
3 4.710 0.000 2.430 HEALTH PHYSICS PERSONNEL 15 0
9 7.470 0.010 3.660 SUPERVISORY PERSONNEL 0
0 1
0.010 0.000 0.190 ENGINEER [MG PERSONNEL 9
9 2
2.420 3.060 1.170 TOTAL 92 to 32 134 65.220 3.670 13.610 82.500 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 0
0 0
0.100 0.000 0.110 OPERATING PERSONNEL 0
0 0
0.060 0.000 0.030 HEALTH PHYSICS PERSONNEL 0
0 0
0.200 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENOINEERING PERSONNEL 2
0 2
0.800 0.270 0.380 TOTAL 2
0 2
4 1.160 0.270 0.520 1.950 SPECIAL MAINTENANCE MA1HTENANCE PERSONNEL 34 33 134 14.410 17.400 53.120 33 OPERATING PERSONNEL 3
0 7
0.970 0.010 2.320 HEALTH PHYSICS PERSONNEL 14 0
3 5.540 0.010 1.020 SUPERVISORY PERSONNEL 0
0 2
0.000 0.000 0.740 ENGINEERING PERSONNEL 4
3 4
1.460 2.030 1.360 TOTAL 55 36 150 241 22.330 19.450 58.560 100.390 HASTE PROCESSTNG MAINTENANCE PERSONNEL 3
0 8
0.630 0.000 3.920 OPERATING PERSONNEL 7
0 0
1.840 0.000 0.000 HEALTH PHYSICS PERSONNEL 6
0 5
2.950 0.000 1.460 SUPERVISORY PERSONNEL 0-0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
'O 0
0.250 0.000 0.010 TOTAL 16 0
13 29 5.670 0.000 5.390 11.060 EffGELING MAINTENANCE PERSONNEL 2
0 2
0.630 0.000 0.000 OPERATING PERSONNEL-1 0
1 0.260 0.000 0.040 HEALTH PHYSICS PERSONNEL 0
0 0
0.270 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
2 0
0.250 0.910 0.060 TOTAL 3
2 3
8 1.410 0.910 0.100 2.420 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 110 34 162 306 74.040 18.120 63.770 155.930 OPERATING PERSONNEL 78 0
11 89 56.400 0.010 8.950 61.360 HEALTH PHYSICS PERSONNEL 57 0
21 78 25.120 0.030 7.980 33.130 SUPERVISORY PERSONNEL 1
0 3
4 0.140 0.000 0.980 1.120 ENGINEERING PERSDNNEL 18 14 8
40 6.220 6.470 3.180 15.870 GRAND TOTAL 264 48 205 517 161.920 24.630 80.860 267.410
- Workers may be counted in more than one category.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT:, MILLSTONE 2 (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-RQ1$
STA' TION UTILITY CONTRACT TOTAL STATION UTILITY C0jilE_A_CT TOTAL M RK $_)DB FUNCTION EM9LOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAN-RENS REACTOR OPERATIONS 4 SURY.
MAINTENANCE PERSONNEL 9
0 11 4.320 0.960 6.720 0FERATING PERSOHNEL 54 0
2 48.730 0.030 0.910 HEALTH PHYSICS PERSONNEL 24 3
78 18.090 1.060 98.110 SUPERVISORY PERSONNEL 0
0 0
0.100 0.030 0.030 ENGINEERING PERSONNEL 11 5
2 5.290 2.030 1.440 TOTAL 98 8
93 199 76.530 4.110 107.210 187.850 ROUTINE MAINTENANCE NAINTENANCE PERSONNEL 70 22 205 75.970 5.800 80.320 GPERATING PERSONNEL 19 0
1 6.090 0.000 0.650 HEALTH PHYSICS PERSONNEL 2
1 15 1.040 0.220 5.770 SUPERVISORY PERSONNEL 0
0 1
0.000 0.020 0.450 ENGINEERING PERSONNEL 9
11 15 4.390 4.010 7.950 TOTAL 100 34 237 371 87.490 10.050 95.140 19?.680 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 13 0
222 4.770 0.170 233.450 OPERATING PERSONNEL 1
0 5
0.620 0.000 2.580 HEALTH PHYSICS PERSONNEL 3
0 10 2.050 0.000 4.070 SUPERVISORY PERSONNEL 0
0 2
0.000 0.000 1.650 ENGINEERING PERSONNEL 3
7 47 1.450 3.270 56.730 TOTAL 20 7
286 313 8.890 3.440 298.480 310.810 iPECIAL MAINTENANCE MAINTENANCE PERSONNEL 69 33 574 65.130 12.480 669.610
$ OPERATING PERSONNEL 17 0
73 4.630 0.020 79.000 HEALTH PHYSICS PERSONNEL 7
1 26 2.880 0.220 17.070 SUPERVISORY PERSONNEL 0
0 12 0.100 0.060 5.730 ENGINEERIHG PERSONNEL 17 30 263 7.450 13.950 382.340 TOTAL 110 64 948 1122 80.190 26.750 1153.750 1260.670 WASTE PROCESSING MAINTENANCE PERSONNEL 0
0 29 0.180 0.000 20.040 OPERATING PERSONNEL 10 0
0 3.190 0.000 0.040 HEALTH PHYSICS PERSOHNEL 6
0 16 7.990 0.020 11.320 SUPERVISORY PERSOHHEL 0
0 0
0.000 0.000 0.030 ENGIMEERING PERSONNEL 0
0 2
0.140 0.030 0.530 TOTAL 16 0
47 63 11.500 0.050 31.940 43.490 REFUELING MAINTENANCE PERSONNEL 68 8
22 45.880 5.320 10.260 OPERATING PERSONNEL 22 0
1 5.590 0.040 0.290 HEALTH PHYSICS PERSONNEL 0
0 to 0.010 0.000 3.480 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSOHNEL 7
0 29 2.070 0.200 8.270 TOTAL 97 8
62 167 53.550 5.560 22.500 81.410 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 229 63 1063 1355 196.250 24.730 1020.400 1241.380 OPERATING PERSONNEL 123 0
82 205 68.850 0.090 83.450 152.390 HEALTH PHYSICS PERSONNEL 42 5
155 202 32.060 1.520 139.820 173.400 SUPERVISORY PERSONNEL 0
0 15 15 0.200 0.110 7.890 8,200 ENGINEERING PERSONNEL 47 53 358 458 20.790 23.490 457.260 501.540 GRAND TOTAL 441 121 1673 2235 318.150 49.940 1708.820 2076.910
- Norkers may be counted in more than one category.
HUMBER OF PERS0HNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT:f ONTICELLO (BWR) 1983 M
WUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAH-RENS STATI )H UTILITY CONTRACT TOTAL STATION UTILITY "0NTRACT TOTAL
_MORK 8' JOB FUNCTION EMPLOY EES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES 8 OTHERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 39' 28 38 9.102 1.546 0.310 OPERATING PERSONNEL 46 0
0 20.384 0.000 0.000 HEALTH PHYSICS PERSOHNEL 17 17 5
7.283 0.000-0.965 SUPERVISORY PERSOHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 16 7
24 3.4 14 0.828 4.242 TOTAL 118 52 67 237 40.183 2.374 5.517 48.074 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 39 31 22 15.813 8.700 2.988 OPERATING PERSONNEL 29 0
0 2.021 0.000 0.000 HEALTH PHYSICS PERSONNEL 13 13 6
2.201 0.000 1.981 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 14 2
12 1.113 0.335 1.995 TOTAL 95 46 40 181 21.148 9.125 6.964 37.237 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 1
0 0
0.004 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSOHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 1
0 1
0.016 0.000 0.000 TOTAL 2
0 1
3 0.020 0.000 0.000 0.020 SPECIAL MAINTENANCE **'
, MAINTENANCE PERSONNEL 0
21 23 0.000 0.873 4.045 w OPERATING PERSONNEL 1
0 0
0.005 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
1 0
0.022 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 2
22 23 47 0.027 0.873 4.045 4.945 WASTE PROCESSING MAINTENANCE PERSONNEL 28 18 0
3.939 1.424 0.000 OPERATING PERSONNEL 41 0
0 2.703 0.000 0.000 HEALTH PHYSICS PERSONNEL 9.
9 3
0.880 0.000 0.152 SUPERVISORY PERSOHHEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 5
G 3
0.359 0.000 2.898 TOTAL 83 27 6
116 7.881 1.424 3.050 12.355 REFUELING MAINTEHANCE PERSONHEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSOHNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSOHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 JAIAL BY JOB FUNCTION MAINTENANCE PERSOHNEL 107 98 83 288 28.858 12.633 7.343 48.834 OPERATING PERSONNEL 117.
0 0
117 25.113 0.000 0.000 25.113 HEALTH PHYSICS PERSONNEL 40 40 14 94 10.386 0.000 3.098 13.484 SUPERVISORY PERSOHNEL 0
0 0
0 0.000 0.000 0.000 0.000 ENGINEERING PERSONNEL 36 9
40 85 4.902 1.163 9.135 15.200 GRAND TOTAL 300 147 137 584 69.259 13.796 19.576 102.631
- Workers may be counted in more than one category.
Includes torus mods., installation of combustable gas control system, turbine building addition and maintenance performed in primary containment during shutdown.
o
l APPENDIX C HUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION PLANT:fNINE MILE POINT (BWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
T0'AL MAN-RE E
_iTATION UTI LITY CONTRACT TOTAL STATION UTILI"Y C04'RACT TOTAL JQfK 8 JOB FUNCTION EMPLOYEES EttPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES aiT'HERS MAN-REMS REACTOR OPERATJONS S SURV.
MAINTENANCE PERSONNEL
.137 23 67 11.316' O.634 2.317 OPERATING PERSONNEL 171 22 135 13.121 0.643 4.202 HEALTH PHYSICS PERSONNEL 57 2
25 8.268 0.166 3.611 SUPERVISORY PERSONNEL 34 0
9 3.851 0.000 0.177 ENGINEERING PERSONNEL 16 16 37 0.705 0.112 1.280-TOTAL 415 63 273 75t 37.261 1.555 11.587 50.403 ifjuTINE MAINTENANCE' MAINTENANCE PERSONNEL 122 11 106 23.096 0.219 6.529 OPERATING PERSONNEL 75 to 67 2.872.
0.177 3.780 HEALTH PHYSICS PERSONNEL 38 1
17 2.884 0.076 1.552 SUPERVISORY PERSONNEL 14-0 8
0.690 0.000 1.851 ENGINEERING PERSONNEL 19 8
23 0.664 0.171 1.720 TOTAL 268 30 221 519 30.206 0.643 15.432 46.281 IN-SERVICE INSPECTJpH MAINTENANCE PERSONNEL 38.
3 20 2.963 1.585 1.842 OPERATING PERSONNEL 15 0
28 0.302 0.000 3.389 HEALTH PHYSICS PERSONNEL 11 0
5 0.119 0.000 0.330 SUPERVISORY PERSONNEL 6
0 5
0.235 0.000 0.285 ENGINEERING PERSONNEL 4
3 15 0.061' O.030 2.516 TOTAL 74 6
73 153 3.680 1.615 8.362 13.657 SPECIAL MAINTENANCE MAIh1ENANCE PERSONNEL 752 98 855-114.038 12.838 366.661
$ OPERATING PERSONNEL 439 39 450 20.767 0.658 89.748 HEALTH PHYSICS PERSONNEL 205 2
87 21.685 0.026 12.381 SUPERVISORY PERSONNEL 99 0
38 6.896 0.000 4.521 ENGINEFD NG PERSONNEL 89 42 156 7.622
't.503 43.256 1 '1 A L 1584 18 1 1586 3351 171.008 15.025 516.567 702.600
[MSTE PROCESSING MAINTENANCE PERSONNEL 88 7
33 8.355 0.490 1.810 OPERATING PERSONNEL 45 1
46 4.415 0.304 19.084 HEALTH PHYSICS PERSONNEL 39 0
32 5.260 0.000 8.866 SUPERVISORY PERSONNEL 6
0 5
0.239 0.000 1.272 ENF,INEERING PERSONNEL 9
2 11 0.050 0.006 1.740 TOTAL 187 to 127 324 18.319 0.800 32.772 51.891 BEFUELING-MAINTENANCE PERSONNEL 77 4
11 4.684 0.055 0.087 OPERATING PERSONNEL 50 1
32 2.863 0.001 0.573 HEALTH PHYSICS PERSONNEL 30 1
5 0.824 0.005 0.116 SUPERVISORY PERSONNEL 23 0
4 0.765 0.000 0.086 FNGINEERING PERSONNEL 13 4
9 0.230 0.012 0.137 TOTAL 193 to 61 264 9.366 0.073 0.999 10.438
-TOTAL BY JOR FUNCTION MAINTENANCE PERSONNEL 1214 146 1092 2452 164.452 15.821 379.246 559.519 OPERATING PERSONNEL 795 73 758 1626 44.340 1.783 120.776 166.899 HEALTH PHYSICS PERSONNEL-380 6
171 557 39.040 0.273 26.856 66.169 SUPERVISORY PEP,SONNEL 182 0
69 251 12.676 0.000 8.192 20.868 ENGINEERING PERSONNEL 150 75 251 476 9.332 1.834 50.649 61.815 GRAND TOTAL 2721 300 2341 5362 269.840 19.711 585.719 875.270
- Workers may be counted in more than one category.
l
-J
APPENDlX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: NORTH ANNA 1.2 (PWR) 1983 T0"At MAN-REM 9 NUMBER OF PEEjLONNEL (>100 M-REjn STATION UTILITY CONTRACT TOTAL STATION UTILIY CONRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES
& 0"HERS MAH-REMS l
MAINTENANCE PERSONNEL 162 15 177 14.607
- 0. 170 15.477-l REACTOS OPERATIONS 8 SURV.
OPERATING FERSONNEL 224 5
11 42.961 0.032 3.674 HEALTH PHYSICS PERSONNEL 49 0
73 40.191 0.000 5.468
$UPERVISORY PERSONNEL 42 1
5 2.453 0.002 0.054 ENGINEERING PERSONNEL 41 13 42 0.833 0.274 0.543 TOTAL 518 34 308 860 101.045 0.478 25.216 126.739 MAINTENANCE PERSONNEL 150 17 227 121.046 3.004 42.880
. ROUTINE MAINTENANCE OPERATING PERSONNEL 116 0
18 28.881 0.000 2.871 HEALTH PHYSICS PERSONNEL 41 1
73 15.244 0.010 22.672 SUPERVISORY PERSONNEL 22 2
1 2.555 0.407 0.125 ENGINEERING PERSONNEL 19 7
39 0.651 0.065 2.967 TOTAL 348 27 358 733 168.377 3.486 71.515 243.378 MAINTENANCE PERSONNEL 31 2
73 2.109 0.085 39.547 IN-SERVICE INSPECTION OPERATING PERSONNEL 15 0
3 0.481 0.000 0.038 HEALTH PHYSICS PERSONNEL 8
0 30 0.255 0.000 3.838
$UPERVISORY PERSONNEL 1
0 1
0.052 0.000 0.010 ENGINEERING PERSONNEL 3
2 4
0.171 0.110 0.143 TOTAL 58 4
111 173 3.068 0.195 43.576 46.839 MAINTENANCE PERSONNEL 71 9
276 13.327 0.579 104.225 SPECIAL MAINTENAfCE
$ OPERATING PERSONNEL 30 1
4 4.866 0.010 0.403 HEALTH PHYSICS PERSONNEL 27 0
36 5.579 0.000 8.038 SUPERVISORY PERSONNEL 5
0 1
0.426 0.000 9.335 ENGINEERING PERSONNEL 17 4
15 0.917 0.030 4.288 TOTAL 150 14 332 496 25.115 0.619 126.289 152.023 MAINTENANCE PERSONNEL 42 1
72 6.230 0.172 14.411 WASTE PROCESSING OPERATING PERSONNEL 55 0
0 14.048 0.000 3.617 HEALTH PHYSICS PERSONNEL 36 0
35 15.362 0.000 1.295
$UPERVISORY PERSONNEL 5
1 0
1.416 0.015 0.000 ENGINEERING PERSONNEL 6
1 0
0.188 0.005 0.000 TOTAL 144 3
107 256 37.244 0.192 19.323 56.759 MAINTENANCE PERSONNEL 53 3
17 17.087 1.009 0.683 Rf[j]1 LING OPERATING PERSONNEL 43 1
2 3.135 0.011 0.070 l
HEALTH PHYSICS PERSONNEL 14 0
30 0.835 0.000 2.200 SUPERVISORY PERSONNEL 7
3 0
0.459 0.112 0.000 ENGINEERLNG PERSONNEL 4
7 13 0.135 0.274 1.411 TOTAL 121 14 62 197 21.651 1.406 4.364 27.421 MAINTENANCE PERSONNEL 509 47 842 1398 174.406 5.019 217.223 396.648 TOTAL BY JOB FUNCTION OPERATING PERSONNEL 483 7
38 528 94.372 0.053 10.673 105.098 HEALTH PHYSICS PERSONNEL 175 1
277 453 77.466 0.010 43.511 120.987 SUPERVISORY PERSONNEL 82 7
8 97 7.361 0.536 9.524 17.421 ENGINEERING PERSONNEL 90 34 113 237 2.895 0.758 9.352 13.005 GRAND TOTAL 1339 96 1278 2713 356.500 6.376 290.283 653.159
- Workers may be counted in more than one category.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: OCONEE 1.2.3 (PWR) 1983 NUMBER OF PE RSONNEL (>100 M-REM)
T0"At MAN-REMS STATION UTI.ITY CONTRACT TOTAL STATION UTILIY CONRACT TOTAL
_FSRK 8 JOB FUNCTIDH EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYliES
& 0HERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 74 3
22 1.500 0.045 0.100 OPERATING PERSONNEL
'144 45 6
57.555 1.690 0.680 HEALTH PHYSICS PERSONNEL 66 1
67 14.985 0.035 3.680 SUPERVISORY. PERSONNEL 6
0 0
0.470 0.000 0.000 ENGINEERING PERSONNEL 62 9
5 12.225 0.710 0.090 TOTAL 352 58 100 510 86.735 2.480 4.550 93.765 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 232 8
130 183.965 1.430 102.775 OPERATING PERSONNEL 130 278 4
27.010 86.990 0.250 HEALTH PHYSICS PERSONNEL 63 1
73 22.730 0.070 55.080 SUPERVISORY PERSONNEL 29 0
0 15.025 0.000 0.000 ENGINEERING PERSONNEL 75 12 29 13.245 1.530 14.025 TOTAL 529 299 236 1064 261.975 90.020 172.130 524.125 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 55 0
35 3.935 0.000 16.435 OPERATING PERSONNEL 8
121 1
0.125 43.125 0.055 HEALTH PHYSICS PERSONNEL 10 0
58 0.410 0.000 7.840 SUPERVISORY PERSONNEL 1
0 0
0.310 0.000 0.000 ENGINEERING PERSONNEL 53 6
50 14.060 2.825 27.830 TOTAL 127 127 144 398 18.840 45.950 52.160 116.950
}fLCIAL MAINTENANCE MAINTENANCE PERSONNEL 181 9
100 51.805 2.010 43.105
,m OPERATING PERSONNEL 48 350 9
3.075 273.325 3.015 HEALTH PHYSICS PERSONNEL 33 0
65 3.665 0.000 17.640 SUPERVISORY PERSONNEL 6
0 0
0.740 0.000 0.000 ENGINEERING PERSONNEL 64 19 33 18.995 4.230 13.100 TOTAL 332 378 207 917 78.280 279.565 76.860 434.705
((ASTE PROCESSING MAINTENANCE PERSONNEL 41 0
43 2.570 0.000 7.705 OPERATING PERSONNEL 23 12 8
6.140 0.890 4.720 HEALTH PHYSICS PERSONNEL 29 0
22 10.335 0.000 2.775 SUPERVISORY PERSONNEL 1
0 0
0.070 0.000 0.000 ENGINEERING PERSONNEL 13 0
0 3.355 0.000 0.000 TOTAL 107 12 73 192 22.470 0.890 15.200 38.560 REFUELING MAINTENANCE PERSONNEL 137 1
37 39.720 0.105 5.945 OPERATING PERSONNEL 108 37 2
14.635 3.075 0.050 HEALTH PHYSICS PERSONNEL 17 0
56 0.515 0.000 7.065 SUPERVISORY PERSONNEL 3
0 0
0.350 0.000 0.000 ENGINEERING PERSONNEL 27 2
18 3.150 0.255 2.260 TOTAL 292 40 113 445 58.370 3.435 15.320 77.125 TOTAL BY JOB rUNCTION MAINTENANCE PERSONNEL 720(234) 21 (9) 367(175) 1108 (418) 283.495 3.590 176.065 463.150 OPERATING PERSONNEL 461(150) 843(397) 30 (21) 1334 (568) 108.540 409.095 8.770 526.405 HEALTH PHYSICS PERSONNEL 218 (66) 2 (1) 341 (77) 561 (144) 52.640 0.105 94.080 146.825 477 (201)1 46 (29 16.965 0.000 0.000 16.965 SUPERVISORY PERSONNEL 4 6 (29) 0 0
ENGINE 57?ING PER1QNNEL 294 (96) 48 (24) 135 (81) 65.030 9.550 57.J05 131.885
' GRAND TOTAL 1739(5751 914(431) 873(354) 3 5 26 ( IJbol 526.670 422.340 336.220 1285.230 **
Workers may be counted in more than or.e category. Numbers in parentheses are total numbers of individuals.
NRC mandated work contributed 57 man. rems.
~ -
APPENDIX C HUMBER OF PERSONNEL AND MAM-REM BY WORK AND JOB FUNCTION PLANY ' OYSTER CREEK (BWR) 1983 TOTAL MAN-REMS NUMBER OF PERSONNEL (>100 M-REM)
STATION UTILITY CONT RAC" TOTAL STATION UTILITY CONTRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& 01 4ERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAN-REMS RfAGIDR OPERATIONS 8 SURV.
10.943 1.232 31.901 MAINTENANCE PERSONNEL 104 35 328 OPERATING PERSONNEL 111 1
5 13.533 0.050 0.510 HEALTH PHYSICS PERSONNEL 14 0
7 1.010 0.000 0.230 SUPERVISCRY PERSONNEL 29 0
0 1.778 0.000-0.000 ENGINEERING PERSONNEL 23 0
11
- 2. 177 0.000 2.848 TOTAL 281 36 351 668 29.441 1.282 35.489 66.212 MAINTENANCE PERSONNEL 197 46 1991 96.971 3.944 714.446 ROUTINE MAINTENANCE DPERATING PERSONNEL 167 1
22 49.246 0.220 3.537 HEALTH PHYSICS PERSONNEL 58 0
136 59.408 0.000 88.573 SUPERVISORY PERSONNEL 71 1
0 8.761 0.044 0.000 ENGINEERING PERSONNEL 60 0
35 4.510 0.000 5.274 TOTAL 553 48 1284 1885 218.896 4.208 811.830 1054.934 MAINTENANCE PERSONNEL 29 2
244 1.040 0.000 177.000 IN-SERVICE INSPECTION OPERATING PERSONNEL 20 0
1 4.411 0.000 0.090 HEALTH PHYSICS PERSONNEL 8
0 13 0.475 0.000 0.355 SUPERVISORY PERSONNEL 2
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 4
0 6
0.375 0.000 0.F63 TOTAL 63 2
264 329 6.301 0.000 178.308 184.609 MAINTENANCE PERSONNEL 152 51 1321 51.531 17.764 793.379 SPECIAL MAINTENANCE 43 OPERATING PERSOMMEL 94 1
10 14.124 0.503 2.027
" HEALTH PHYSICS PERSONNEL 40 0
105 23.368 0.000 43.085 SUPERVISORY PERSONNEL 32 1
0 3.696 0.082 0.000 ENGINEERING PERSONNEL 29 0
18 2.686 0.000 3.537 TOTAL 347 53 1454 1854 95.405 18.349 842.028 955.782
~ MAINTENANCE PERSONNEL 80 1
152 2.512 0.000 27.593 WASTE PROCESSING OPERATING PERSONNEL 15 t
5 1.119 0.005 1.149 HEALTH PHYSICS PERSONNEL 22 0
29 1.952 0.000 3.008 SUPERVISORY PERSONNEL 8
0 0
0.482 0.000 0.000 ENGINEERING PERSONNEL 3
0 2
0.095 0.000 0.155 TOTAL 128 2
188 318 6.160 0.005 31.905 38.070 P.AINTENANCE PERSONNEL 82 5
50 13.763 0.004 1.598 REFUELING OPERATING PERSONNEL 68 0
1 5.222 0.000 0.068 HEALTH PHYSICS PERSONNEL 18 0
19 0.767 0.000 0.945 SUPERVISORY PERSONNEL 14 0
0 1.797 0.000 0.000 ENGINEERING PERSONNEL 12 0
0 0.673 0.000 0.000 TOTAt 194 5
70 269 22.222 0.004 2.611 24.837 MAINTENANCE PERSONNEL 644(207) 140(52) 3186 (1533) 3970(1792) 176.760 22.944 1745.917 1945.621 TOTAL BY JOB FUNCTION OPERATING PER$0NNEL 475(177) 4.(1) 44 (26)-
523 (204) 87.655 0.778 7.381 95.814 HEALTH PHYSICS PERSONNEL 160 (60) 0 309 (137) 469 (197) 86.980 0.000 136.196 223.176 SUPERVISORY PERSONNEL 156 (76?
2 (1) 0 158 (77L 16.514 0.126 0.000 16.640 ENGINEERING PERSONNEL 131 (745 0
72 (39) 203 (1131 10.516 0.000 12.677 23.193 GRAND TOTAL 1566(594 146(54 36tf(U35) 5 32 3 (Z353) 378.425 23.848 1902.171 2304.444 Nurnbers in parentheses are total nurr.bers of indwiduals.
'VJorkers may be counted in more than cr:e ca c;ory.
l
~ -.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: PALISADES (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS STATION UTILITY CONTRAC
TOTAL STATION UTILITY CON"RACT TOTAL-JORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHER5 PERSONS EMPLOYEES EMPLOYEES 4 0NERS MAN-REMS REACTOR OPERATIONS 8 SURV.
MAINTENANCE PERSONNEL 4
0 0
2.921 0.000 0.000 OPERATING PERSONNEL 17 0
0 11.207 0.000 0.000 HEALTH PHYSICS PERSONNEL 48 7
86 28.749 2.265 88.617 SUPERVISORY PERSONNEL 0
0 0
0.024 0.421 0.000 ENGINEERING PERSONNEL 1
0 0
0.868 0.000 0.021 TOTAL 70 7
86 163 43.769 2.686 88.638 135.093 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 99 27 0
64.345 31.693 0.000 OPERATING PERSONNEL 21 0
0 13.330 0.000 0.000 HEALTH PHYSICS PERSCNNEL 2
0 4
1.305 0.102 4.021 SUPERVISORY PERSONNEL 4
0 0
2.842 0.000 0.000
. ENGINEERING PERSONNEL 0
3 39 0.000 3.373 30.354 TOTAL 126 30 43 199 81.822 35.168 34.375 151.365 IN-SERVICE INSPECTION MAIdIENANCE PERSONNEL 7
26 56 4.325 30.76'8 43.303 OPERATING PERSONNEL 6
0 0
3.652 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 1
0.447 0.035 1.377 SUPERVISORY PERSONNEL 1
0 0
0.474 0.000 0.000 ENGINEERING PERSONNEL 0
3 0
0.000 3.301 0.000 TOTAL 15 29 57 101 8.898 34.104 44.680 87.682
}ff_QI A L MAINTENANCE" MAINTENANCE PERSONNEL 21 80 173 13.378 95.164 133.933
$ OPERATING PERSONNEL 16 0
0 10.714 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
1 8
2.558 0.202 7.886 SUPERVISORY PERSONNEL 0
0 1
0.167 0.000 1.168
_{NGINEERTNG PERSONNEL 10 46 96 6.737 53.900 74.113 TOTAL 51 127 278 456 33.554 149.266 217.100 399.920 WASTE PROCESSING i
MAINTENANCE PERSONNEL 3
11 24 1.831 13.027 18.335 OPERATING PERSONNEL 11 0
0 7.226 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
1 8
2.558 0.202 7.884
. SUPERVISORY PERSONNEL 0
0 0
0.033 0.000 0.000 ENGINEERING PERSONNEL 3
0 2
1.968 0.000 1.967 TOTAL 21 12 34 67 13.616 13.229 28.186 55.031 IffMMO MAINTENANCE PERSONNEL
.6 20 43 3.322 23.634 33.263 OPERATING PERSONNEL 11 0
0 7.299 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 1
0.299' O.023 0.920 SUPERVISORY PERSONNEL 0
0 0
0,000 0.000 0.000 ENGINEERING PERSONNEL 0
0 17 0:000 0.000 13.173 i
TOTAL 18 20 61 99 10.920 23.657 47.356 81.933 JgTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 140 164 296 600 90.122 194.286 228.834 513.242 OPERATING PERSONNEL 82 0
0 82 53.428 0.000 0.000 53.428 HEALTH PHYSICS PERSONNEL-60 9
108
.177 35.916 2.829 110.705 149.450 SUPERVISORY PERSONNEL 5
0 1
6 3.540 0.421 1.168 5.129
. ENGINEERING PERSONNEL 14 52 154 220 9.573 60.574 119.628 189.775 GRAND TOTAL 301 225 559 1085 192.579 258.110 460.335 911.024
- Includes steam generator tube removal ard extensive steam generator tube repatr.
l
.. - msesu m uum -
APPERDIM C HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT PEACH BOTTOM 2.3 (BWR) 1983 T0" At MAH-REP S NUMBER OF PERSONNEL (>100 M-REM 1.1 STATION UTILITY CONTRACT TOTAL STATION UTILIY CO> TRACT TOTAL MR. K _4 JOB FUNCTION EMPLOYEES EMPLOYEtS 4 OTHERS PERSONS EMPLOYEES EMPLOYEES 4 OTHERS M4H-REMS REACTOR CPERATIONS 4 SURV.
MAINTENANCE PERSONNEL 2
57 110 2.151 28.619 29.098 OPERATING PERSONNEL 61 7
51 53.701 3.008 12.846 HEALTH PHYSICS PERSONNEL 78 11 64 71.766 6.433 53.588
$UPERVISORY PERSONNEL 0
0 3
0.000 0.000 0.643 ENGINEERING PERSONNEL 50 2
9 42.953 0.305 8.331 TOTAL 191 77 237 505 170.571 38.365 104.506 313.442 MAINTENANCE PERSONNEL 6
483 1055 2.560 263.015 1103.594 jCUTINE MAINTENANCE OPERATING PERSONNEL 8
4 12 1.427 0.658 5.192 HEALTH PHYSICS PERSONNEL 30 6
39 13.799 1.189 27.312 SUPERVISORY PERSONNEL 0
0 2
0.000 0.000 0.591 ENGINEERING PERSONNEL 13 11 15 5.790 4.764 3.801 TOTAL 57 504 1123 166*
23.576 269.626 1137.490 1430.692 MAINTENANCE PERSONNEL 0
8 97 0.000 2.684 53.375 J N-S ERVICLINSPECT ION OPERATING PERSONNEL 1
0 1
0.116 0.000 0.229 HEALTH PHYSICS PERSONNEL 0
0 1
0.000 0.000 0.285 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
1 2
0.000 0.130 1.108 TOTAt 1
9 101 111 0.116 2.8 14 54.997 57.927 MAINTENANC D ERSONNEL 0
2 557 0.000 0.683 954.100
!PFCIAL MAINTENANCE
$ OPERATING PERSOHNEL 0
0 6
0.000 0.000 11.158 HEALTH PHYSICS PERSONNEL 2
0 2
0.439 0.000 0.463 SUPERVISORY PERSOHHEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
1 1
0.000 0.000 0.239 TOTAL 2
3 566 571 0.439 0.683 965.960 967.082 MAINTENANCE PERSONNEL 0
5 53 0.000 0.612 11.600 PM TE PROCESSING CPERATING PERSONNEL 3
0 0
2.125 0.000 0.000 HEALTH PHYSICS PERSONNEL 3
0 5
0.762 0.000 0.731 SUPERVISORY PERSOHNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 1
0.000 0.000 0.127 TOTAL 6
5 59 70 2.887 0.612 12.458 15.957 MAINIENANCE PERSONNEL 0
10 66 0.000 2.455 17.146 EfFUELING CPERATING PERSONNEL 2
0 1
0.619 0.000 0.188 HEALTH PHYSICS PERSONNEL 0
0 3
0.000 0.000 0.992
$UPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEt 0
0 2
0.000 0.000 0.404 TOTAL 2
10 72 84 0.619 2.455 18.730 21.804 MAINTENANCE PERSONNEL 8 (7) 565(528) 1938(1376) 2511(1911) 4.711 298.068 2165.913 2468.692 TQLALBY 10B FUNCTION OPERATING PERSONNEL 7 5 (67) 11 (11) 71 (66) 157 (144) 57.988 3.666 29.613 91.267 HEALTH PHYSICS PERSOHNEL 113 (79) 17 (15) 114 (77) 244 (171) 86.766 7.622 83.371 177.759 SUPERVISORY PERSOHHEL 0
0 5
(3) 5 (3) 0.000 0.000 1.234 1.234 ENGINEERING PERSONNEL 6 3 (52) 15 (15) 30 (26) 108 (93) 48.743 5.199 14.010 67.952 GRAND TOTAL 259l W 608(569) 2158 0548) 3025 (2322) 198.208 314.555 2294.141 2806.904 Numbers in parentheses are total numbers of individuals.
- Workers may be counted in rnare than one category.
r APPENDlX C NUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION PLANT: PILGRIM (BWR) 1983 HUMBER OF PERSONNEL (>100 M-REM)
T0'At MAH-REMS STATION UTILITY CONTRACT TOTAL STATION UTILIY CONRACT TOTAL
_ WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES 4
0' HERS MAN-REMS REACTOR OPERATIOVS & SURV.
MAINTENANCE PERSONNEL 78 13 7 17 15.070 2.650 85.080 OPERATING PERSOHNEL 70 0
0 24.630 0.000 0.000 HEALTH PHYSICS PERSONNEL 54 1
70 14.400 0.080 5.790 SUPERVISORY PERSONNEL 69 85 54 21.595 21.365 5.085 ENGINEERING PERSONHEL 38 32 164 8.730 5.085 12.905 TOTAL 309 131 1005 1445 84.425 29.180 108.860 222.465 ROUTINE MAINIfNANCE MAINTEHANCE PERSONNEL 90 6
499 64.430 2.705 108.690 OPERATING PERSONNEL 46 0
0 9.300 0.000 0.000 HEALTH PHYSICS PERSONNEL 36 0
85 9.220 0.000 12.485 SUPERVISORY PERSONNEL 44 17 26 15.795 2.145 3.345 ENGINEERING PERSONNEL 23 3
76 7.340 0.345 11.670 TOTAL 239 26 686 951 106.085 5.195 136.190 247.470 IN-SERVICF INSPECTION MAINTENANCE PERSONNEL 0
0 66 0.000 0.000 27.245 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 12 0.295 0.000 4.740 SUPERVISORY PERSONNEL 2
0 12 0.240 0.000 5.545 ENGINEERING PERSONNEL 3
0 16 0.250 0.000 5.670 TOTAL 6
0 106 112 0.785 0.000 43.200 43.985 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 35 4
336 3.875 0.695 252.755 c) OPERATING PERSONNEL 25 0
0 1.775 0.000 0.000 C)
HEALTH PHYSICS PERSONNEL 27 0
37 5.810 0.000 7.760 SUPERVISORY PERSONNEL 18 5
15 2.925 0.180 1.880 ENGINEERING PERSONNEL 8
1 44 1.065 0.070 11.535 TOTAL 113 to 432 555 15.450 0.945 273.930 290.325 WASTE PROCESSING MAINTENANCE PERSONNEL 48 2
35 9.305 0.080 8.060 OPERATING PERSONNEL 14 0
0 11.545 0.000 0.000 HEALTH PHYSICS PERSONNEL 24 0
29 5.400 0.000 7.465 SUPERVISORY PERSGNNEL 5
0 1
0.625 0.000 0.500 ENGINEERING PERSONNEL 2
0 4
0.065 0.000 1.160 TOIAL 93 2
69 164 26.940 0.080 17.185 44.205 REFUELING l
MAINTENANCE PERSOHNEL 50 2
19 15.775 0.790 1.605 l
OPERATING PERSONNEL 28 0
0 1.265 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
0 18 0.120 0.000 1.715 SUPERVISORY PERSONNEL 15 2
2 2.360 0.035 0.065 ENGINEERING PERSONNEL 8
0 9
0.595 0.000 0.270 i
TOTAL 109 4
48 161 20.115 0.825 3.655 24.595 TOTAL BY JOB FUNCTION MAINTEN ANCE PERSONNEL 301(136) 2 7 (16) 1672 (1289) 2000(1441) 108.455 6.920 483.435 598.810 OPERATING PERSOHNEL 183 (74) 0 0
183 (74) 48.515 0.000 0.000 48.515 HEALTH PHYSICS PERSONNEL 150 (62) 1 (1) 251 (135) 402 (198) 35.245 0.080 39.955 75.280 SUPERVISORY PERSONNEL 153 (91) 109(100) 110 (88) 372 (279) 43.540 23.725 16.420 83.685 ENGINEERING PERSONNEL 8 2 (58) 3 6 (33) 313 (243) 431 (334) 18.045 5.500 43.210 66.755 l
GRAND TOTAL 869(421) 173(150) 2346 (1755) 3388(2326) 253.800 36.225 583.020 873.045 **
l Workers may be counted in more than one category. Numbers in parentheses are total numbers of individuals.
NRC mandated requirements (i.e, THI modifications, torus modifications, pipe supports, scram dischar9e) contributed 245 man-rees.
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1 APPENDIX C
. HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT:tPRAIRIE ISLAND 1.2 (PWR) 1983 NUMBER OF PEtSONNEL (>100 M-RKM)
T0"Al MAN-REMS
_ STATION UTI.I7Y CONTRAC
TOTAL STATION-UTILI'Y CONTRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPt0YEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES 4 OTHERS MAN-RENS REACTOR OPERATIONS S SURV.
MAINTENANCE PERSONNEL 2~
0 0
1.579 0.359 0.013 OPERATING PERSONNEL 31 0
0 5.753 0.008 0.079 HEALTH PHYSICS PERSONNEL 12 0
2 3.990 0.001 0.881 SUPERVISORY PERSONNEL 0
0-0 0.043 0.014 0.065-ENGINEERING PERSONNEL 1
0 0
0.454 0.014 0.076 j
TOTAL 46 0
2 48 11.819 0.396 1.114 13.329 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 33 19 3
11.777 10.349 1.435 OPERATING PERSONNEL 3
0 0
0.846 0.082 0.030 HEALTH PHYSICS PERSONNEL 6
0 1
1.111 0.000 0.221 SUPERVISORY PERSONNEL 0
0 1
0.012 0.022 0.166 ENGINEERING PERSONNEL 6
1 1
1.943 0.148 0.675 TOTAL 48 20 6
74 15.689 10.601 2.527 28.817 1N-SERVICE INSPECTION MAINTENANCE PERSONNEL 18 6
62 5.770 2.821 39.963 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 2
0 19 0.404 0.000 4.476
' SUPERVISORY PERSONNEL 0
1 0
0.000 0.413 0.000 ENGINEERING PERSONNEL 3
1 9
1.226 0.307 4.509 TOTAL 23 8
90 121 7.400 3.541 48.948 59.889 SPECIAL MAINTENAEGE MAINTENANCE PERSONNEL 49 44 18 20.567 23.718 7.987 c) OPERATING PERSONNEL 4
0 0
1.316 0.000 0.000
^8 HEALTH PHYSICS PERSONNEL 10 0
7 2.288 0.043 2.175 SUPERVISORY PERSONNEL 0
1 0
0.000 0.252 0.051 ENGINEERING PERSONNEL 8
4 10 2.870 0.928 2.983 TOTAL 71 49 35 155 27.041 24.941 15.196 65.178 WASTE PROCESSING MAIN 1ENANCE PERSONNEL 13 4
0 3.833 1.205 0.128 OPERATING PERSONNEL 1
0 0
0.384 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 0
2.916 0.010 0.066 SUPERVISORY PERSONNEL 0
0 0
0.000 0.012 0.004 ENGINEERING PERSONNEL 0
0 0
0.032 0.001 0.000 TOTAL 18 4
0 22 7.165 1.228 0.198 8.591 REFUELING MAINTENANCE PERSONNEL 31 59 0
12.620 20.074 0.015 OPERATING PERSONNEL 21 0
0 4.995 0.023 0.000
- HEALTH PHYSICS PERSONNEL 2
0 9
0.703 0.000 2.411 SUPERVISORY PERSONNEL 0
0 0
0.000 0.117 0.003 l
_ ENGINEERING PERSONNEL 0
0 0
1.328 0.149 0.323 TOTAL 54 59 9
122 19.646 20.363 2.752 42.761 TOTAL BY JOB FUNCTJ,.ON MAINTENANCE PERSUNNEL 146 132 83 361 56.146 58.526 49.541 164.213 i
OPERATING PERSONNEL 60 0
0 60 13.294 0.113 0.109 13.516 i
HEALTH PHYSICS PERSONNEL-36 0
38 74 11.412 0.054 10.230 21.696 f
' SUPERVISORY PERSONNEL 0
2 1-3 0.055 0.830 0.289 1.174 ENGINEERING PERSJENEL 18 6
20 44 7.853 1.547 8.566 17.966 GRAND TOTAL 260 140 142 542 83.760 61.070 68.735 218.565
'*Workers may be counted in more than one category.
APPENDIX C HUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION
. PLANT QUAD CITIES'1.2 (PWR) 1983 70"At MAN-REES NUMBER OF PERSONNEL J>100 M-RE!1,1 STATION UTILITY CONTRACT TOTAL STATION UTILI'Y CONTRACT TOTAL'
__ ORK 8 JOB FUNCTION
' EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES 4 OTHERS MAN-REMS W
REACTOR OPERATIONS A SURV.
MAINTENANCE PERSONNEL 7
0 22 12.340 0.000
-24.287 OPERATING PERSONNEL 47 0
54 53.245 0.000 5.625' 19 0
0 14.670 0.000 0.000 HEALTH PHYSICS PERSONNEL
. 48-0 0
24.676 0.000 0.000 SUPERVISORY PERSONNEL ENGINEEPING PERSPMNEL 43 14 4
'25.105 0.480 1.532 TOTAt 164 14 80 258 130.036 0.480 31.444 161.960 rot'tTINE MATNTEN ANr.E
'lihINTENANCE PERSONNEL 121 4
82 212.093 2.392 91.955 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 18 0
0 14.115 0.000 0.000 SUPERVISORY PERSCNNEL.
62 0
0 32.089 0.000 0.000 ENGINEERING PERSONNEL-9 0
0 4.744 0.000 0.000 TOTAL 210 4
82 296 263.041 2.392 91.955 357.388 IN-SERVICE INSPECT.10H MAINTENANCE PERSONNEL 0
0 278 0.000 0.000 312.070 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000
' HEALTH PHYSICS PERSONNEL 3
0 8
2.168 0.000 3.014
$UPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 13 59 151 6.957 1.992 61.826 TOTAL 16 59 437 512 9.125 1.992 376.910 388.027 fPECIAL MAINTENANCE MAINTENANCE PERSONNEL 0
39 1162 0.000 21.530 1304.103 o OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000
HEALTH PHYSICS PERSONNEL 5
0 27 4.336 0.000 9.826 SUPERVISORY PERSONNEL 4
0 0
2.707 0.000 0.000 ENGINEERING PERSONNEL 8
48 188 4.236 1.633 76.644 TOTAL 17 87 1377 1481 11.279 23.163 1390.573 1425.015 MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 RASTE PROCESSING CPERATING PERSONNEL 47 0
6 53.175 0.000 0.650 HEALTH PHYSICS PERSONNEL 11 0
0 8.672 0.000 0.000 SUPERVISORY PERSONNEL-21 0
0.
10.705 0.000 0.000 0
0 0
0.000 0.000 0.000 TOTAL 79 0
6 85 72.552 0.000 0.650 73.202
_ ENGINEERING PERSONNEL MAINTENANCE PERSONNEL 0
-0 3
0.000 0.000 2.740 FEFUELJNG OPERATING PERSONNEL 20 0
0 21.920 0.000 0.000 HEALfH PHYSICS PERSONNEL 3
0 0
2.168 0.000 0.000 SUPERVISORY PERSONNEL 7
0 0
3.550 0.000 0.000 ENGINEERING PERSONNEL 6
0 0
0.605 0.000 0.000 TOTAL 36 0
3 39 28.243 0.000 2.740 30.983 MAINTENANCE PERSONNEL 128 43 1547 1718 224.433 23.922 1735.155 1983.510 TOTAL BY-JOB FUNCTION OPERATING PERSONNEL 114 0
60 174 128.340 0.000 6.275 134,615 HEALTH PHYSICS PERSONNEL 59 0
35 94 46.129 0.000 12.840 58.969 SUPERVISORY PERSONNEL 142 0
0 142 73.727 0.000 0.000 73.727 ENGINEERING PERSONNEL 79 121 343 543 41.647 4.105 140.002 185.754 GRAND TOTAL 522 164 1985 2671 514.276 28.027 1894.272 2436.575 1dorkers may be counted in more than one category.
i APPEND 1X C i
NUMBER OF PERSONNEL.AND MAN-REM.BY WORK AND JOB FUNCTION 3
j ePLANT*, RANCHO SECO' (PWR)-
1983 NUMBER OF PE tSONNEL (>100 M-REM)
T0"At MAN-REML EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES M'NERS MAN-REMS STATION UTI.I"Y CONTRACT TOTAL STATION' UTILI'Y C0 WORK 0 JOB FUNCTION "RACT' TOTAL" i
REACTOR OPERATIONS 8 SURV.
MAINTENANCE PERSONNEL 109 -
0 163-8.690 0.000 7.650
- OPERATING PERSONNEL 58 1
-- 0 24.340 0.330-0.000 HEALTH PHYSICS PERSONNEL' 26' 2
78
'7.340 0.030' 70.390' 1
SUPERVISORY-PERSONNEL, 22
'2' 35 1.110 1 0.010 '
'.4.000-
' ENGINEERING PERSONNEL 53-23 125
'4.450 0.970 8.670 4
TOTAL 268 28 401 697 45.930 1.340 90.710 137.980
-ROUTINE MAINTENANCE MAINTENANCE PERSONNEL
- 108 0
195 32.360 0.000-
.11.930
-OPERATING PERSONNEL 13-1
-0 0.360
.0.010
~0.000 HEALTH PHYSICS PERSONNEL
-15 1
31-0.610-0.010-1.480 J SUPERVISORY-PERSONNEL-
- to -
0
.7 1.830:
0.000
'O.170-ENGINEERING PERSONNEL 27 7
71
-1.710-0.070 3.500-TOTAL 173 9
304 486 36.870 0.090 17.080 54.040
!~
M-JVICE INSPECTION MAINTENANCE PERSONNEL.
0-0 0
.0.000 0.000 0.000 sOPERATING PERSONNEL-0 0'
O 0.000 0.000 0.000
. HEALTH PHYSICS PERSONNEL 0
0
.0
'0.000 0.000 0.000 l
SUPERVISORY-PERSONNEL.
0 0
0 0.000 0.000
.0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 SPECIAL MAINTENANCE' MAINTENANCE PEka0NNEL 148 0
743 32.320 0.000' 282'.180 g OPERATING PERSONNEL-12 0
0 0.560 0.000 0.000 NEALTH' PHYSICS PERSONNEL-21 0
51 1.850 0.000 7.670-SUPERVISORY PERSONNEL-8
-0 32 0.950 0.000 6.180 ENGINEERING PERSONNEL 33 10 130 6.410 0.230 14.420 TOTAL 222 10 956 1188 42.090 0.230 310.450 352.770
[
WASTE PROCESSING i
. MAINTENANCE PERSONNEL 69 1
187 11.820 0.030 55.280-
.0PERATING PERSONNEL.
29' O
-0 0.820-0.000 0.000 l
=
HEALTH PHYSICS PERSONNEL
- 25 0
35 6.680.
0.000 5.860 SUPERVISORY PERSONNEL
-10 6.
6' 1.070 0.000 3.120 ENGINEERING PERSONNEL 10 0
15 0.220 0.000 0.420 TOTAL 143 1
243 337 20.610 0.030 64.680
- 85. 3L 5.JFUEL ING'
~ 50 O'
60 -
5.850 0.000 32.400 Jt MAINTENANCE PERSONNEL OPERATING PERSONNEL 36 1
0 4.110 0.040 0.000 HEALTH PHYSICS PERSONNEL-8 1
12 0.440 0.010 0.710 SUPERVISORY PERSONNEL-6' O-8 0.730' O.000 5.740 i
' ENGINEERING PERSONNEL
'26 0
29 2.050 0.000 7.270 TOTAL 126 2
109 237 13.180 0.050 46.120 59.350 IDTAL BY JOB FUNCTION t
MAINTENANCE PERSONNEL 1984 1
1348 1833 91.040 0.030 389.440 480.510 OPERATING PERSONNEL HEALTH PHYSICS PERSONNEL.
' 148 3
0 151 30.190 0.380 0.000-30.570
- F 95 4
207 -
306-16,920-0.050 86.110 103.080 SUPERVISORY PERSONNEL-56:
2 88 146 5.690 0.010.
19.210 24.910 i ENGINEERING PERSQNNEL 149 40 370 559 14.840 1.270 34.280
'50.390 GRAND TOTAL 932 50 2013 2995 158.680 1.740 529.040 689.460 Workers may be counted in more than one category.
4
- s
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTICH PLANT
- ROBINSON (PWR) 1983 T0"At MAN-REMS
.NjUMBER OF PERSONNEt 0 100 M-REI1_},
STATION UrILITY CONTRACT TOTAL STATION UTILI"Y CONTRACT TOTAL WORK 8J03_f. UNCTION EMPLOYEES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EMPLOYEES 4 OTHERS MAH-REMS REACTOR OPERATIONS & SURV.
7.060 3.975
~5.225 MAINTENANCE PERSONNEL 20 11 to OPERATING PERSONNEL 23 0
13 20.809 0.000 5.117 HEALTH PHYSICS PERSONNEL 12 4
-8 14.982 3.325 6.472 SUPERVISORY PERSONNEL 3
1 1
1.150 0.250 0.175 ENGINEERING PERSONNEL 37 13 5
15.385 4.125 2.025 TOTAL 95 29 37 161 59.386 11.675 19.014 90.075 MAINTENANCE PERSONNEL-56 36 64 32.770 12.471 36.895 EDUTINE MAINTENANCE OPERATING PERSONNEL 0
0 0
0.050 0.000 0.000 HEALTH PHYSICS PERSONNEL 20 0
13 23.372 0.100 9.708 SUPERVISORY PERSONNEL-0 0
0 0.000 0.025 0.025 ENGINEERING PERSONNEL 16 0
67 4.670 0.400 31.750 TOTAL 92 36 144 272 69.862 12.996 78.378 152.236 MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 IN-SERVICE INSPECTJON OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 MAINTENANCE PERSONNEL 58 59 98 49.460 25.575 54.965 SPECIAL MAINTENANCE o OPERATING PERSONNEL 1
0 0
0.900 0.000 0.000 HEALTH PHYSICS PERSONNEL 15 0
85 17.977 0.050 64.718 1
0.003 0.075 0.250 SUPERVISORY PERSONNEL 0
0
.366 12.240 1.050 332.191 ENGINEERING PERSONNEL 24 3
TOTAL 98 62 550 710 80.577 26.750 452.124 559.451 MAINTENANCE PERSONNEL 7
0 36 4.700 0.200 25.475 WASTE PROCESSING OPERATING PERSONNEL 17 0
0 17.026 0.000 0.000 HEALTH PHYSICS PERSONNEL 3
0 14 3.596 0.000 12.420 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 4
0.000 0.025 3.925 TOTAL 27 0
54 81 25.322 0.225 41.820 67.367 MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 REFUELING OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000
- MAINTENANCE PERSONNEL 141 106 208 455 93.990 42.221 122.560 258.771 TOTAL BY JOB FUNCTION OPERATING PERSONNEL 41 0
13 54 38.785 0.000 5.117 43.902 HEALTH PHYSICS PERSONNEL 50 4
120 174 59.927 3.475 93.318 156.720 SUPERVISORY PERSONNEL 3
1 2
6 1.150 0.350 0.450 1.950 ENGINEERING PERSONNEL 77 16 442 535 32.295 5.600 369.891 407.786 GRAND TOTAL 312 127 785 1224 226.147 51.646 591.336 869.129 IWorkersmaybecountedinmorethanonecategory.
i
_.. m Y-tY
. APPENDlX C'
. NUMBER OF PERSONNEL-AND MAN-REM BY WORK AND JOB FUNCTION
- PLANY:tSALEM 1.2 (PMR1
-1983 1
N.MBER OF PE:tSONNEL (>100 1-RMM)
T0" AL MAN-REM '
STATI0 i
UTI ITY CONT TAC
TOTAL-STATION UTILIY COi RACT-TOTAL WORK 87 JOB FUNCTION EMPLOYL LS EMPL')YEES 8 OT1ERS PERSONS EMPLOYEES EMPLOYllES a
REACTOR OPERATI( NS 8 SURV.
'HERS MAN-REMS
- MAINTENANCE PERSONNEL 2'
.O'-
l01 3.602 0.012'
. 0.095-OPERATING PERSONNEL 1.518
.'O.017.
~0.326.
^
.NEALTN PHYSICS PERSONNEL.
2-
-0.'
0-l'
-0
~0 0.913 0.000
.2.116' i
SUPERVISORY PERSONNEL
'0-0
.0 0.000 0.023.
- 0.170 ENGINEERING PERSONNEL' O
O O
0.015 0.177
'0.000-
-TOTAL 5
0 0
5 6.048 0.229 2.707 8.984 ROUTINE MAINTENANCE'
' MAINTENANCE PERSONNEL
. 30 0
101
'17.976.
0.210 46.913
_0PERATING PERSONNEL 4
9
.23 3.639-2.940-7.069-v i
HEALTH PHYSICS PERSONNEL-1 0
5 0.832 0.000' 22.603 i
SUPERVISORY PERSONNEL 0
-0 2
0.000 0.094 -
0.950 ENGINEERING PERSONNEL O'
O O
0.020 0.479 0.020 TOTAL 35 9
131 175 22.467 3.723 77.555 103.745 IM-SERVICE INSPECTION MAINTENANCE PERSONNEL
~2 0
57 0.495 0.217 22.165
-OPERATING PERSONNEL 0
0-0 0.108 0.000-0.000 L
E HEALTH PHYSICS PERSONNEL 0
0 1-0.172 -
0.000 0.515
~
SUPERVISORY PERSONNEL-0
'O 1
0.004 0.135 0.405 ENGINEERING PERSONNEL-0 1
0 0.000
~ 0.442 0.000 1
TOTAL 2
1 59 62 0.775 0.794 23.085 24.654 l
SPECIAL MAINTENANCE
. MAINTENANCE PERSONNEL 53 0
_o OPERATING PERSONNEL 8.
1
' 307 21.996 0.075 168.000 Is 5
5.442 0.435-1.680 4
-m NEALTH PHYSICS PERSONNEL 4
0 54 1.490 0.000 21.620 SUPERVI5ORY PERSONNEL 0
1 5
0.000 0.145 1.950
_ ENGINEERING PERSONNEL 1
1 0
0.176 0.923 0.040 1
TOTAL 66 3
371 440 29.104 1.578 193.290 223.972
+
WASTE PROCESSING
. MAINTENANCE PERSONNEL 14.
0 to 4.064 0.000 4.475 OPERATING PERSONNEL 0
0 5
0.235 0.040 2.415 j
NEALTH PHYSICS PERSONNEL-to 0
137 4.046 0.000 45.826 f
. SUPERVISORY PERSONNEL 20 0
0 0.000-0.000 0.000-4 ENGINEERING PERSONNEL 2'
'O O
0.520 0.040-0.000
)
TOTAL 26 0
152 178 8.865 0.080 52.716 61.661 REFUELING MAINTENANCE PERSONNEL
-54 0:
'120 17.599 8.205 40.212 OPERATING PERSONNEL 4-NEALTH PHYSICS PERSONNEL,
' 22
.4 to 11.735 1.690 1.723 8
0 87 1.355 0.000 27.004 SUPERVISORY PERSONNEL
'O.
.1
<3 0.000 0.180 1.829 ENGINEERING PERSONNEL
-0 1
0 0.044 0.820 0.110
]
TOTAL 76 6
220 302 30.733 2.895 70.878 104.506 f
TOTAL RY JOB FUNCTION MAINTENANCE PERSOMMEL
'155 0
595 750 63.648
.0.724
'282.091
.346.463 D
-OPERATING PERSONNEL
-361
. 14
-43 93
.24.761 5.117 12.982-
. 42.860 i
NEALTH PHYSICS PERSONNEL 16 0
284 300 8.808 0.000 119.684 128.492
. SUPERVISORY PERSONNEL 0
2 11 13 0.000 0.577
'5.304 5.881-ENGINEERING PERSONNEL 3
3 0
6 0.775 2.881 -
- 8. 170 3.826 GRAND TOTAL 210 19 933 1162 97.992 9.299 420.231 527.522 b
I s
T p
7 T*
T s
.g-w iev(
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: SAN ONOFRE 1 (PWR)-
1933 NUMBER OF PERSONNEL f>100 M-REM)
T0"AL MAN-REMS STATION UTILI"Y CONTRACT TOTAL STATION UTILI"Y CorRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES 8 OTHERS PERSONS EMPLOYEES EMPLOYl!ES
& T'HERS MAN-REMS REAC10R OPERATIONS & SURV.
MAINTENANCE PERSONNEL 2
0 5
0.154 0.000 0.595 OPERATING PERSONNEL
-20 0
0 9.158 0.000 0.000 NEALTH PHYSICS PERSONNEL 24 0
23 5.017 0.000 7.689 SUPERVISORY PERSONNEL 1
0 0
0.110 0.000 0.000 ENGINEERING PERSONNEL 6
0 1
0.893 0.000 0.100 TOTAL 55 0
29 82 15.332 0.000 8.384 23.716 R0]EINE MAINTENANCE MAINTENANCE PERSONNEL 24 0
96 10.416 0.000 36.653 OPERATING PERSONNEL 1
0 0
0.042 0.000 0.000 HEALTH PHYSICS PERSONNEL 7
0 69 0.121 0.000 29.292 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 16 0
26 5.349 0.000 6.612 TOTAL 48 0
191 239 15.928 0.000 72.557 88.485 JN-SERVICE INSPECTION MAINTENANCE PERSONNEL 1
0 1
0.016.
0.000' O.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
'0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000
.To'AL 1
0 1
2 0.016 0 000 0.000 0.016 SPECIAL MAINTENANCE 0
0 1
0.000 0.000 0.005 5. MAINTENANCE PERSONNEL OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000
- d HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 1
1 0.000 0.000 0.005 0.005 WASTE PROCESSING MAINTENANCE PERSONNEL 1
0 9
0.005 0.000 0.879 OPERATING PERSONNEL 5
0 0
0.122 0.000 0.000 HEALTH PHYSICS PERSONNEL 1
0 31 0.528 0.000 3.575 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 1
0 3
0.046 0.000 0.533 TOTAL 8
0 43 51 0.701 0.000 4.987 5.688 REFUELING MAINTENANCE PERSONNEL 1
0 0
0.050 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 5
0.000 0.000 0.131 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 1
0 5
6 0.050 0.000 0.131 0.181 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 2 9 (25) 0 112(101) 141(126) 10.641 0.000 38.132 48.773 OPERATING PERSONNEL 2 6 (20) 0 0 (0) 2 6 (20) 9.322 0.000 0.000 9.322 HEALTH PHYSICS PERSONNEL 3 2 (25) 0 128 (83) 160(108) 5.666 0.000 40.687 46.353 SUPERVISORY PERSONNEL 1 (1) 0 0
1 0.110 0.000 0.000 0.110 ENGINEERING PERSONNEL 23 Qll 0
3 0. (28_)
53 (49) 6.288 0.000 7.245 13.533 GRAND TOTAL 111 (921 _
0 270(212) 381(304) 32.027 0.000 86.064 118.091 IWorkers may be counted in enore than one category. Nuntzers in parentheses are total numbers of individuals.
APPENDIX C
- MUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: SEQUOYAH 1.2 (PWR) 1983 NUMBER OF PERSONNEL (>100 M-RFM)
T0" At MAN-RE%
STATION UTI.ITY CONTRAC
TOTAL STATION UTILI"Y COCRACT TOTAL 1.!DRX 3 JOB FUNCTION EMPLOYEES Ef1P L O Y E E S
& OTHERS PERSONS EMPLOYEES EMPLOYL'ES 8 T'HERS MAN-REMS RfACTOR OPERATloNS s SuRv.
MAINTENANCE PERSONNEL 188 477 6
12.237 19.316 2.408 OPERATING PERSONNEL 86 0
0 8.664 0.000 0.000 HEALTH PHYSICS PERSONNEL 34 0
33 4.686 0.000 10.758 SUPERVISORY PERSONNEL 32 11 2
5.011 0.720 0.128 ENGINEERING PERSONNEL 48 60 7
5.296 7.044 0.315 TOTAL 388 548 48 984 35.894 27.080 13.609 76.583 ROUTINE MAINTENANCE MAINTENANCE PERS0tihEL 197 535 3
43.789 78.759 0.031 OPERATING PERSONNEL 86 0
0 6.514 0.000 0.000 HEALTH PHYSICS PERSONNEL 34 0
33 3.573 0.000 1.906 SUPERVISORY PERSONNEL 32 11 2
5.408 1.753 0.109 ENGINEERING PERSONNEL 49 74 39 9.364 14.430 9.045 TOTAL 398 620 77 1095 68.648 94.942 11.0se 174.681 IM-SERVICE INSPECTION MAINTENANCE PERSONNEL 37 295 0
0.243 29.878 0.003 OPERATING PERSONNEL 38 0
0 0.144 0.000 0.000 HEALTH PHYSICS PERSONHCL 11 0
23 0.284 0.000 3.916 SUPERVISORY PERSONNEL 7
7 1
0.208 0.310 0.000 ENGINEER [NG PERSONNEL 32 48 32 2.770 9.914 15.743 TOTAL 125 350 56 531 3.649 40.102 19.659 63.410 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 174 508 0
3.435 91.294 0.000 o OPERATING PERSONNEL 75 0
0 0.445 0.000 0.000 HEALTH PHYSICS PERSONNEL 25 0
21 0.586 0.000 0.311 SUPERVISORY PERSONNEL 24 8
2 0.255 0.266 0.006 ENGINEERING PERSONNEL 46 49 9
4.038 8.542 0.636 TOTAL 344 565 32 941 8.759 100.052 0.953 109.764 WASTE PROCESSING
~
MAINTENANCE PERSONNEL 158 239 2
3.545 3.006 0.250 OPERATING PERSONNEL 81 0
0 7.768 0.000 0.000 HEALTH PHYSICS PERSONNEL 32 0
20 1.586 0.000
- 0. 16 4 SUPERVISORY PERSONNEL 15 2
0 0.458 0.010 0.000
_fNGINEERING PERSONNEL 28 11 0
0.033 0.040 0.000 TOTAL 314 252 22 588 13.390 3.056 0.414 16.860 REFUELING MAINTENANCE PERSONNEL 113 309 1
4.106 44.872 0.115 OPERATING PERSONNEL 43 0
0 3.081 0.000 0.000 HEALTH PHYSICS PERSONNEL 8
0 20 0.024 0.000 1.893 SUPERVISORY PERSONNEL 17 6
1 2.070 0.069 0.002
_,[f4GINEERING PERSONNEL 42 31 0
2.955 6.552 0.000 TOTAL 223 4 346 22 591 12.236 51.493 2.010 65.739 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 867 2363 12 3242 67.355 267.075 2.804 337.234 OPERATING PERSONNEL 409 0
0 409 26.616 0.000 0.000 26.616 HEALTH PHYSICS PERSONNEL 144
-0 150 294 10.739 0.000 18.948 29.687 SUPERVISORY PERSONNEL 127 45 8
180 13.410 3.128 0.245 16.783 ENGINEERING PER10NNEL 245 273 87 605 24.456 46.522 25.739 96.717 GRAND TOTAL 1792 2681 257 4730 142.576 316.725 47.736 507.037
- Workers may be counted in more than one category.
_._..-.._...____y....
__._,__.s_..
,.....--,-,y-.
o APPENDIX C.
NUMBER OF PERSONNEL AND MAN-REM BY-WORK AND' JOB FUNCTION' 1983 PLANT: ST LUCIE 1.2 (PWR1
(> 10 0 1-ITEM)-
STATION UTILITY C9 "RACT TOTAL.
-TOTAL MAN-RE'H'
.MBER OF PEltSONNEL u
1-
.STATI :
UTI.ITY CONT RA :
TOTAL fdORK 3 10B FUNCTIDM.
EMPLOY L LS EMPt1YEES
& OT 1E'tS PERSONS EMPLOYEES EMPLOYEES 3
THERS MAN-REMS REACTOR O 'ERATIONS S SURV.
0.000,
0.000 2~
,8 0
'O.440 MAINTEMA1CE PERSONNEL '
- 5 0
0 2.970
.0.000 0.000 OPERATING PERSOMMEL-
.NEALTH PHYSICS PERSONNEL.
0 0
10 0.130 0.000 0.240 t
fL SUPERVISORY PERSONNEL.-
2 0'
0 0.600:
0.000 0.000 ENGINEERING PERSONNEL 1
0 0 --
8.310' O.000 0.000 4
TOTAL 10 0
0 to 4.450 0.000 0.240 4.690 i
' ROUTINE MAINTENANCE
. MAINTENANCE PERSONNEL 47 18 90
~32.300.
11.320-
-47.520
^
OPERATING PERSONNEL 8
2 0
5.370 1.550.
0.000
.NEALTH PHYSICS PERSONNEL 4 3 0
6
'3.170 0.000' 5.800 SUPERVISORY PERSONNEL-
-8 0
6 3.110 0.000
- 2.850 ENGINEERING PERSONNEL 0
0
'1 0.000 0.000 1.400
-TOTAL 66 20 103 189 43.950 12.870 57.570 114.390 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 5
3 86-2.970 2.170 56.940 OPERATING PERSONNEL 3
'O O
0.770 0.000 0.000 LNEALTN PHYSICS PERSONNEL.
2 0
3 2.070 0.000 3.780 SUPERVISORY PERSONNEL 2
_0 5
0.930 0.000 3.000 ENGINEERING PERSONNEL-3' O
1 0.600 0.000 0.900 TOTAL 15 3
95 113 7.340
- 2. 170 64.620 74.130
..s-
. SPECI AL MAINTENANCE "
-MAINTENANCE PERSONNEL ^-
73 1
566-54.390 0.590
'486.830-6 0
0 2.590 0.000 0.000-i "O OPERATING PERSONNEL HEALTH PHYSICS PERSONNEL 12
-0 25' 19.140 0.000.
35.000 S
SUPERVISORY PERSONNEL 17 0
50-8.660 0.000 46.680 ENGINEERING PERSONNEL 1
0 28 0.300 0.000 32.790 TOTAL
- 109 1
669 779 85.080 0.590 601.300 686.970
.i E STE PROCESSING MAINTENANCE PERSONNEL :
0 0
58 0.000 L0.000 58.420 OPERATING PERSONNEL' 0
0 0
0.000 0.000 0.000 HEALTN PHYSICS PERSONNEL _
1 0
2 1.810 0.000 3.310 l'
SUPERVISORY PERSONNEL 1...
0 3
0.780 0.000 0.910 ENGINEERING PERSONNEL
- 0 '-
0 0
0.000 0.000 0.000 TOTAL 2
0 63 65 2.590 0.000 62.640 65.230 l
1 REFUELING'
-MAINTENANCE PERSONNEL 30 25 75 31.110 34.230 33.990
, OPERATING PERSONNEL 52 1
5 20.430 0.630 2.570
-HEALTH PHYSICS PERSONNEL.
3 0-7 3.930 0.000 7.180 SUPERVISORY PERSONNEL.
8' 4
3
.3.370 0.000 1.650 l
-ENGINEERING PERSONNEL 0
_ 0 4
0.000 0.000
~1.870 i
TOTAL 93 26 94 213 58.840 34.860 47.260 140.960 l
TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL.
157-47 875-1079 121.210-48.310 683.700 853.220 l
OPERATING PERSONNEL 74 3
5 82 32.130 2.180 2.570 36.880 i
HEALTN PHYSICS PERSONNEL' 21 0
43 64 30.250 0.000' 55.310-85.560
-SUPERVISORY PERSONNEL
'38 0
. 67 105
'17.450 0.000 55.090
.72.540 ENGINEERING PERSONNEL 5
0 34 39 1.210 0.000 36.960 38.170 GRAND TOTAL 295 50 1924 1569 202.250 50.490 833.630 1086.370
" Includes ICI flan 0e ends.. seal water injection nods.. core cooling mods.. core barrel repair. thermal shield removal and feedwater nozzle replacement.
(,
,-,-m--
a
APPENDIX C NUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTION PLANT: SURRY 1.2 (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL WORK 8 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYELS EMPLOYEES 8 OTHERS MAN-RENS PEACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 172 65 170 55.642 3.345 16.366 OPERATING PERSONNEL 192 13 10 206.335 0.128 0.446 HEALTH PHYSICS PERSONNEL 33 12 139 43.141 5.119 121.448 SUPERVISORY PERSONNEL 70 3
3 34.164 0.268 0.103 ENGINEFRING PERSONNEL 34 7
60 6.757 0.196 7.164 TOTAL 501 100 382 983 346.039 9.056 145.527 500.622 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 179 139 599 433.266' 167.396 703.560 OPERATING PERSONNEL 127 31 45 41.877 4.103 20.360 HEALTH PHYSICS PERSONNEL 42 8
206 9.716 0.116 96.205 SUPERVISORY PERSONNEL 64 5
7 60.513 3.733 0.171 ENGINEERING PERSONNEL 41 16 163 21.670 0.899 42.943 TOTAL 453 199 1020 1672 567.042 176.247 863.239 1606.528 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 13 4
49 1.765 0.764 7.418 OPERATING PERSONNEL 34 4
1 7.822 0.040 0.011 HEALTH PHYSICS PERSONNEL 0
0 1
0.000 0.000 0.002 SUPERVISORY PERSONNEL 3
0 0
0.108 0.000 0.000 ENGINEERING PERSONNEL 28 4
29 14.788 0.051 10.008 TOTAL 78 12 80 170 24.483 0.855 17.439 42.777 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 65 23 339 6.484 1.428 329.755 CPERATING PERSONNEL 16 27 35 0.812 5.078 15.770 C) HEALTH PHYSICS PERSONNEL 2
4 49 0.011 0.085 4.499 SUPERVISORY PERSONNEL 10 1
7 0.738 0.004 0.175 ENGINEERING PERSONNEL 10 26 48 0.678 7.366 14.203 TOTAL 103 81 478 662 8.723 13.961 364.402 387.086 WASTE PROCESSING MAINTENANCE PERSONNEL 40 0
91 7.744 0.000 8.973 OPERATING PERSONNEL 43 1
11 26.714 0.002 0.553 HEALTH PHYSICS PERSONNEL 28 3
206 31.020 0.053 153.332 SUPERVISORY PERSONNEL to 0
2 6.270 0.000 0.060 ENGINEERING PERSONNEL 9
1 11 3.787 0.001 0.959 TOTAL 130 5
321 456 75.535 0.056 163.877 239.468 REFUELING MAINTENANCE PERSONNEL 44 44 16 5.907 13.158 2.489 OPERATING PERSONNEL 40 9
2 7.326 1.139 1.192 HEALTH PHYSICS PERSONNEL 5
0 20 0.459 0.000 1.343 SUPERVISORY PERSONNEL 14 4
0 4.050 0.762 0.000 ENGINEERING PERSONNEL 7
0 16 1.397 0.000 5.844 TOTAL 110 57 54 221 19.139 15.059 10.868 45.066 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 513 275 1264 2052 510.808 186.091 1068.561 1765.460 OPERATING PERSONNEL 452 85 104 641 290.886 10.490 38.332 339.708 HEALTH PHYSICS PERSONNEL 110 27 621 758 84.347 5.373 376.829 466.549 SUPERVISORY PERSONNEL 171 13 19 203 105.843 4.767 0.509 111.119 ENGINEERING PERSONNEL 129 54 327 510 49.077 8 513 81.121 138.711 GR AND TOT AL 1375 454 2335 4164 1040.961 215.234 1565.352 2821.547 Workers may be counted in more than one category.
APPENDIX C e
NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PL ANT:,THREE MIL E ISL AND 1 (PWR) 1983 NUMBER OF PERE NNEL (>100 M-REM)
TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL WORK 8_J_0B FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES
& OTHERS MAN-REMS REACTOR OPERATIONS & SURV.
MAINTENANCE PERSONNEL 147 1
50 1.747 0.008 0.201 OPERATING PERSONNEL 191 27 30 12.579 0.030
-0.167 HEALTH PHYSICS PERSONNEL 99 6
27 34.667 0.020 2.819 SUPERVISORY PERSONNEL 80 4
22 2.374 0.027 0.061 ENGINEERING PERSONNEL 77 17 57 2.411 0.081 0.230 TOTAL 594 55 186 835 53.778 0.166 3.478 57.422 EDUTINE MAINTENANCE MAINTENANCE PERSONNEL 185 1
52 15.647 0.000 0.301 OPERATING PERSONNEL 135 0
8 0.446 0.000 0.061 HEALTH PHYSICS PERSONNEL 78 0
3 1.622 0.000 0.007 SUPERVISORY PER$0NNEL 55 0
8 0.919 0.000 0.0 16 ENGINEERING PERSONNEL 21 4
19 0.240 0.012 0.053 TOTAL 474 5
90 569 18.874 0.012 0.438 19.324 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 57 1
48 1.428 0.002 1.030 OPERATING PERSONNEL 48 2
10 0.664 0.109 0.049 HEALTH PHYSICS PERSONNEL 44 0
1 0.347 0.000 0.000 SUPERVISORY PERSONNEL 31 0
4 0.779 0.000 0.157 ENGINEER EG PERSONNEL 17 10 41 1.584 0.038 4.450 TOTAL 197 13 104 314 4.802 0.149 5.686 10.637 jf1GA_L M A INT EN A NC E MAINT EN ANCri PERSONNEL 183 5
283 145.134 5.727 447.364 OPERATING PERSONNEL 121 3
22 63.938 0.034 9.607 HEALTH PHYSICS PERSONNEL 62 0
6 15.549 0.000 0.572 SUPERVISORY PERSONNEL 72 1
29 29.395 0.004 22.262 ENGINEEPING PERSONNEL 56 23 89 6.190 1.151 35.901 TOTAL 494 32 429 955 260.206 6.916 515.706 782.828 WA_iTE PROCESSING MAINTENANCE PERSONNEL 90 3
31 14.631 0.170 0.240 OPERATING PERSONNEL 78 0
4 10.380 0.000 0.064 HEALTH PHYSICS PERSONNEL 57 0
6 1.006 0.000 0.878 SUPERVISORY PERSONNEL 23 0
5 2.495 0.000 0.331 ENGINEERTNG PERSONNEL 6
1 5
1.430 0.000 0.028 TOTAL 254 4
51 309 29.942 0.179 1.541 31.653 REFUELING MAINTENANCE PERSONNEL 1
0 0
0.002 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 1
0 0
0.000 0.000 0.000 ENGINEERIllG PERSONNEL 0
0 0
0. 0 0_Q 0.000 0.000 TOTAL 2
0 0
2 0.002 0.000 0.010 0.002 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 663(214) 11 (8) 464(291) 1138 (513) 178.589 5.907 449.136 633.632 OPERATING PERSONNEL 573(220) 3 2 (28) 7 4 (42) 679 (290) 88.007 0.173 9.948 98.128 HEALTH PHYSICS PERSONNEL 340(112) 6 (6) 4 3 (35) 389 (153) 53.191 0.020 4.276 57.487 SUPERVISCRY PERSONNEL 262 (102) 5 (4) 6 8 (43) 335 (149) 35.962 0.031 22.827 58.820 ENGINEERIt4G PFRSONNEt 177 (89) 55(36) 211(140) 443 (265) 11.855 1.282 40.662 53.799 GRAND TOTAL 2015 UJI) 10 9 (BZ) 860(553) 2984 0370) 367.604 7.413 526.849 901.866
- Workers may be counted in more than one category. Nunt>ers in parentheses are total numbers of individuals.
m.
APPENDIX C f
NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: THREE MILE ISLAND 2 (PWR) 1983 NUMBER OF PERSONNEt (>100 M-REM)
' TOTAL MAN-REMS-STATION UTILITY CONTRACT
- TOTAL STATION UTILITY CONTRACT TOTAL WGPK & JOB FUNCTTON
[*1'L OY E E S EMPLOYEES
& OTHERS PERSONS EMPLOfEES EMPLOYEES 4 OTHERS MAN-REMS RfdCl0R OPER A TIOriS S SURV.
MAINTENANCE PERSONNEL 99 3
123 2.183-0.005 1.381 OPERATING PERSONNEL 110 13 23 5.975 0.002 0.113 HEALTH PHYSICS PERSONNEL 117 0
43 17.111
-0.000 2.786
$UPERVISORY PERSONNEL 64 0
16 0.595 0.000 0.316 ENGINEERING PERSONNEL 35 1
85 1.297 0.000' 2.985 TOTAL 425 17 290 732 27.161 0.007 7.581 34.749 POUTINE MtINTENANCJ' MAINTENANCE PERSGNNEL.
99 1
124 7.731 0.000 3.935 OPERATING PERSONNEL 47-0 7
1.327 0.000 0.476 HEALTH PHYSICS PERSONNEL 67 0
21 2.777 0.000 1.155 SUPERVISORY PERSONNEL 28 0
7 0.258 0.000 0,028 ENGINEERING PERSONNEL 14 -
1 29 0.045 0.000 0.039 TOTAL 255 2
188 445 12.138 0.000 5.633 17.771 IN-SENVICE INSPECTION MAINTENANCE PERSONNEL 14 0
2 1.860 0.000 0.274 CPERATING PERSONNEL 7
0 3
1.153 0.000 0.295 HEALTH PHYSICS PERSONNEL 2
0 1
0.352 0.000 0.557 SUPERVISORY PERSONNEL 2
'O 1
-0.158 0.000 0.025 ENGINEERING PERSONNEL 1
0 11 0.098 0.000' 1.945 TOTAL 26 0
18 44 3.621 0.000 3.096 6.717 iPECIAL MAINTENANCE MAINTENANCE PERSONNEL 96 1
179 70.771 0.000 160.940 OPERATING PERSONNEL 86 0
10 21.806 0.000 4.388 m
PJ HEALTH PHYSICS PERSONNEL 106 0
29 62.515 0.000 7.424
$UPERVISORY PERSONNEL 36 0
17 7.128 0.000 4.031 ENGINEERING PERSONNEL 23 1
66 2.782 0.000 18.767 TOTAL 347 2
301 650 165.002 0.000 195.550 360.552 WASTE PROCESSING MAINTENANCE PERSONNEL 105 2
119 5.263 1.126 3.236 CPERATING PERSONNEL 122 2
17 8.859 0.005 0.523 HEALTH PHYSICS PERSONNEL 110 0
40 9.527 0.092 0.981 SUPERVISORY. PERSONNEL 53 0
14 1.829 0.000 0.018 ENGINFERING PERSONNEL 38 0
70 0.260 0.000 0.283 TOTAL 428 4
260 692 25.738 1.223 5.041 32.002 E1 FUELING MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000
' ENGINEERING PERSONNEL
'O 0
0 0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 T,QT A L BY JOB FUNCTION MAINTENANCE PERSONNEL 413 f124) 7 (2) 547(191) 967(317;'
87.808' 1.131 169.766 258.705 OPERATING PERSONNEL 372 L151) 15 (15) 6 0 (32 447(1981 39.120 0.007 5.795 44.922 HEALTH PHYSICS PERSONNEL 402 (118) 0 134 (49 536L167?
92.282 0.092 12.903 105.277 SUPERVISORY PERSONNEL 183 (83) 0 5 5 (28 238Lill?
9.968.
0.000 4.418 14.386 ENGINEERING PERSONNEL 111 (56) 3 (2) 261(134) 375 I192 l
4.482 0.000 24.019 28.501 GRAND TOTAL 1481 (532) 25 09) 1057(434) 2563 E985 l 233.660 1.230 216.901 451.791
- Workers may be counted in more than one category. Numbers in parentheses are total numbers of individuals.
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT:-TROJAN (PWR) 1983 HUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CON"RACT TOTAL WORK 3 JOB FUNCTION EMPLOYEES EMPLOYEES
& OTHERS PERSONS EMPLOYEES EMPLOYEES 4 0"HERS MAN-REMS REACTOR OPERATIONS 3 $URV.
MAINTENANCE PERSONNEL 5
3 4
1.600 1.220 0.870 OPERATING PERSONNEL 30 0
1 10.360 0.000 0.570 HEALTH PHYSICS PERSONNEL 18 0
15 6.200 0.000 4.270 SUPERVISORY PERSONNEL 0
0 3
0.130 0.020 2.760 ENGINEERING PERSONNEL 2
0 0
0.700 1.020 0.030 TOTAL 55 3
23 81 18.990 2.260 8.500 29.750 ROUTINE MAINTENANCE 16.500 10.520 MAINTENANCE PERSONNEL 45 33 27 12.640 OPERATING PERSONNEL 6
0 1
1.390 0.000 0.610 HEALTH PHYSICS PERSONNEL 4
2 11 1.720 0.910 4.570 SUPERVISORY PERSONNEL 2
0 10 0.430 0.020 7.270
+
ENGINEERING PERSONNEL
'3 5
1 1.520 3.100 0.230 TCTAL 60 40 50 150 17.700 20.530 23.200 61.430 IN-SERVI;E_ INSPECTION MAINTENANCE PERSONNEL 0
0-0 0.000 0.000 0.000 OPERAT?NG PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISCRY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 0
0 0
0 0.000 0.000 0.000 0.000 SPECIAL MAINTENANCE MAINTENANCE PERSONNEL 17 19 118 9.580 10.290 60.260 OPERATING PERSONNEL 3
0 0
0.830 0.000 0.050 HEALTH PHYSICS PERSONNEL 20 2
8 9.460 1.490 2.660 SUPERVISORY PERSONNEL 3
0 7
0.680 0.010 2.860 ENGINEERING PERSONNEL' 1
2 0
0.310 0.670 0.090 TOTAL 44 23 133 200 20.860 12.460 65.920 99.240 WASTE PROCESSING MAINTENANCE PERSONNEL 0
0 0
0.070 0.090 0.490 OPERATING PERSONNEL 0
0 0
0.440 0.000 0.020 HEALTH PHYSICS PERSONNEL 18 8
8 13.940 3.310 3.510 SUPERVISORY PERSONNEL 0
0 0
0.010 0.000 0.030 ENGINEERING PERSONNEL 0
0 0
0.000 0.000 0.000 TOTAL 18 8
8 34 14.460 3.400 4.050 21.910 EfFUELING MAINTENANCE PERSONNEL 17 0
5 15.830 0.360 0.990 GPERATING PERSONNEL 12 0
0 20.560 0.000 0.020 HEALTH PHYSICS PERSONNEL 12 0
17 3.440 0.040 5.080 SUPERVISORY PERSONNEL 1
0 9
0.320 0.000 2.740 ENGINEERING PERSONNEL 1
1 0
0.610 0.360 0.000 TOTAL 43 1
31 75 40.760 0.760 8.830 50.350 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 84 55 154 293 39.720 28.460 73.130 141.310 DPERATING PERSONNEL 51 0
2 53 33.580 0.000 1.270 34.850 HEALTH PHYSICS PERSONNEL 72 12 59 143 34.760 5.750 20.090 60.600 SUPERVISORY PERSONNEL 6
0 29 35 1.570 0.050 15.660 17.230 ENGINEERING PERSONNEL 7
8 1
16 3.140 5.150 0.350 8 L40 GRAND TOTAL 220 75 245 540 112.770 39.410 110.500 262.680
m l
APPENDIX C HUMBER OF PERSONNEL AND MAH-REM BY WORK AND JOB FUNCTIOH PLANT: TURKEY POINT 1.2 (PWR) 1983 i
HUMBER OF PERSONNEL (>100 M-R M),-
TOTAL MAN-REMS STATION UTILITY CONTRAC7 TOTAL STATION UTILITY CONTRACT TOTAL
_)LO RK 4 JOB FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PERSONS EMPLOYEES EMPLOYEES 8 OTHERS MAN-REMS REACTOR OPERATIONS 4 $URV.
MAINTENANCE PERSONNEL 186 19 172 67.445 5.740 59.425 OPERATING PERSONNEL 26 1
0 31.740 0.760 0.000 HEALTH PHYSICS PERSONNEL 26 0
118 24.355 0.000 109.110 SUPERVISORY PERSONNEL 17 2
7 7.795 0.490 2.390 ENGINEERING PERSONNFL 37-1 27 12.635
- 0. 5_6.9 13.990 TOTAL 292 23 324 639 144.010 7.550 184.915 336.475 ROUTINE MAINTENANCE MAINTENANCE PERSONNEL 185 35 283 151.480 21.295 164.975 OPERATING PERSONNEL 5
0 0
1.015 0.050 0.000 HEALTH PHYSICS PERSONNEL 15 0
43 6.865 0.000 15.920 SUPERVISORY PERSONNEL 5
0 3
1.635 0.155 0.645 ENGINEERING PERSONNEL 13 0
9 7.670 0.090 3.245 TOTAL 223 35 338 596 168.665 21.590 184.785 375.040 IN-SERVICE INSPECTION MAINTENANCE PERSONNEL 17 4
118 6.820 1.785 117.685 OPERATING PERSONNEL 1
0 1
1.010 0.000 2.230 HEALTH PHYSICS PERSONNEL 5
0 10 2.140 0.000 2.210' SUPERVISORY PERSONNEL 3
0 3
1.900 0.000 3.215 ENGINEERING PERSONNEL 8
3 4
2.110 1.215 0.720 TOTAL 34 7
136 177 13.980 3.000 126.060 143.040 SPECIAL MAINTENANCE **
MAINTENANCE PERSONNEL 128 24 1325 84.295 11.425 1878.730 OPERATING PERSONNEL 5
0 0
1.755 0.000 0.000
- HEALTH PHYSICS PERSONNEL 15 0
93 8.790 0.oro 55.515
. SUPERVISORY PERSONNEL 11 1
77 4.640 0.530 75.550 ENGINEERING PERSONNEL 16 2
85 9.345 Om 750 82.210 TOTAL 175 27 1580 1782 108.825 1s.105 2093.005 2214.935 WASTE PROCESSING MAINTENANCE PERSONNEL 18 1
2 7.585 0.750 0.620 OPERATING PERSONNEL 0
0 0
0.210 0.000 0.000 HEALTH PHYSICS PERSONNEL 7
0 21 6.870 0.000 11.495 SUPERVISORY PERSONNEL 0
0 0
0.075 0.000 0.015 ENGINEERING PERSONNEL 2
0 1
0.815 0.000 0.395 TOTAL 27 1
24 52 15.555 0.750 12.525 28.830 CEFUELING MAINTENANCE PERSONNEL 127 34 24 121.450 33.000 11.350 OPERATING PERSONNEL 48 3
0 19,360 0.780 0.000 HEALTH PHYSICS PERSONNEL 7
0 18 2.045 0.000 5.455 SUPERVISORY PERSONNEL 8
0 5
3.990 0.070 1.205 ENGINEERING PERSONNEL
- 20 1
2 16.580 0.120 0.905 TOTAL 210 38 49 297 163.425 33.970 18.915 216.310 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 661(229) 117(48) 1924(1507 2702(1784) 439.075 73.995 2232.785 2745.855 OPERATING PERSONNEL 85 (61 4 (4) 1 (1
90 (G6) 55.130 1.590 2.230 58.950 HEALTH PHYSICS PERSONNEL 7 5 (28 0
303 (184 378 (212) 51.065 0.000
' 200.705 251.770 SUPERVISORY PERSONNEL 44 (28 3 (3) 95 (83) 142 (114) 20.035 1.645 83.020 104.700 ENGINEERING PERSONNEL 96 (47) 7 (7) 128 (107) 231 (161) 49.155 2.735 101.465 153.355 GRAND TOTAL 961(393) 131(62) 2451(3N) 3543(2337) 614.460 79.965 2620.205 3314.630
- Workers may be counted in more than one category. Numbers in parentheses are total numbers of individuals.
"Seemm generator,
APPENDW C o
NUMBER OF PERSONNEL AND MAN-REM BY WORK A7D JOB FUNCTION PLANT:fVERMCNT YANTEE (BWR) 1933 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS STATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACT TOTAL WORK 8 J1B FUNCTION EMPLOYEES EMPLOYEES 4 OTHERS PER5CNS EMPLOYEES EMPLOYEES 4 OTHERS MAN-REMS RfACTOR OPERATIONS & SURV.
MAINTENANCE PERS0hNEL to 0
2 18.860 0.000 1.218 OPERATING PERSONNEL 67 0
1 66.710 0.000 0.101 HEALTH PHYSICS PERSONNEL 24 2
52 44.612 0.303 51.750 SUPERVISORY PERSONNEL 1
1 13 2.089 0.313 4.159 FNGINEERING PERSONNEL 26 0
7 23.424 0.000 1.542 TOTAL 128 3
75 206 155.695 0.616 58.770 215.081 ROUTINE MAINTENANCE
. MAINTENANCE PERSONNEL 33 129 582 79.085 220.192 329.652 CPERATING PERSONNEL 20 0
0 9.881 0.000 0.000 HEALTH PHYSICS PERSONNEL 5
0 15 2.355 0.000 5.216 SUPERVISORY PERSONNEL 3
0 1
1.345 0.015 0.193 ENGINEERING PERSONNFL 7
0 1
3.871 0.000 0.280 TOTAL 68 129 599 796 96.537 220.207 335.341 652.085 JN-SERVICE INSPECTICH MAINTENANCE PERSONNEL 1
102 211 0.329 87.001 110.719 CPERATING PERSONNEL 2
0 0
0.888 0.000 0.000 HEALTN PHYSICS PERSONNEL 0
0 0
0.031 0.000 0.058 SUPERVISORY PERSONNEL 1
0 0
0.539 0.000 0.000 ENGINEERING PERSONNEL 3
0 1
0.904 0.000 0.570 TOTAL 7
102 212 321 2.691 87.001 111.347 201.039 JPECIAL MAINTENANCE PiAINTENANCE PERSONNEL 19 69 612 41.595 114.325 278.051 OPERATING PERSONNEL 11 0
0 5.103 0.000 0.000
-=*
HEALTH PHYSICS PERSONNEL 2
0 7
1.217 0.000 2.694 SUPERVISORY PERSONNEL 2
1 0
1.343 0.535 0.100 E GINEERING PERSONNEt 5
0 0
3.159 0.000 0.210 TOTAL 39 70 619 7?8 52.417 114.860 281.055 448.332 PASTE PROCESSING MAINTENANCE PERSONNEL 0
G 0
0.000 0.000 0.000 CPERATING PERSONNEL 8
0 0
7.412 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.000 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEt 0
0 0
0.000 0.000 0.000 TOTAL 8
0 0
8 7.412 0.000 0.000 7.412 Rff_Uf1ING MAINTENANCE PERSONNEL 1
0 0
0.613 0.120 0.155 OPERATING PERSONNEL 1
0 0
1.411 0.000 0.000 HEALTH PHYSICS PERSONNEL 0
0 0
0.004 0.000 0.000 SUPERVISORY PERSONNEL 0
0 0
0.000 0.000 0.000 ENGINEERING PERSONNEL 4
0 0
0.869 0.000 0.082 TOTAL 6
0 0
6 2.897 0.120 0.237 3.254 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 64 300 1407 1771 140.482 421.638 719.795 1281.915 OPERATING PERSONNEL 109 0
1 110 91.405 0.000 0.101 91.506 HEALTH PHYSICS PERSONNEL 31 2
74 107 48.219 0.303 59.718 108.240 SUPERVISORY PERSONNEL 7
2 14 23 5.316 0.863 4.452 10.631 ENGINEERING PERSONNEL 45 0
9 54 32.227 0.000 2.684 34.911 GRAND TOTAL 256 304 1505 2065 317.649 422.804 786.750 1527.203 "
- Workers may be cour:ted in more than one category.
"NRC mandated torus modifications and piping resupports contributed 93 man-rems.
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4 +
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: YANKEE-ROWE (PWR) 1983 N'JMBER OF PERSONNEL - (>10 0 M-REM)
T0"AL MAN-RE4L STATI0 1 UTILITY CONTRACT TOTAL STATION UTILI"Y C0i RACT TOTAL WORK 8 JOB FUNCTION
- EMPLOYE ES EMPLOYEES 0 OTHERS PERSONS EMPLOYEES EMPLOYHES 8lllNERS MAN-REM 5 l
REACTOR OPERATIONS 8 $URV.
{
MAINTENANCE PERSONNEL
'7 0
8 1.715 8.438 0.010 OPERATING PERSONNEL' 33 0
't 11.932 0.000 8.000 NEALTH PHYSICS PERSOMMEL 8
0 0
2.033 0.000 0.000 "
SUPERVISORY PERSONNEL t
8.
0 0.318 0.888 8.865 ENGINEERIhG PERSONNEL 8
1 0
0.265 8.298
't.340 TOTAL 49 1
0 50 16.255 0.728 0.115 17.095 t
ROUTINE MAINTENANCE
~
MAINTENANCE PERSONNEL 13 2
8.
3.756 1.204 0.065 OPERATING PERSONNEL-5 8
0 t.295 0.888 e.000.
j MEALTH PNYSICS PERSONNEL:
2 8
8 8.945 0.000 0.048 SUPERVISORY PERSONNEL
-0 0
8 8.000 8.000 0.038
?
ENGINEERING PERSONNEL 0
0 8
0.000 0.875 0.858 TOTAL 20 2
0 22 5.996 1.279 e.135 7.460 j
I IN-SERVICE INSPECTION 4
MAINTENANCE PERSONNEL 0
0 0
0.000 0.000 0.000 r
OPERATING PERSONNEL 8
0 0
0.808 0.808 s.000
-NEALTH PHYSICS PERSONNEL 8
8 8
0.000 0.000 e.see SUPERVISORY PERSONNEL 8
0 0
0.000 8.000 3.00s ENGINEERING PEREONNEL 8
8 8
0.000 B.000 0.800 TOTAL 8-0 0
5 0.000 0.000 3.333 3.333 I
SPECIAL MAINTENANCE
' MAINTENANCE PERSONNEL 22 16 1
15.458 6.658 1.415 l
$-OPERATING PERSONNEL 2
.S 2
0.575 0.000 2.825 NEALTN PHYSICS PERSONNEL 7
0 4
2.495 S.See e.ses SUPERVISORY PERSONNEL 8
8-G 8.820 0.000 0.898 i
l ENGINEERING PERSONNEL-8 4
0 0.165 1.355
- 0. A78 -
1 TOTAL 31 28 3
54 19.105 8.805 3.608 30.713 I
WASTE PROCESSING 1
MAINTENANCE PERSONNEL 6
6 8
1.555 1.395 0.000 1
OPERATING PERSONNEL 18.
8 0
2.871 0.000 0.000
[
j..
HEALTH PHYSICS PERSONNEL 5
8 1
1.405 0.800 B.135 t
SUPERVISORY PERSONNEL-0 0
0 0.000 0.000-0.000 l
ENGINEERING PERSONNEL 0
0
-0 0.025 0.000 0.000 TOTAL 21 6
1 28 5.856 1.395 g.135 7.386
[
REFUELING f
. MAINTENANCE PER5ONNEL 8
'O 8
0.825 8.885 0.880 OPERATING PERSONNEL 8
8 8
0.000 8.000 s est HEALTN PHYSICS PERSONNEL
.e
'O 8
8.015 0.000 0.000 SUPERVISORY PERSONNt;L e.
8-0 0.000 0.000 0.000 ENGINEERING PERSONNEL' O
8 0
0.010 0.048 3.000 TOTAL 8
0 0
0 0.050 8.845 0.888 0.095 TOTAL BY.30B FUNCTION MAINTENANCE PERSONNEL 44 24 1
73-22.50t 9.684 1.498 33.675 OPERATING PERSONNEL 58 0
.2 52 16.673 0.000 2.825 18.698 NEALTN PHYSICS PERSONNEL 22 8
1 23-7.293 0.000 8.175 7.468 SUPERVISORY PERSONNEL
.t 8
8 1
0.330 0.000 0.185 8.515'
.a-ENSINEERINC PERSONNEL 8
5 0
5 S.465 1.768 0.160 2.185 l
- f. RAND TOTAL 121 29 4
154 47.262 11.444 4.835 62.741 s
%,ners may he countee se inere then ene casessry.
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-*- -+- -
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- -+i
APPENDIX C NUMBER OF PERSONNEL AND MAN-REM BY WORK AND JOB FUNCTION PLANT: ZION 1.2 (PWR) 1983 NUMBER OF PERSONNEL (>100 M-REM)
TOTAL MAN-REMS
_ STATION UTILITY CONTRACT TOTAL STATION UTILITY CONTRACY TOTAL WCRK 8 JOB FUNCTION EM?t0 VEES EMPLOYEES 8 OTHERS PERSONS E T1P L O Y E E S EMPLOYEES 4 OTHERS MAN-REMS REACTOR OPERATIONS 4 SURV.
MAINTENANCE PERSONNEL 46 0
24 20.560 0.000 12.070 CPERATING PERSONNEL 57 0
0 23.143 0.000 0.000 NEALTH PHYSICS PERSOHNEL 9
0 45 4.077 0.000 9.500 SUPERVISORY PERSONNEL 88 0
0 16.424 0.000 0.000 ENGINEERING PERSONNEL 36 46 120 17.464 0.819 8.500 TOTAt 236 46 189 471 81.668 0.819 30.070 112.557 ROUTINE MAINTENANCE r.AINTENANCE PERSONNEL 31 0
66 61.028 0.000 213.215 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000 HEALTH PHYSICS PERSONNEL 19 0
46 8.197 0.000 53.126 SUPERVISORY PERSONNEL 24 0
0 7.349 0.000 0.000 ENGINEERING PERSONNEL 9
0 0
2.222 0.000 0.000 TOTAL 83 0
112 195 78.796 0.000 266.541 345.137 IN-5ERVICE INSPECTION MAINTENANCE PERSONNEL 40 0
334 14.217 0.000 67.844 OPERATING PERSONNEL 26 0
0 2.819 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 66 1.909 0.000 8.222 SUPERVISORY PERSONNEL 6
0 0
2.660 0.000 0.000 ENGINEERING PERSONNEL 16 0
0 4.100 0.000 0.000 TOTAL 92 0
400 492 25.705 0.000 76.066 101.771
$PECJ AL MAINLENANCE MAINTENANCE PERSONNEL 80 99 675 102.366 7.981 348.313 OPERATING PERSONNEL 0
0 0
0.000 0.000 0.000
'd HEALTH PHYSICS PERSONNEL 18 0
26 12.435 0.000 59.167
$UPERVISORY PERSONNEL 12 0
0 10.000 0.000 0.000 ENGINEERING PERSONNEL 70 85 63 19.513 0.711 15.945 TOTAL 180 184 764 1128 144.314 8.692 423.4?S 576.431 MASTE PP0 CESSING MAINTENANCE PERSONNEL 34 0
24 10.936 0.000 36.380 OPERATING PERSONNEL 26 0
19 2.168 0.000 1.930 HEALTH PHYSICS PERSONNEL 4
0 12 1.468 0.000 6.325 SUPERVISORY PERSONNEL 10 0
0 2.745 0.000 0.000 ENGINEERING PER$0MNEL 8
0 0
0.875 0.000 0.000 TOTAL 82 0
55 137 18.192 0.000 44.635 62.827 R FFUEL ING MAINTENANCE PERSONNEL 20 0
115 9.624 0.000 23.115 OPERATING PERSONNEL 24 0
0 17.062 0.000 0.000 HEALTH PHYSICS PERSONNEL 4
0 19 1.293 0.000 1.615
$UPERVISORY PERSONNEL 49 0
0 2.650 0.000 0.000 ENGINEERING PERSONNEL 4
0 0
0.050 0.000 0.000 TOTAL 101 0
134 23S 30.679 0.000 24.750 55.409 TOTAL BY JOB FUNCTION MAINTENANCE PERSONNEL 251 99 1238 1588 218.731 7.981 700.937 927.649 OPERATING PERSONNEL 133 0
19 152 45.192 0.000 1.950 47.122 HEALTH PHYSICL PERSONNEL 58 0
214 272 29.379 0.000 137.955 167.334 SUPERVISORY PERSONNEL 189 0
0 189 41.828 0.000 0.000 41.828 ENGINEERING PfRSONNEL 143 131 183 457 44.224 1.530 24.445 70.199 GRANL TOTAL 774 230 1654 2658 379.354 9.511 865.267 1254.132
- Workers may be counted in more than one category.
r I
APPENDIX D Occupational Doses at Foreign Reactors Note on:
COMPARIS0N OF OCCUPATIONAL DOSES AT U.S. AND FOREIGN REACTORS
'When comparisons of occupational radiation doses incurred at U.S. power reactors with those incurred at foreign power reactors are made, they are usually in terms of averages based on data reported by all U.S. reactors.
In an effort to determine how newer U.S. plants might compare with the foreign plants, many of which are less than ten years old, the following analyses were performed.
1.
In order to examine the exposures experienced at the newest U.S. plants, those plants that had completed no more than one full year of commercial operations as of 12/31/81 were selected.
The collective dose and gross megawatt years (electric) were summed for each year to yield the following results for PWRs (there are no BWRs that fit this criterion).
The collec-tive dose per megawatt year indicates a decreasing trend, but there has not been enough time to fully allow for the effects of any cobalt buildup.
Collective Dose Year No. of Sites (man-rems)
Megawatt-Years Dose Per MW-YR 1981 2
3518 2347 1.50 1982 6
5496 5537 0.99 1983 6
4676 6574 0.71 2.
In an effort to examine the exposure experienced at the newer U.S. plants while taking into account cobalt buildup, those U.S. plants that had completed no more than one full year of commercial operation as of 12/31/77 were selected.
To focus on the cobalt buildup, the collective dose and gross megawatt years (electric) for the first three years of operation were not included in the summation of these two parameters.
This yielded the following information, again for PWRs only.
Year Operation Year of No. of Collective Megawatt-Dose Per Begin Data Sites Dose (man-rems)
Years
'MW-Yr 1977 1980 3
1534 1349 1.14 1978 1981 8
3679 3869 0.62 1979 1982 9
6570 8315 0.79 1980 1983 9
6201 7964 0.78 These analyses indicate that the collective dose per megawatt year at the
. newer U.S. PWRs is between 0.7 and 0.8.
This~can be compared to the following values of the collective dose per megwatt year for foreign reactors.
It appears that the value of this parameter is still two to four times that found for most foreign reactors (except the Japanese).
Under~an NRC contract, l
119
Mr. J. Baum, Brookhaven National Lab., will soon publish the " Proceedings of an International Workshop on Historical Dose Experience and Dose Reduction at Nuclear Power Plants" which will have more details about the exposures experienced at many foreign reactors.
Country Reactor Type 1981 1982 Japan PWRs 0.61 France PWRS 0.24 0.28 Britain GCRs 0.67 0.36 l
Canada PHWRs 0.25 Sweden BWRs & PWRs 0.2 i
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BIBLIOGRAPHIC DATA SHEET NUREG-0713, Vol. 5 a L n.
l 3 YsTLE AND SuSTsTLE
/
Occupational adiation Exposure at Comercial Nuclear
, o,,,,,oR, coo,ur,oj Power Reactor - 1983 Annual Report
,o,,,,,
October p
1984 i
F OATt REPORT I55USS
- 6. Auf teor,se Barbara G. Brooks
{a7th J' 1985 9 PROJECT'TASWWWOR4 UNef Nuweta a PERFORMING ORGAhllATION NAME AND iLING AOOpt$5 parw to coat Division of Radiation grams & Earth Sciences
/
Office of Nuclear Regul ory Research io,,N wn..a
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U.S. Nuclear Regulatory mmission Washington, DC 20555
,, 3,0NsOR, <. ORG A,2 A10, N Au. ANO u A L,w AOo
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F Annual g
8 2b PERIGO COvtRED paed sseve sprest i
- 1) SUPPLEUENT ARY NOTES
[
14 Agtf R ACT (J00 swer.s or was, This report summarizes the occupational ra 'ation ed, osure information that has been reported to the U.S.N.R.C. by commercial nuc arpoeier reactors during the years 1969 through 1983. The bulk of the data presented n the report was obtained from annual s
radiation exposure reports submitted in accord ce with the requirements of 10 CFR 20.407 and license technical specifications, a on workers terminating their employment at nuclear power facilities was obtii d from reports submitted pursuant to 10 CFR 20.408. The annual reports submittid b the 76 nuclear power plants that had completed at least one full year of operation a of December 31, 1983, indicated that the number of personnel monitored during 1983 was 13 700 persons and the annual collective dose incurred by these individuals was 56, 0 man-rems (man-cSv). The average annual dose for each worker that received a me urable dose was 0.66 rems (cSv),
and the average collective dose per reactbr was 753 man ens (man-c5v). The termi-nation reports revealed that some 56,500L' individuals com eted their employment with one or more reactor facilities during (482
- Approximate 4,500 of these workers could be considered transient.s and thef received an averag dose of 1.11 rems (cSv).
+
4
- The most recent year for. which mosf of the termination data e available for analysis, its R$ v WWOROS AND DOCuvtNT ANAtv5t$
15e> OESCReptORS occupational radiation exposure nuclear' power reactors 94 AvailAestof V ST AllUt NF 1i SECunit v CL AS$68 eCa fiON to NvMcER 08 PAGE S dUlYs"siried Unlimited
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