ML20030A515

Technical Qualifications:Big Rock Nuclear Point Nuclear Plant

ML20030A515
Person / Time
Site:	Big Rock Point File:Consumers Energy icon.png
Issue date:	01/15/1962
From:	CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
References
NUDOCS 8101090823
Download: ML20030A515 (53)

Text

{{#Wiki_filter:! f i 4 TECHNICAL QUALIFICATIONS Big R ock Point Nucle a r Plant 1 i January 15, 1962 e i i Consumers Power Company F/o/olosas

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BIG ' ROCK POINT-NUCLEAR PLANT ORGANIZATION AND RESPONSIBILITIES 1. Plant Organization ]- - 2. Operating Supervision- ')_ i 3 Technical Staff .p 1. 14. ' Engineering- ' '~ j 5 Initial Eeactor Start-up Organization - 6.. General Responsibilities J. j-

7. - Developmental Testing Program

- B. PERSONNEL TRAINING PROGRAM iI Plant Organization Chart Enclosure I Big Rock Point Personnel Qualifications. -y Enclosure II ' Enclosure III - General Electric Start-Up Organization Qualifications I I Enclosure IV- - Training Program Schedule 4 I

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BIG ROCK POINT NUCLEAR PIANT Technical Qualifications or Personnel A. BIG FOCK POINT NUCLEAR PLANT ORGANIZATION AND RESPONSIBILITIES 1. Plant Orgc.nization The plant organization is as shown in Enclosure I, and generally follcus the organizational pattern proven through experience to be successful in the conventional steam-electric generating plants within the Bulk Power Supply Department of Consumers Power Company. 2. Operating SuIervision The Plant Superintendent is directly responsible, and has full authority, for the safe and proIer operation of the plant and all personnel assigned to the plant. He vill be responsible for oIera-tion of the plant within the Atomic Energy Commission License. The Assistant Plant SuIerintendent assists the Plant Surerintendent in all phases or plant operation and, in the absence of the Plant Superintendent, assumes his responsibilities. Each Shift SuIervisor is in charge of an oIerating shift and during his particular shirt is responsible to the Plant Superintendent through the Assistant Plant Superintendent for the proper operation of the plant. In addition to the unit control, major equipment and auxiliary operators under his direct suIervision, a Shift Supervisor has jurisdiction over all other Iersonnel while involved with plant operations. The Maintenance Supervisor, under ge; eral supervision of the Plant Surerintendent, is responsible for the maintenance and repair of all plant equipment (except instruments, which are under the Instrument and Control Engineer) and supervision of the maintenance, stock room and Janitor personnel. 3 Technical Starr The Eenetor Engineer, under the general supervision of the Plant SuIerintendent, will provide the functional supervision, with resyect to nuclear and thermal characteristics, necessary for the safe and efficient operation of the reactor plant. The Chemical Engineer, under the general supervision of the Plant Supe rintendent, is the responsible supervisor of the laboratory i technicians, all plant chemistry, water treatment, and radioactive vaste processing. The Instrument and Control Engineer, under the general supervision of the Plant Superintendent, is the responsible supervisor of the instrument Iersonnel and for the maintenance and calibration of all instruments for the plant.

n 3 Technical Staff (Contd) The Radiation Protection Engineer, under general supervision of the Plant Superintendent, is the responsible supervisor of the radiation protection personnel and for the radiation detection and radiation protection programs, both on-site and off-site. He is responsible for all exposure and radiation release records connected with the plant. 4. Engineering The General Engineers serve as the plant test group and provide additional technical depth to the organization. They are trained in all phases of plant operation and maintenance and are available, under general supervision of the Plant Superintendent, to temporarily fill a_ particular supervisory position, such as Shift Supervisor, Beactor Engineer, Chemical Engineer, etc. 5 Initial Reactor Start-Up Organization Consumers Power Company (hereinafter called Consumers) intends to utilize its normal plant organization for the initial start-up of the Big Rock Point Nuclear Plant to the maximum practicable extent. Consumers recognizes, however, that the identity of personnel partic-ipating in the supervision of initial reactor start-up is contingent upon the results of AEC precriticel operator license examinations. Consumers plans to submit by April 15, 1962, a request for AEC ap-proval of selected Consumers and General Electric Company (hereinafter called General Electric) personnel for examination for precritical operator licenses. Nine (9) Consumers employees have been selected, and are preparing themselves, for this exaLination. Approximately six (6) General Electric employees from their start-up organization are also being prepared for this examination pursuant to General Electric's contractual responsibilities to Consumers. Regardless of the specific personnel who aquire Atomic Energy Commission precritical operator licenses, General Electric will actively participate in the initial reactor start-up. They will also make available to Consumers Power Company qualified reactor start-up personnel at the site. The anticipated General Electric start-up organization including the qualifications of its two senior members is described in Enclosure III. 6. General Responsibilities The ultimate responsibility for the initial reactor start-up and the continuing safe operation of the Big Rock Point Nuclear Plant g rests with Consumers Power Company pursuant to the pending provi-sional operating license. The responsible representative at the Big Rock Point Nuclear Plant is the Plant Superintendent.

N - 2A - 3/23/62 6. General Responsibilities (Contd) In conformance with Consumers' standard operating policies, the operating organization and technical staff under the Plant Superintendent, operation of the facility, and modifications te the facility, vill be subject to review by persons independent of the plant operating organization. The Electric Production Supervisor is responsible to senior management for providing staff technical direction to the Plant Superintendent from the General Office level. His staff of Senior General Engineers vill independently review plant operating and maintenance procedures, prepared under the supervision of the Plant Superintendent, in order to determine their adequacy and to identify potential hazards, as is standard practice for all generating plants within Consumers. Senior General Engineers are individually qualified in a variety of engineering fields, including nu-clear te chnology, and collectively are experienced in those engineering disciplines essential to safe operation of electric generating plants. The Enclosure IV table entitled " Big Rock Point Nuclear Plant Training Program" outlines special training received by three of these Senior Gen-eral Engineers in anticipation of responsibilities to be assumed in con-nection with Consumers' operation of nuclear plants. Relative to the Big Rock Point Nuclear Plant, these responsibilities include frequent visits to the facility for purposes of careful technical study of equip-ment operation and maintenance. Senior General Engineers will review individual operator proficiency and adequacy of existing operating poli-cies and procedures with the Plant Superintendent, and will also review incidents, including those involving plant safety, with a view toward preventing their recurrence. The Director of Nuclear Activities is responsible for establishing and assuring maintenance of adequate safety of operation at the Big Rock Point Nuclear Plant. His office vill endeavor to instill in appropriate Con-sumers' personnel a high degree of awareness of the nuclear hazards in-volved in operation of the facility. His office vill in addition super-vise compliance with the requirements of the provisional operating license. A General Nuclear Engineer skilled in both nuclear technology and con-ventional plant operation is assigned to the office of the Director of Nuclear Activities. The qualifications of this engineer are described in Enclosure II. Censumers will continue its practice of engaging outside technical consultants, as appropriate, in connection with operation of the facility.

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j -7 Developmental Testing Program The Research and Development Program as described in the Hazards -{, . Summary Report (Section 10) does not present any unique safety. I: ' hazards. - This program vill consist of experiments including' per-formance testing while bringing the Big Rock Point zeactor to its Lultimate design rating. All core operating limitations will be met during the R&D Program activities. In view of the development program experiments and testing,.a i technical group to be known as the " Big Rock Point R&D Review Com- ~ ' mittee" will be available for advice and consultation to further assure' nuclear safety. This committee vill have at. least four members (at least 2 from each, Consumers and-General Electric) that collectively have experience in those disciplines significant to nuclear safety. Selection of committee medbers from Consumers vill not include _ plant personnel. Committee medbers from General Electric vill not include personnel directly involved with the conduct of this Research and Development Program. As appropriate, technical con. .sultants from outside Consumers and General Electric may participate in the activities of this committee. B. PERSONNEL ~ TRAINING PROGRAM - Consumers Power Company has pursued a vigorous training program designed specifically for the Big Rock Point Nuclear Plant personnel with the goal of: 1. Enabling Consumers Power Company's plant staff to assume responsi-bility for the operation of the plant. 1 2. Obtaining precritical AEC operator licenses (or supervisory operator licenses if appropriate) for the Plant Superintendent, Assistant j Plant Superintendent, -Reactor Engineer, one General Engineer and all Shift Supervisors. .3 Obtaining AEC operator licenses for the Unit Control Operators, Major

Equipment Operators and other appropriate personnel as soon as practi-

s cable after. initial plant start-up.

j 1 i _4. Providing additional depth to the operating organization by including Auxiliary Operators and Technicians in all applicable portions of the training program. 5 Properly training -all plant personnel in radiation protection, emer-4 3 gency procedures = and general plant operation as necessary to assure i a knowledgeable plant' organizsoion at all levels. 6. Providing technt al~ depth by including selected professional personnel outside the Big Rock Point organization in the training program. t,- 'Tj-At the present time, plant supervisory and technical personnel have suc-cessfully. completed nineteen (19) months' or training. Plant Operators d and. Technicians'have 'successfully completed seven (7) months of training. e

4-Based on the schedule of Septedber 1,1962, for initial fuel loa ing, a these personnel will receive another eight (8) months of intensive training prior to plant start-up, most of it at the plant site. The training thus far has included theoretical classroom instruction, work experience at operating reactors leading to AEC licensing, and [ preparation of system descriptions and operating procedures. Further training at the plant site will include acceptance testing of equipment, detailed study and check-out of all plant systems, and on-shift training at work stations. A schedule of the over-all training program is included as Enclosure IV. Brief descriptions of specific training courses are in-cluded in Enclosure II as part of individual qualifications. s A continuing training program is planned to insure that all personnel maintain necessary qualifications associated with their responsibilities. This program will also be tailored to fit the training needs of new personnel. l

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... ~ se .. ww .x ..y.. g.,,, I l l l CONSUMERS POWER COMPANY BIG ROCK POINT NUCLEAR PLANT ORGANIZATION PLANT SUPERINTENDEN?- 1 ASST PLANT SUPERINTENDENT I TECHNICAL l STAFF I I I I SHIFT MAINTENANCE GENERAL REACTOR RADIATION INSTRUMENT CHEMICAL PROTECTION & CONTROL SUPERVISORS ENGINEERS ENGINEFR ENGINEER ENGINEER ENGINEER C3 g CONTROL ME CH AN I C AL UNIT REP AI RMEN RADIATIO 1 INSTRUMENT LABORATORY JANITOR PROTECTION = OPERATORS 9 EL E C T R I C AL TEC}lNICI ANS TECHNICIANS TECHNICIANS O OPERATORS MAJOR EQUIP STOCKMAN = AUXtLLARY ADVANCED UN SK I L L ED CLEm OPERATORS WO RK ER 3:= r-

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s Plant Superintendent, L. M. Hausler Mr. Hausler was asragned as the Big Rock Point Generating Plant Superintendent in May of 1960. A that time, a program was enacted to supplement his education and experience to allow him to assume the responsibility at the plant site for the conduct of the reactor start-up program and supervision of Big Rock Point operation and maintenance. EDUCATION: University of Iowa, Iowa City, Iowa 9/40 - 1/h3, 6/46 - 8/47 Degree: BS Mechanical Ibgineering U.S.A.A.F. 2/43 - 11/43 Air Corps Cadet Training in Meteorology University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veek course established for Consumers Power Company covering the salient points of the Post-graduate Nuc ear Engineering course leading to om tE Degree. General Electric Company, San Jose, California 9/60 (3 weeks), Mechanics and Theory of Nuclear Instrumentation, including instrument calibration. General Electric Company, San Jose, California 10/60 (2 weeks), Radiation Protection; application of theory in dosage determination, personnel radiation control, 10 CFR 20 standards, site monitoring and decontamination, including VBWR and GETR "on the job" training. General Electric Company, Vallecitos, California 12/60 (2 weeks), Radiochemistry and Plant Chemistry; measurement and analysis, theory and laboratory work directed toward boiling water reactors. 1 Taft Sanitary Engineering Center, Cincinnati, Ohio 1/61 (2 weeks), Basics of Radiological Health. Subjects covered: major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; use, operation and evaluation of monitoring equipment. j General Electric Company, San Jose, California 2/61 - 3/61 (5 weeks), Big Rock Point Technology; complete review of Big Rock Point design, conducted by the design groups from General Electric (Supplier of Nuclear Steam Supply System) and i Bechtel Corporation (Engineer, Architect, Constructor for the Plant). i l

i L. M.-Hausler ~ EXPERIENCE: 11/43 '- 8/44 - Weather officer at-Pratt 'Arcy Air Base, Pra*.t,_ Kansas. ~ Responsible' for flight weather forecasts and weather _ b)iefing of B-29 group. 4 L 9A4 -~ 12/45 - Operations officer for the Air Transport Command at Algiers, Algerie, North Africa. Responsible for checking flight aircraft dept.rting from base tot all points in the Mediterranean Area. Respoasible for safety of all. planes, including direction reneue operretions while on duty. 9/47 - llA8 - Graduate Engineer in Training at the Allie-Chalmers Manufacturing Company in West Allis, Wisconsin. Scheduling Department: (2 months) Responsible for the preparation of flow sheets _ to schedule surface condensers and hydraulic turbines through the shop in the West _Allis works. Followed jobs thr"agh the shop and expedited work 4 as _ required. Pdmp Test Floor: (3 months) Placed on test stand, lined up driver, connected power and test instrumentation, and conducted performance tests on pumps of all types and sizes ranging from small process pumps to large - high-pressure, multistage boiler feed pumps.

Blower Test Floor:

(3 months) Assembled, set up and conducted performance tests on centrifugal blower and-vacuum pumps of all sizes. Powerhouse 1 West Allis Works: (6 months) Responsible for the computation and compiling of plant operating results. Designed and directed installation -of air seals on plant generators, over fire air jets on boiler, and smoke detection 4 equipment on stacks. Designed coal-handling system for plant. -11/48 - 6/50 - Junior Engineer, Consumers Power Company. Assigned to the B. C. Cobb Steam-Electric Plant. -( Assisted Plant' Results Supervisor and Mechanical Maintenance - '[ Supervisor. Conducted engineering studies concerning plant operation.

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~7/50-7/52-Field Electrical Supervisor, General Construction Department, Consumers Power Company. Supervised the. installation of piping ard mechanical equipment fortwo-100MWE,1500 psi,10000F/1000 F reheat, pulverized fuel, . ]; 1 ste:tm-alectric units at the J. R. Whiting Plant. 4 8/52-11/53-General Engineer assigned to the J. R. Whiting Plant, l Consumers Power C. ~pany. Responsible for numerous special ctudies concerning plant operation l-and maintenance. 1 4 [ __,,. ~. _ - -. _, _ _ _ _ _ _

t i L. M. Hausler h 12/53 - 5/60 - Assistant Generating Plant Superintendent, J. R. Whiting ~ Plant (325,000 KWE) Consumers PJwer Company. Assisted the plant superintende nt (and in his absence assumed full responsibility) in directing the work force of 100 to 125 men in all details of management, operation and maintenance of the conven-tional steam-electric plant. 5/60 - Present - Plant Superintendent, Big Rock Point Nuclear Plant. During this period, the following work experience was acquired at nuclear installations: University of Michigan, Ford Reactor - 7/60. Performed reactor loading and approach to criticality of an unknown configuration. Conducted experiments to determine excess reactivity end individual rod vorth. Yankee Atomic Electric Company - 4/61 - 8/61. (17 weeks) Passed YAEC examination on Yankee plant which permitted oIerational training. Conducted h5 hours of reactor control operation, including 73 reaccivity maneuvers daring plant physics testing at start-up rates of 0.0L d/m to 15 d/m through 3 - 6 decades. Mr. Hausler closely observed the Yankee operation and maintenance organization in reactor scheduling and the execution of day-to-uay events. He maintained close 'asociation with the plant superintendent and the technical staff, particularly the reacto engineer (fuel and control rod programming), healte and safety supervisor, chemical engineer and maintenance supervisor. Vallecitos Boiling Water Reactor - 8/61 - 10/61. Ten weeks operational training; 260 hours or olerating exIerience, including 75 hours of reactor control manipulation. Performed 9 reactor start-ups and 6 shutdowns. Rotated through all operator assignments during 14 scram recoveries. Received AEC Operator's License. Dresden Nuclear Power Station, Morris, Illinois - 11/61 - 1/62. 1 Twelve weeks operational training, includ _ng methodical study of plant systems with examinations administered by a General Electric training supervisor. Training is on shift, observing and assisting in all operating functions, including instrument checks, valve I checks, and other precritical tests. Actual operating experience through January 15, 1962 consisted of approximately 11 hours at the reactor controls and approximately 14 hours directing oIerations l in the capacity of a shift supervisor. During this period made 25 approaches to crit 1:al. All time on the controls was durind periods of reactivity adjustments for heating, cooling, physic testing, rod verification, etc. I t 1 I I

i L. M. Hausler 1+ - PREPAPATION FOR BIG ROCK POINT OPERATION: Mr. Hausler has, since his selection as Plant Superintendent, participated in preparation of the Big Rock Point Safeguards Report and the Operations Manual. Upon his arrival at the Big Rock Point site in February 1962, he shall supervise the final formation of the Operation: Manual, the facility training program for the operating and maintenance crew, and he shall be associated closely with the final stages of reactor construction and the equipment acceptance testing. I i i ? k t i

Assistant Plant Superintendent,'R. B. DeWitt Mr. DeWitt was assigned as Big Rock Point Assistant Plant Superintendent in J ne of 1960. At that time, a program was undertaken to supplement his educa-u tion and experience to allow him to ast.ume the responsibilities of this position during both starting and normal plant operation and maintenance. EDUCATION: Tri-State College, Angola, Indiana 9/46 - 3/49 Degree: BS Mechanical Engineering Westren Michigan University, Kalamazoo, Michigan Postgraduate Work Economics - 3 Credit Hours Advanced Strength of Materials - 3 Credit Hours Mana6ement Report Writing - 2 Credit Hours University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veck course established for Consumers Power Company covering the salient points of the Post-graduate Nucle c Engineering course leading to an MS Degree. Gcneral Electric Comp ay, San Jose, California 9/60 (3 weeks), Mechanics and Theory of Nuclear Instrumentation, including instrument calibration. Taft Sanitary Engineering Center, Cincinnati, Ohio 10/60 (2 weeks), Basics of Radiological Health. Subjects covered: major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; use, operation and evaluation of monitoring equipment. General Electric Company, San Jose, California 10/60 (2 weeks), Radiation Protection; application of theory in dosage determination, personnel radiation control,10 CFR 20 standards, site monitoring and decontamination, including VBWR and GETR "on the job" training. Taft Sanitary Engineering Center, Cincinnati, Ohio 11/60 (2 weeks), Pollutants in Water and Radionuclides in Water. Methods and techniques for the determination of radionuclides in the aquatic environment with major emphasis on radionuclides of primary health significance. Lectures, problem sessions and laboratory practice included. General Electric Company, San Jose, California 12/60 (2 weeks), Radiochemistry and Plant Chemistry; measurement and analysis, theory and laboratory work directed toward boiling water reactors. t 4

4 R. B. EsWitt Tracerlab, Inc., Richmond, California 1/61 (2 weeks), Radiochemistry; theory and application to actual laboratory work. Use and calibration of counting room equip-ment, counting room techniques. Taft Sanitary Engineering Center, Cincinnati, Ohio 2/61 (1 veek), Pollutants in Air; study of radioactive contamination of air environment with emphasis on air monitoring techniques, including meteorological aspects, sampling and analysis and i interpretation of data. General Electric Company, San Jose, California 2/61 - 3/61 (5 weeks), Big Rock Point Technology; complete review of Big Rock Point design, conducted by the design groups from General Electric (Supplier of Nuclear Steam Supply System) and Bechtel Corporation (Engineer, Architect, Constructor for the Plant). EXPERIENCE: 3/49 - 11/50 - Junior Engineer, Consumers Power Company. Assigned to the B. C. Cobb Steam-Electric Generating Plant (510 MWE). Assisted Plant Fesults Supervisor and Mechanical Maintenance Supervisor in all phases of their work. Conducted engineering studies concerning plant operation. 11/50 - 12/52 - Engineering Assistant, Consumers Power Company. Assigned to B. C. Cobb Plant assisting Electrical Maintenance Supervisor and Coal-Handling Supervisor. Assisted in supervising Coal-Handling group (up to 13 men) and assisted in supervising Electrical Maintenance group in the maintenance of plant control and electrical equipment. 1/53 - 10/53 - General Engineer, Consumers Power Company. Assigned to General Grfice of Company for tra n: 3 in functional areas or nuaget and Planning Section, Electrical Equipment Section and Electric Production Section. 10/53 - 1/60 - Plant Results Supervisor, Consumers Power Company. Assigned to B. E. Morrow Steam-Electric Generating Plant (186 MWE). Responsible for plant efficiency, instrument maintenance, combustion control equipment and, through the Laboratory Supervisor, the opera-I tion of the plant Chemical Laboratory. Superviced up to eight men. i 2/60 6/60 - Senior General Engineer, Consumers Power Company. 1 Assigned to Enrico Fermi Nuclear Power Plant. Assisted in checking l out and testing of plant equipment in preparati >n for plant start-up. 6/60 - Present - Assistant Plant Superintendent, Big Rock Point Nuclear Plant. During this period,the following work experience was acquired at nuclear installations: 4 i I

~_. 4_ 4 ~ ~ 'l ri' r- ' R/ B.r DeWitt - J I 1 UniversityofMichigan,-FordReactor-7/60... Performed reactor loading-and approach to criticality of an. unknown. ' j . configuration. Cord 9cted experiments to determine excess reactivity. and; individual rod vor?h. I Dresden Nuclear'Pover Station - 4/61 8/61. (16 weeks) Closely observed the -Dresden operation.and maintenance. organization in j +' reactor. scheduling and the execution of day-to-day events. ' Maintained - close association with the plant superintendent and the technical. staff, particularly in the areas of fuel and control rod programming, radiation safety supervision,~' plat.t chemistry control and maintenance supervision. i Studied plant design and operation in sufficient detail to qualify for li - written portion of the.iEC Operator's examination which he successfully passed ~. I-Vallecitos Boiling Waker Reactor - 10/61 - 12/61. Ten weeks. operationai training; 200 hours of operating experience, l including 54 hours of reactor control manipulation. Performed ~ i. 10 reactor-. start-ups. Received AEC Operator's License. 1 1 3 ) . PREPARATION FOR BIG ROCK POINT OPERATION: Mr. DeWitt, s'ince his selection as Assitant Plant Superintendent, participated in the preparation of the Big Rock Point Safeguards Report I. and the Operations Manual. He has also' participated in instructing the i Big Rock Point Technology course for the operators and technicians. Upon j his arrival at the Big.- Rock Point site in February 1962, he vill assist in the final formation of the Operating Manual, tne facility. training program for the operating and maintenance crew, and he vill be closely l associated with the final stages of construction and the equipment ' acceptance testing. b i i I i. q -l 1

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5 Shift Supervisor, V. A. Avery Mr. Avery was selected as a Big Rock Point Shift Supervisor in April of 1961. At that time, he entered into a training program to prepare himself for the responsibility of Shift Supervisor during the start-up of the Big Rock Point Re actor. EDUCATION: International Correspondence Schools Stationary Steam Engineering - Completed 11/59 U.S. Army Signal School (Correspondence Courses) Mathematics, Electrical A-C and D-C, Theory of Electron Tubes, AM Transmitters and Receivers, FM Transmitters and Receivers, Electronic Test Equipment. Power Reactor Development Corporation, Newport, Michigan 11/59 - 2/60 (12 weeks), Nuclear Physics, Radiological Health and Reactor Technology. Course given at the Enrico Fermi Plant and taught by PRDC Training Instructor. Mathematics Course, Consumers Power Company General Office, Jackson, Michigan. 5/61 (2 weeks), slide rule, logarithms, exponentials. Algebra and trigonometry review. Introduction to calculus synbols. Jackson Junior College, Jackson, Michigan 6/61 - 7/61 (8 weeks), basic reactor technology, applied reactor ph'ysics and health physics, use and interpretation of radiation measurement equipment, including foil irradiation, and use of actual monitoring equipment destined for Big Rock Point Plant. Big Rock Point Technology Course, conducted by Consumers Power Company at the General Office, Jackson, Michigan, 8/61 - 10/61 (8 weeks). Study of Big Rock Point design and operation; boiling water reactor technology as it applies to Big Rock Point; radiochemistry and boiling water reactor chemistry, i EXPERIENCE: 1/53 - Present (9 years) - Consumers Power Company 1/53 - 11/59 - B. C. Cobb Plant (510 MWE), Muskegon, Michigan Major Equipment Operator, Boiler Operator, Assistant Switchboard ( Operator, Pump Operator and Plant Utility Man. i l I l

V. A. Avery 11/59 - 5/61 (1-1/2 years) - On loan to Power Reactor Development Corporation, Newport, Michigan. Supervising Operator. Active in testing systems and equipment. Performed operating procedures on all reactor _ plant equipment available for operation. Conducted system training sessions for plant personnel at the Enrico Fermi Atomic Power Plant. Participated in preparation of operating in-structions and preoperation acceptance tests. Conducted operation on the Enrico Fermi simulator with 40 hours of reactor control operation. This operation consisted of reactor start-ups, shut-downs, reactivity manipulations and correction of simulated equip - ment malfunctions. 4/61 - 5/61, 10/61 - 12/61 - Vallecitos Boiling Water Reactor Fif teen weeks operational training. Rotated through all operator assignments with approximately 100 hours of reactor control manipulation. Performed 24 reactor start-ups. Holds AEC Operator's License for VBWB. 1/62 - 3/62 - Dresden Nuclear Power Station, Morris, Illinois Approximately 12 weeks operational training, will include methodical study of plant systems with examinations. Training to be on shift, observing and assisting in all operating functions, including in-strument checks, valve checks, and other precritic al tests. Training vill include reactor control time and supervisory time as available during reactor start-ups. PREPAPATION FOR BIG ROCK POINf OPERATICN: Upon his arrival at the Big Rock Point site in March of 1962, Mr. Avery shall participate in the final formation of the Operations Manual and in the facility training program, including methodic check-out of each reactor system. He shall receive lectures and examinations from the Radiation Protection Engineer, Instrument and Cv. trol Engiceer, Feactor Engineer (rod programming, core kinetics, routine calculatious) and the General Electric Start-Up Engineers (review of problems associated with reactor start-up). He shall follow the construction and testing program and will be in charge of an operating shift when operational shift test-ing corrences. i

- -.. - ~. _=- ~ i Shift ' Supervisor, R. W. Doan [ Mr. Doan was selected 'as a Big Rock Point Shift Supervisor in April of:1961. ~ y ~At that _ time,.he entered into a training program to prepare 'himself. for the responsibility lof Shift. Supervisor during the start-up of the Big Rock Point: Re actor. 7 i j _ EIXJCATION: fLI Bay' City ' Junior College, Bay City, Michigan 19/46'- 1/48 l1c . General College (1-1/2 years) Bay City Night School, Bay City, Michigan '6/47 (8 weeks) Amateur Radio: International Correspondence Schools 1/50 - 1/54 :(4 years) { Power Plant, Engineering Course (completed) t i Power Reactor Development Corporation, Newport, Michigan _11/59 - 2/60 (12 weeks) Nuclear Physics, Radiological Health and Reactor Technology. Course given at the Enrico Fermi Plant and taught by PRDC Training Supe rvisor. Mathematics Course, Consumers Power Company, General Office, Jackson,. Michigan, 5/61 (2 weeks). Slide rule, logarithms, exponential's. i Algebra and trigonometry review. Introduction to calculus symbols. Jackson Junior College.. Jackson, Michigan 6/61 - 7/61 (8 weens). Basic reactor technology, applied reactor i j physics and health physics, and use and interpretation of radiation ~ measurement equipment, including foil irradiation and use of. actual monitoring equipment destined for the Big Rock Point Plant. Taft Sanitary Engineering Center, Cincinnati, Ohio ,.g. 10/61 (2 weeks), Basics of Radiological Health. Subjects covered: major smarces of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; j use, operation and evaluation of monitoring equipment.

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- EXPERIENCE: s lj 8/48 - Present (13 years)' - Consumers' Power Company 1-1948 -.1952 (4 years) - J. C. Weadock Plant (614 MWE), Bay City, Michigan,

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R. U. Doan-, i 1953 - 1959 (6 years) - J. R. Whiting Plant (325 MWE), Erie, Michigan, Chief Boiler-Operator, Switchboard Operator, Turbine Operator. 11/59 - 5/61 (1-1/2 years) - On loan to Power Reactor Developnent Corp., Newport, Michigan. Supervising Operator. Active in testing systems and equipment. Perforned operating procedures on all reactor plant l equipment available for operation. Conducted system training ses-sions for plant personnel at the Enrico Fermi Atomic Power Plant. Participated in preparation of operating instructions and pre-operation acceptance tests. Conducted operation on the Enrico Fermi simulator with approximately 40 hours of reactor control operation. This operation consisted of reactor start-ups, shutdowns, reactivity manipulations and correction of simulated equipment malfunctions. Vallecitos Boiling Water Reactor - 4/61 - 5/61. 8/61 - 10/61. [15 weeks) Total of 350 hours study of reactor systems. 150 hours of actual reactor operat4.on, including 11 reactor start-ups and 70 hours of maneuvering reactor in power changes. Holds AEC Operator's License for VBWR. Dresden Nuclear Power Station, Morris, Illinois - 11/61 - 2/62. Twelve weeks operational training, including methodicai study of plant systems with examinations administered by a General Electric training supervisor. Training is on shift, observing and assisting in all operating functions, including instrument checks, valve checks, and other precritical tests. Actual operating exIerience throuEh January 1,1962 consisted of approximately 7 hours at the reactor controls and approximately 9 hours directing operations in the capacity of a shift supervisor. During this period made 4 approaches to critical. All time on the controls was during periods of reactivity adjustments for heating, cooling, physic testing, rod verification, etc. PREPARATION FOR BIG ROCK POINT OPERATION: Upon his arrival at the Big Rock Point site in February of 1962, Mr. Doan shall participate in the final formation of the Operations Manual and in the facility training program, including methodic check-out of each re-actor system. He shall receive lectures and examinations from the Radia-tion Protection Engineer, Instrument and Control Engineer, Reactor Engineer (rod programming, core kinetics, routine calculations) and the General i Electric Start-Up Engineers (review of problens associated with reactor I start -up). He shall follow the construction and testing program and be in charge of an operating shift when operational shift testing commences. I l

i l Shift Supervisor, A. C. Sevener Mr. Sevener was selected as a Big Rock Point Shift Supervisor in April of 1961. At that time, he entered into a training program to prepare himself for the responsibility of Shift Superviser during the start-up of the Big Rock Point Reactor. EDUCATION: Bay City Businesa School 1942 - 1943 (6 months) Night School i U.S. Arm:r Air Force Training Schools 1943, Radio Mechanic Training School, course completed. Control Net System Operator Training School, course completed. Bay City Junior College 1947 - 1949 Graduated - Associate of Science (Preengineering) National Radio Institute (Correspondence School) 1950 - 1952 Radio and TV Servicing University of Michigan - Extension Courses 1949 - 1950 Coibustion #1 and Ceibustion #2 Feed-Water Treatment University of Toledo (Hight School) 1954 - 1961 Analytical Geometry, Integral and Differential Calculus, A-C and D-C Engine,ering Circuits, Differential Equations, Political Science. Power Reactor Development Corporation, Newport, Michigan 11/59 - 2/60 (12 weeks), Nuclear Physics, Radiological Health, and Reactor Technology. Course given at the Enrico Fermi Plant, and taught by PRDC Training Supervisor. Mathematics Course, Consumers Power Company, General Office, Jackson, Michigan, 5/61 (2 weeks), slide rule, logarithms, exponentials. f Algebra and trigonometry review. Introduction to calculus syibols. Jackson Junior College, Jackson, Michigan 6/61 - 7/61 (8 weeks), basic reactor technology, applied reactor i physics and health physics, use and interpretation of radiation mearurement equipment, including foil irradiation and use of actual 8 monitoring equipment destined for the Big Rock Point Plant. Big Rock Point Technology Course, conducted by Consumers Power Company at the General Office, Jackson, Michigan. 8/61 - 10/61 (8 weeks), study of Big Rock Point design and operation; boiling water reactor technology as it applies to Big Rock Point; radiochemistry and boiling water reactor chemistry. 9

I i A. C. Sevener _ f-EXPERIENCE: 6/41 - ?/43 - Bay Manufacturing Company, Bay City, Michigan Cost Accountant g 2/43 - 1/46 - U.S. Air Force Radio Mechanic. Supervised 3 men. i 10/49 - Present (12 years) - Consumers Power Company 10/49 - 6/52 - J. C. Wendock Plant (614 MWE), Assistant Switchboard Operator, Pump Operator, Ash Equipment and Mill Operator, Yard and Plant Helper. 6/52 - 6/59 - J. B. Whiting Plant (325 MWE), Turbine Operator, Boiler Operator. 6/59 - 11/59 - D. E. Karn Plant (530 MWE), Unit Control Operator. Assisted in start-up and operated controls for 265 MWE unit. 11/59 - 5/61 - On loan to Power Reactor Development Corporation, Newport, Michigan, SuIervicing Operator. Active in testing systems and equipment. Performed orerating procedures on all reactor plant equipment available for operation. Conducted system training sessions for plant personnel at the Enrico Fermi Atomic Power Plant. Participated in preparation of operating instructions and preoperation acceptance tests. Conducted operation on the Enrico Fermi simulator with approxi-mately 40 hours of reactor control operation. This operation consisted of reactor start-ups, shutdowns, reactivity manipula-tions, and correction of simulated equipment malfunctions. 4/61 - 5/61, 10/61 - 12/61 - Vallecitos Boiling Water Reactor Fifteen weeks olerational training. Approximately 170 hours of 4 actual reactor operation, including 13 reactor start-ups. Ro-tated through all operator assignments. (Holds AEC Operator's License for VBWR.) 1/62 - 3/62 - Dresden nuclear Power Station, Morris, Illinois Approximately 12 weeks operational training, will include methodical study of plant systens with examinations. Training to be on shift, observing and assisting in all operating functions, including in-strument checks, valve checks, and other precritical tests. Training { will include reactor control time and suIervisory time as available j during reactor start-ups. t f l

i A. C. Sevener PREPARATION FOR BIG ROCK POINT OPERATION: Upon his arrival at the Big Rock Point site in March or 1962, Mr. sevener shall participate in the final formation of the Operations Manual and in the facility training program, including methodic check-out of each reactor system. He shall receive lectures and examinations from the Radiation Protection Engineer, Instrument and Control Engineer, Reactor Engineer (rod progra:::ning, core kinetics, routine calculations) cnd the General Electric Start-Up Engineers (review of prcblems associated with reactorstart-up). He shall follow the construction ar.'. testing progra and be in charge of an operating shift when operational shift testing commences. f i 4 9 e

+ Shift Supervisor, F. J. Valade Mr. Valade was selected as a Big Rock Point Shift Supervisor in April 1961. At that time, he entered into a training program to prepare himself for the responsibility of Shift Supervisor during the start-up of the Big Rock Point Reactor. 4 EDUCATION: General Motors Institute of Technology, Flint, Michigan 1939 - 1941 Cooperative Mechanical Engineering Course U.S. Army Air Force 1942 Aircraft Welding School, Theory and Practice U.S. Army Air Force, Gulfport, Mississippi 1943 Aircraft Maintenance and Mechanics School, Theory and Practice Curtiss Aircraft Specialist School, Buffalo, New York 1944 Theory and Practice Power Peactor Development Corporation, Newport, Michigan 11/59 - 2/60 (12 weeks), Nuclear Physics, Health Physics, and Reactor Technology. Course given at Enrico Fermi Plant by PRDC Training Supervisor. Mathematics Course, Consumers Power Company, General Office, Jackson, Michigan. 5/61 (2 weeks), slide rule, logarithms, ex-ponentials. Algebra and trigonometry review. Intrcduction to calculus symbols. Jackson Junior College, Jackson, Michigan. 6/61 - 7/61 (8 weeks). Basic reactor technology, applied reactor physics and health physics, use and interpretation of radiation measuring equipment including foil irradiation and use of actual monitoring equipment destined for the Big Rock Point Plant. Taft Sanitary Engineering Center, Cincinnati, Ohio r l 10/61 (2 weeks), Basics of Radiological Health. Subjects covered: major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; i use, operation and evaluation of monitoring equipment. I ? I i l 9 l t

' F. J. Valade t EXPERIENCE: U.S. Army Air Force Air Transport Command Crew Chief of a C 46 Aircraft. Responsible for all aircraft maintenance on engines and fuselage. Supervised up to 5 mechanics. j 12/h4 - Present (12 years) - Consumers Power Company 12/49-11/59-J. C. Weadock Plant (61h MWE), Bay City, Michigan. Boiler Operator, Assistant Switchboard Operator, Pump Operator, i Yard and Turbine Room Helper. t 11/59 - 5/61 - On loan to Power Reactor Development Corporation, Newport, Michigan, Supervising Operator. Active in testing systems and equip-ment. Performed operating procedures on all reactor plant equipment available for operation. Conducted system training sessions for plant personnel at the Enrico Fermi Atomic Power Plant. Participated in preparation of operating instructions and preoIeration acceptance tests. Conducted operation on the Enrico Fermi simulator with ap-proximate 1r 40 hours of reactor control operation. This operation consisted oi reactor start-ups, shutdowns, reactivity manipulations, and correction of simulated equipment malfunctions. h/61 - 5/61, 8/61 - 10/61,11/61 - 12/61 (19 weeks), vallecitos Boiling Water Reactor, Operational Training, 285 hours of actual reactor operation, including 18 reactor start-ups. Rotated through all oIerator assignments. (Holds AEC Operator's License for VBWB.) 1/62 - 3/62 - Dresden Nuclear Power Station, Morris, Illinois Approximately 12 weeks operational training, vill include methodical study of plant systems with examinations. Training to be on shif t, observing and assisting in all operating functions, including in-j strument checks, valve checks, and other precritical tests. Training vill include reactor control time and supervisory time as available during reactor start-ups. PREPAFATION FOR BIG ROCK POIDT OPERATION: j Upon his arrival at the Big Rock Point site in March of 1962, Mr. valade vill participate in the final formation of the Operations Manual and in the facility + raining program, including methodic check-out of each j reactor system. He shall receive lectures and examinations from the Radiation Protection Engineer, Instrument and Control Engineer, Reactor Engineer (rod programming, core kinetics, routine calculations) and the l General Electric Start-Up Engineers (review of problems associated with reactor start-up). He shall follow the construction and testing program 8 and shall be in charge of an operating shift when operational shift test-ing commences. f

Maintenance Supervisor, f A. McVay Mr. McVay was assigned as the Big Rock Point Maintenance Supervisor in June 1961. At that time, a program was enacted to supplement his experience and provide him with the necessary nuclear background in order that he would be able to assume the responsibilities of this position. Pecognizing his strong maintenance experience in a non-nuclear environment, his program has concentrated on providing experience in performance of maintenance on contaminated equipment and supervising personnel working in areas requiring radiation protection. During his twenty-five years with Consumers Power Company he has had extensive exIerience as a steam plant operator, elcetrical repairman, mechanical repair-man and machinist. Prior to accepting the position at the Big Rock Point Plant, he served as Assistant Mechanical Maintenance Supervisor at the B. C. Cobb Steam Generating Plant (510 MWE) for approximately one year. Since his selection as Maintenance Surervisor at Big Rock Point Plant, Mr. McVay has participated in the following nuclear training: Mathematics Course, Consumers Power Company, General Office, Jackson, Michigan,S/61(2 weeks). Slide rule, logarithms, exponentials. Algebra and trigonometry review. Introduction to calculus symbols. Jackson Junior College, Jackson, Michigan, 6/61 - 7/61 (8 weeks). Basic reactor technology, applied reactor physics and health physics, use and interpretation of radiation weasurement equilnent, including foil irradiation and use of actual monitoring equipment destined for the Big Rock Point Plant. Big Rock Point Technology Course, conducted by Consumers Power Company at the General Office, Jackson, Michigan, (8 weeks). Study of Big Rock Point design and operation; boiling water reactor technology as it applies to Big Rock Point; radiochemistry and boiling water reactor chemistry. National Reactor Testing Station, Idaho Falls, Idaho (HTR-MTR),12/61 - 5/62 (Approximately 6 months). Work experience in all phases or maintenance on reactor components and auxiliaries, with emphauis on the techniques and problems associated with the maintenance of con-taminated equipment. Mr. McVay, upor his arrival at the plant site, vill participate in the acceptance testing program and will be responsible for setting up the preventive mainten-ance program for the plant. i I 4

Reactor Engineer, T. G. Bassett Mr. Bassett joined the Company in September 1960 and was assigned as Reactor Engineer at the Big Rock Point Plant. At that time a program was enacted to supplement his education and experience relative to boiling water reactors to allow him to assume the responsibilities of reactor engineer during the reactor 1 start-up program. EDUCATION: University of Michigan, Ann Arbor, Michigan 1947 - 1951 Degree: BS Mechanical Engineering University of Michigan, Ann Arbor, Michigan 1955 - 1957 Degree: MS Nuclear Engineering General Electric Company, San Jose, California 9/60 - 11/60 (12 weeks), work with GE physics design group on design of Big Rock Point core. General Electric Company, San Jose, California 2/61 - 3/61 (5 weeks), Big Rock Point Technology; complete review of Big Rock Point design, conducted by the design groups from General Electric (Supplier of Nuclear Steam Supply System) and Bechtel Corporation (Engineer, Architect, Constructor for the Plant). EXPERIENCE: 19h9 - 1950 - The Detroit Edison Company, Detroit, Michigan. Part time. Junior Engineer, Delray Power Plant, performance testing and data reduction on main power plant components. 1951 - 1955 - Convair Division General Dynamics Corporation, Fort Worth, Texas. Aerodynamics Engineer, responsible for performance prediction and flight test data reduction. Supervised up to 13 graduate engineers. 1955 - 1957 - University of Michigan (Michigan Research Institute), Ann Arbor, Michigan. Research Assistant, coauthor (with H. J. Goiberg and C. Velez) of major report dealing with the potential hazards of i a large fission product release from Enrico Fermi Plant. Supervised the work of four Masters and Doctoral candidates. l 1956 - 1957 - University of Michigan, Michigan Memorial Phoenix Laboratory (Ford Reactor), Ann Arbor, Michigan. Staff member, responsible for FHSR on Ford Reactor, particularly initial start-up, normal and j emergency procedures. Participated in construction, initial start-up, early calibrations and operations of the reactor. i

~- L i TP. G. Bassett' .2 - i.- 2 '1957 - 1960 - Power Reactor Developdent Company, Detroit, Michigan. Project Engineer, responsible for vriting, collecting and editing material for presentation in official hearings and FHSR for Enrico EFermi Nuclear Power Plant. -Coordinated certain design and con ' struction efforts with APDA, and research, development and con-sulting contracts with Battelle Memorial Institute, Armour Research ~ Foundation and others.. 1960 - University of Missouri, Columbia, Missouri.. Consultant on-a-design problem associated with.the University of Missouri Research ~ Reactor project. 9/60 - Present ~ - Reactor Engineer, Big Rock Point Nuclear Plant. During this period, the following work experience was acquired at nuclear installations: Yankee Atomic Electric Company - 4/61 - 8/61. (17 weeks) Passed 196C examination on Yankee plant which permitted operational training.. Conducted h0' hours of reactor control operation, in-cluding.58. reactivity maneuvers during plant physics, testing at 1 start-up rates of 0.05 d/m to 15 d/m through 3 - 6 decades of power. Mr. Bassett closely observed the. Yankee organization in i Treactor scheduling-and day-to-day operation, and tairitained close contact with the ' nuclear engineer. Vallecitos Boiling Water Reactor - 8/61 - 10/61. Ten weeks-operational training; 200 hours or operating experience,. including 150. hours-operating the controls in a variety of power maneuvers, including 10 start-ups and 5 shutdowns. Rotated through all operator assignments during a number of teram recoveries. Received AEC. Operator's License. Dresden Nuclear Power Station, Morris, Illinois - 11/61 - 1/62. Twelve weeks operational training, including methodical study of s l' plant systems with examinations administered by a General Electric training supervisor. -Training is on shift, observing and assisting in all operating functions; including instrument checks, valve checks, and other precritical tests. Actual operating experience, through January 1, 1962' consisted of approximately 10 hours at the reactor controls and approximately 6 hours directing operations 4 in the capacity of a shift supervisor. During this period made 2 approaches to critical; also estimated rod patterns for start-ups. All time on the controls was during perieds of reactivity adjust-ments for heating, cooling, physic testing, rod verification, etc. .1 - 1 PREPARATION FOR BIG ROCK. POINT OPERATION: l Mr. Bassett has, since his selection as Reactor Engineer, participated in 'the preparation of. the Big Rock Point Safeguards Report. Upon his arrival at the Big Rock Point site in February 1962, he vill assist in final formation of the Operations Manual, and vill supervise the final formation of the initial start-up test program. He vill be closely as-sociated with the final stages of reactor construction and the equipment acceptance testing. V l

s Chemical Engineer, C. J. Hartman, Jr. Mr. Hartman was assigned as Chemical Engineer at the Big Rock Point Plant in June 1960. At that time, a program was undertaken to supplement his education and experience in the fields of nuclear technology, radiochemistry and nuclear plant chemistry. EDUCATION: i Jackson Junior College, Jackson, Michigan 1942 - 1943 University of Michigan, Ann Arbor, Michigan 1943 - 1945 Degree: BS Chemical Engineering Cornell University, Ithaca, New York 9/45 - 11/45 U.S. Navy Midshipman's School University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veek course established for Consumers Power Company covering the salient points of the Post-graduate Nuclear Engineering course leading toan MS Degree. Taft Sanitary Engineering Center, Cincinnati, Ohio 9/60 (2 weeks), Basics of Radiological Health. Subjects covered: major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; use, operation and evaluation of monitoring equipment. General Electric Company, San Jose, California 10/60 (2 weeks), Radiation Protection; application of theory in dosage determination, personnel radiation control,10 CFR 20 standards, site monitoring and decontamination, including VBWR and GETR "on the job" training. General Electric. Company, Vallecitos, Cal'.fornia l 12/60(2 weeks): Radiochemistry and Plant Chemistry, measurement and analysit theory and laboratory work directed toward boiling water reactors. I Tracerlab, Inc., Richmond, California 12/61 (2 weeks), Radiochemistry; theory and application to actual 1aboratory work. Use and calibration of counting room equip-l ment and counting room techniques. ] Taft Sanitary Engineering Center l 2/61 (2 weeks), Pollutants in Weter; methods and techniques for determination of radionuclides in the aquatic environment. Lectures, problem sessions and laboratory practice. I l

/ C. J. Hartman, Jr. ' General Electric Company, San Jose, California 2/61 - 3/61 (5 weeks), Big Rock Point Technology; complete review of Big Rock Point design, conducted by the design groups from General Electric (Supplier of Nuclear Steam Supply System) and Bechtel Corporation (Engineer, Architect, Constructor for the Plant). EXPERIENCE: 9/L6 - 11/50 - Plant Laboratory Technician, J. C. Weadock Steam Generating Plant (614 MWE). Assisted in chemical analysis and control, instrument calibration and repair, and plant efficiency analysis. 5/53 - 7/54 - General Engineer assigned to General Office, Electric Production Section. Followed details of functional direction of mechanical equipment operation and maintenance in steam generating plants. 7/54 - 1/60 - Plant Laboratory Supervisor assigned to J. C. Weadock Steam Generating Plant (614 MWE). Responsible for plant chemistry analysis, water treatment and demineralizer operation. Supervised 6 to 12 men. 1/60 - 6/60 - General Engineer, atsigned to the D. E. Karn Steam Generating Plant (530 MWE). Followed testing of new equipment, development of operating procedures and engineering aspects of plant start-up. 6/60 - Present - Chemical Engineer, assigned to the Big Rock Point Plant. During this period, the following experience was acquired at nuclear installations: Vallecitos Boiling Water Beactor - 4/61 - 5/61. Five weeks operational training. Fotated through all operator assignments. Operated the reactor controls during physics testing, maneuvering and a number of start-ups, shutdowns and scram re-coveries. Vallecitos Atomic Laboratory - 6/61 - 9/61. (12 weeko) Assigned to the Radiochemistry section or V.A.L. Participated in all phases of analysis and control associated with a boiling water reactor, including vaste disposal techniques. Dresden Nuclear Power Station - 11/61 12/61. (2 weeks) Followed the Dresden reactor through start-up, full power and on j to equilibrium conditions, observing vaste disposal problems, water conditions, laboratory techniques and organization. 1 I

C. J. Hartman, Jr. PREPARATION FOR BIG ROCK POINT OPERATION: Mr. Hartman upon his arrival at the plant site vill assist in the final fomation of the Operations Manual primarily in the waste disposal area. He vill be closely associated with the final stace of construction and the equipment acceptance testing. He will also continue the training of the Laboratory technicians and operators in his scope of work. I e J t i i (

Instrument and Control Engineer, D. E. DeMoor Mr. DeMoor was assigned as Instrument and Control Engineer at the Big Rock Point Plant in June 1960. At that time, a program was undertaken to supplement his electronic education and experience and give him sufficient nuclear schooling and experience to allow him to assume responsibility for the calibration and maintenance of all plant instruments and controls. EDUCATION: University of Michigan, Ann Arbor, Michigan 9/48 - 1/51 Electrical Engineering Curriculum Tri-State College, Angola, Indiana 9/55 - 8/56 Degree: BS Electrical Engineering U.S. Air Force 1/51 - 1/52 Basic schooling in electronics fundamentals and radar maintenance. University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veek course established for Consumers Power Company covering the salient points of the Postgraduate Nuclear Engineering course leading to an L3 degree. General Electric Company, San Jose, California 9/60 (3 weeks), Mechanics and Theory of Nuclear Instrumentation, including instrument calibration. Westinghouse Electric Company, Pittsburgh, Pennsylvania 10/60 (2 weeks), Westinghouse Nuclear Seminar. Taft Sanitary Engineering Center, Cincinnati, Ohio 1/61 (2 veeks), Basics of Radiological Health. Subjects covered: major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiation protection; l use, operation and evaluation of monitoring equipment. General Electric Conpany, San Jose, California 2/61 - 3/61 (5 weeks), Big Rock Point Technology; complete review i of Big Rock Point design, conducted by the design groups from General Electric (Supplier of Nuclear Steam Supply System) and l Bechtel Corporation (Engineer, Architect, Constructor for the Plant). I EXPERIENCE: j 1/52 - 7/52 - U.S. Air Force, instracting in electronics and radar maintenance. + j D. E. DeMoor 7/52 - 1/55 - U.S. Air Force, practica. experience in maintenance and repair of electronic equipment on USAi radar units. 4/56 - 7/56 - Sperry Gyroscope, Engineering Aide, worked in design data analysis group associated with missile work. 8/56-12/57-Graduate Student-In-Training, Consumers Power Company, observation of all departments of the Company. Final 6 months spent in Electric Laboratory. 12/57 - 10/59 - Field Tester, work in Field Laboratory crew testing pro-tective relaying, reclosure relaying, voltage regulators, current and potential transformers and associated circuitry. 10/59 6/60 - Assistant Engineer, System Planning Section of General Work included planning, type, size, number Engineering Department. of relays and scheme of relaying for all types of electrical sub-stations. 6/60 - Present - Instrument and Control Engineer, Big Rock Point Plant. During this period, the following experience was obtained on nuclear installations: Vallecitos Boiling Water Reactor - 4/61 - 5/61. Five weeks operational tre.ining. Rotated through all operator assignme nts. OIerated the reactor controls during physics testing, maneuvering and a number of start-ups, shutdowns and scram re-coveri es. General Electric Company, San Jose, California - 7/61 - 11/61. (lo weeks) Assigned to the Quality Control Department, Nuclear Electronic Products Section. Performed troubleshooting, calibration, performance tests, etc, on all nuclear instrumentation associated with the Big Pock Point Plant. Assisted in the shop check-out of the previred instrument and control panels prior to their shipment to the riant site. PREPARATION FOR BIG ROCK POINT OPERATION: Mr. DeMoor is presently at the plant site following the installation He vill be intimately involved in the check-out and of equipment. acceptance testing of all instruments and control equipment. I i i t i

Radiation Protection Engineer, E. L. Murri Mr. Murri joined Consumers Power Company in January 1961 and was assigned ac Radiation Protection Engineer at the Big Rock Point Nuclear Plant. At that time, a program was enacted to supplement his education in Boiling Water Reactor Technology and provide him with additional responsible work experience in the field of Radiation Protection. EDUCATION: Idaho State College, Pocatello, Idaho 9/55 - 6/59 Degree: BS Physics (Emphasis, Nuclear Physics) Vanderbilt University, Nashville, Tennessee 6/59 - 6/60 Degree: b5 Physics San Jose, California General Electric Companyh 2/61 - 3/61 (5 weeks Big Rock Point Technology; Study of Big Rock Point design, con-ducted by GE and Bechtel design groups, covering all phases of design and proposed operation. EXPERIENCE: 9/57 - 6/59 - Idaho State College, Pocatello, Idaho, Assistant Instructor, Physics. The following experience was acquired at nuclear installations: General Electric Company, ANP, National Peactor Testing Station ( NRTS ) - 1956 - 1959. Summer work, Health Physics Trainee. Work ir.cluded routine radiation surveying and decontamination, shielding calculations. Oak Ridge Institute of Nuclear Studies, Oak Ridge, Tennessee 9/59 - 9/o0. Fellowship in Radiological Physics. Academic work at Vanderbilt University and "on the job" training at NRTS, Idaho Falls. Experience in all phases Radiological Health Physics. NRTS, Idaho Falls, Idaho - Jea:uary h,1961 - February 1,1961. Recovery of equipment and bodies, decontamination and cleanup at SL-1 reactor site. Was directly involved in all phases of l the oIeration for the above period of time. h/61 - Present - Radiation Protection Engineer, assigned to Big Fock ) Point Plant. I

L' t E. L. Murri I Vallecitos Boiling Water Feactor h/61 - 5/61. Five weeks operational training. Rotated through all operator assignments. Operated the reactor controls during physics testin6, maneuvering and a number of start-ups, shutdowns and scram re-coveries. Shippingport Atomic Power Plant - 6/61 - 11/61. (23 weeks) Assigned to Health Physics staff for work experience. In charge of health physics for the refueling operation. Yankee Atomic Electric Company - 12/61. (2 weeks) Work experience; study of organization and operating methods of Yankee Health Physics organization. Dresden Iluelear 1 over Station - 1/62. (2 weeks) Work experience; study of organization and operating methods of Dresden Health Physics organization. PREPARATI0!! FOR BIG FOCK POINT OPERATIO11: Mr. Murri has, since his selection as Radiation Protection Engineer, participated in the preparation of the Big Rock Point Safeguards Ec.lort and the Operations Manual. He has supervised the preparation of the Site Emergency Plan. Upon crrival at the plant site, he vill provide radiation protection training for all plant personnel to the extent required by their respective jobs. 1 i 1 1 i l l t !i t t I I i

i General Engineer, R. R. Biggs Mr. Biggs was assigned as a General Engineer, Big Rock Point Technical Staff in June 1960. At that time, a program was enacted to give him education and experience in Boiling Water Technclogy, such that he would be valuable as-sistance and backup to the rest of the operating and technical staffs. EDUCATION: " G. Merchant Marine Academy 3/49 - 3/53 Degree: BS Steam, Electric and Diesel Engineering U.S. Navy Damage Control School University of Michigan, Ann Arbor, Michigac Postgraduate, Calculus and Basic Metallur67 University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veek course established for Consumers Power Company covering the salient points of the Post-graduate Nuclear Eng'.neering course leading to an MS regree. Taft Sanitary Engineering Ce.nter, Cincinnati, Ohio 9/60 (2 weeks), Basics of Radiological Health. Subjects covered: Major sources of radiation exposure, modes of radiation injury, basic units and terminology, standards for radiEtion protection; use, operation and evaluatior of monitoring equ'.pment. General Flectric Company, San Jose, California ll SO (2 weeks), Radiation Protection; application of theory in / dosage determination, personnel radiation control,10 CFR 20 standards; site monitoring and decontamination, ineJ uding VBWR and GETR "on the job" training. General Electric Company, Vallecitos, California 12/60 (2 weeks), Radiochemistry and Plant Chemistry; measurement and analysis, theory and laboratory work directed toward boiling water reactors. Taft Sanitary Engineering Center, Cincinnati, Ohit j 2/61 (1 week), Pollutants in Air; study of radivaa:ive contamina-tion of air environment with emphasis on air monitoring techniques, including meteorological aspects, sampling and j analysis, and interpretation of data. 2/61 (1 week), Pollutants in Water; methods and techniques for the determination of radionuclides in the equatic environment, j Lectures, problem sessions and laboratory practice. i

R. R. Biggs General Electric Companyh, San Jose, Jalifornia 2/61 - 3/61 (5 weeks Big Rock Foint Technolegy; complete review of Big Rock Point design, conducted by the design groups from General Electric (Suppliar of Nuclear Steam Supply System) and Pechtel Corporation (Engineer, Architect, Constructor for the Plant). EXPERIENCE: 5/53 - 4/55 - U.S. Navy, Machinery Officer assigned to refrigerated cargo ship. Responsible for all electrical and auxiliary equip-ment including cargo refrigeration plant, 11/55 - 4/57 - Junior Engineer, Consumers Power Company. Assigned to Electric Production Section, following details of functional direction of mechanical equipment in steem generating plants. 4/57 - 8/58 - Engineering Assistant, Consumers Power Company. Assigned to J. R. Whiting Steam Generating Plant (325 MWE). Assisted Plant Labora;ory Supervisor, Plant Results Supervisor, Mechanical Maintenance Supervisor and Puel Handling Supervisor in all phases of their work. Supervised up to 10 men. 8/58 - 6/60 - General Engineer, Consumers Power Company. On loan to APDA on Fermi Project: Part of the test group responsible for designing and testing a variety of mechanical components and nuclear plant control equipment for the Enrico Fermi Plant. 6/60 - Present - General Engineer, Big Rock Point Plant. During this period, the following work exIerience was acquired at nuclear installations: University of Michigan, Ford Reactor - 7/60. Performed reactor loading and approach to criticality of an unknown configuration. Conducted experiments to determine excess reactivity and individual rod worth. Argonne National Laboratory - 4/61_- 8/61. (17 weeks) Werk exIerience training on CP-5 and EEWR. At CP-5, rotated through all operator assignments, including insertion and withdrawal af ex-periments from reactor. Performed approximately 40 hours of reactor control manipulation, including 5 reactor start-ups. At EEWR, as-signed as an observer. Studied all phases of plant design and operation, including time on the EBWR simulator. Dresden Nuclear Power Station, Morris, Illinois - 11/61 - 1/62. Twelve weeks operational training, including methodical study of plant systems with examinations administered by a General Electric training supervisor. Training is on shift, observing and assisting l in all operating functions; including instrument checks, valve checks, and other precritical tests. Actual operating experience through January 1, 1962 consisted of approximately 7 hours at the reactor controls and approximately 3 hours directing operations i I

*L

R. R. Biggs- '

in the capacity of a shift ' supervisor.. During this period made 4 i approaches to critical. All time on the controls va; during periods of reactivity ad,justments for heating, cooling, physic testing, rod verification,.etc. . Vallecitos Boiling Water Reactor - 2/62 '- 4/62.

Will participate in a 10-week operational training course early in 1962. - The purpose of this training vill be to obtain experience in all phases of VBWR operations.and take the AEC License Examina-tion.

1 i PREPARATi9N FOR BIG ROCK POI?Tf OPERATION: Mr. Biggs, since his selection as General Engineer, has participated in the preparation of the Operations Manual and has assisted in the teaching of the Big Rock Technology course given to the operators and technicians. Upon his arrival at the plant site in April 1962, he vill assist.in the final formation of the Operating Manual, and be closely associated with the final stages of construction and the equip-ment acceptance testing. 1 I i 1 .g. > #j i e i I .n +,...

General Engineer, K. A. Swarts Mr. Svarts was assigned as a General Engineer, Big Rock Point Technical Staff in June 1960. At that time, a program was enacted to give him education and experience in Boiling Water Technology such that he vould be valuable as-sistance and backup to the rest of the operating and technical staffs. EDUCATION: University of Michigan, Ann Arbor, Michigan 9/51 - 2/56 Degree: BS Mechanical Engineering U.S. Navy, Newport, Rhode Island h/56 - 8/56 U.S. Navy Officer Candidate School Armed Forces Special Weapons Project School, Albuquerque, New Mexico 8/56 - 2/57 Basic nuclear physics and radiation protection, classified nuclear j and electrical aspects of special weapons. University of Michigan, Ann Arbor, Michigan 6/60 - 8/60 Postgraduate level 10-veek course established for Consumers Power Company covering the salient points of the Postgraduate P2 clear Engineering Course leading to an 13 Iegree. General Electric Company, San Jose, California 9/60 (3 weeks), Mechanics and Theory < f Nuclear Instrumentation, including instrument calibration. General Electric Company, San Jose, California 2/61 - 3/61 (5 weeks), Big Bock Point Technology; complete review of Big Rock Point design, conducted by the det?gn groups from General Electric (Supplier of Na:1 car Steam Supply System) and Bechtel Corporation (Engineer, Architect, Constructor for the Plant). EXPERIENCE: I, 3/57 - 6/58 - U.S. Navy, special weapons officer aboard aircraft carrier, Atlantic Fleet. Responsible for nuclear work and radiation protection for special vespons division. Accountability officer for special weapons materials. 6/58 - 8/59 - U.S. Navy, Office of Naval Intelligence. Analyst in scientific section. i

f._.._ K.L A.. Svarts, l [- 8/59.- 6/60 - Graduate Student-In-Training, Consumers Power Company. Assigned to various departments.to gain an over-all understanding f lL of Company operations. The last six months were spent at _the D. E. Karn Steam Generating Plant (530 MWE). 6/60 Present - General Engineer, Big Rock Point Plant. During this L i period,.the following work experience was acquired at nuclear I . installations: l University of Michigan, Ford Reactor - 7/60. Performed reactor loading and approach to ciiticality of an un- 'known configuration. Conducted experiments to determine excess. 1 reactivity and. individual rod worth. Argonne National Laboratory h/61 - 8/61. (17 weeks) 5 Work experience training on CP-5 and EBWR. At CP-5 rotated through all operator assignments, including insertion and with-drawal of experiments from reactor. ' Performed approximately 50 ^ hours of reactor control _ manipulation, including 5 ree-tor start-ups. At EBWR, assigned as an observer. Studied all phuses of plant design and operation, including time on the EBWR si.nulator. Vallecitos Boiling Water Reactor - 2/62 h/62. - Will participate in a 10-week operational training course early in 1962. The purpose of this training vill be to obtain experience in all phases of VBWR operations and take the AEC License Examina-tion. PREPARATION.FOR BIG ROCK POINT OPERATION: l 1 .Mr. Svarts, since his selection as General Engineer, has participated in the preparation of the Operations Manual and has assisted in the i teaching of the Big Rock Technology course given for the operators and tee.inicians..Upon his arrival at the plant site in February 1962, he j will assist in the final formation of the Operating Manual and be closely associated with the final stages of construction and the equipment acceptance testing. -l' t.) I. 1\\ i. F

-.~ L 4 ~ General Nuclear Engineer, C. S. Keeley Mr. Keeley was assigned as a General Nuclear Engineer in J ly 1961, tem-u porarily assigned to the ' office of Consumers Power Company's Big Rock Point t ' Nuclear Plant Construction Superintendent. Since that. tine, he has been f 1-following plant construction and coordinating, for Consumers Power Company, the equipment acceptance testing program. He vill provide liaison between the Bechtel' Start-Up Engineer and Consumers Power Company's Construction and Plant-Superintendents.during the acceptance testing. i Mr. Keeley vill be available as a candidate for the AEC precritical operator's examination' and, if selected by Consumers Power Company as a candidate, vill be assigned to the Big Rock Point Nuclear Plant operating staff. EDUCATION: Missouri School of Mines, Rolla, Missouri ' Graduated 1948 -Degree: BS Electrical Engineering University of Idaho _(Extension School) Postgraduate work in Pulse and Digital Circuits (6 hours), Advanced Engineering Mathematics -(6 hours), Network Synthesis (3 hours) and Transistor Electronics (3 hours) . EXPERIENCE: 1948 - 1949 --Test Engineer for Genera Electric, Schenectady, 1 j New York, in Aircraft Armament Controls, Induction Motors and Electronic Controls Departments. 1949 - 1955 - Electrical Maincenance Foreman for Antioch Steam Generating Plant (500 MWE) of Pacific Gas and Electric Company. Worked on initial construction, plant check-out and start-up, 1L and maintenance of electrical equipment after plant was in operation. 1. 1955 - 1961 - Employed by Westinghouse Electric Company, Atomic Power Division at NRTS, Idaho Falls, Idaho, with the following duties: l } '( a) Reactor' Engineer on SlW Plant. Qualified reactor plant operator on shift responsible for check-out and align-ment of instrumentation and protective system, reactor [t operation, and training of U.S. Navy reactor operators.

l (b) Senior Engineer in SlW engineering group. Worked on

,( nuclear instrumentation and protective cystem design for - ); .SlW Core 3 l F 1.i: 6 r .c v. ~, .,.m-~

i G. S. Keeley i i (c) Transferred to Shippingport Atomic Power Plant for 6 months to assist in plant start-up. Responsible for check-out of rod control system and assistea in other equipment check-3 outs. Responsible for qualifying the Duquesne Light Company Reactor Engineers and the write-up of precritical check-outs. Assisted in writing of operating procedures. Responsible along with one other Westinghouse engineer for reactor opera-tion until the plant was turned over to Duquesne Light Company. (d) Plant Reactor Engineer for A1W Plant. Responsible for initial check-out and testing of all instrumentation, rod control and protective system. Supervised four Shift Betetor Engineers who were responsible for plant start-up and qualification of U.S. Navy reactor operators. (e) Supervisor of AlW Instrument Shop. Supervised ten technicians, Instrument Ship Foreman, Plant Reactor Engineer and Instrument Engineer. Assisted U.S. Navy in modification and repair of plant instruments. Set up, calibrated and maintained test instruments. (f) Chief Operator Train + e, A1W Plant. Qualified as Reactor Auxiliary Operator, Loller Level Operstor, Electrical Operator and Reactor Plant Operator. 7/61 - Present - General Nuclear Engineer for Consumars Power Company. I h i i i t

l l Other Operating Personnel A. Unit Control and Major Equipment Operators: The Unit Control Operator and Major Equipment Operator jobs will require an AEC Operator's License. The men for these jobs were selected from within the Consumers Power Company system. The base education level of the group is high school, with the majority of them having from one to three years of college. All men have had responsible operating experience ranging from five years to fif teen years. Following their selection in May 1961, each OIerator will have attended the following curriculum: Mathematics Course, Consumers Power Company, General Office, Jackson, Michigan, 5/61 (2 weeks). Slide rule, logarithms, exponentials. Algebra and trigonometry review. Introduction to calculus symbols. Jackson Junior College, Jackson, Michigan, 6/61 - 7/61 (8 weeks). Basic reactor technology, applied reactor physics and health physics, use and interpretation of radiation measurement equip-ment, including foil irradiation and use of actual monitoring equipment destined for the Big Rock Point Plant. Big Rock Point Technology Course, conducted by Consumers Power Company at the General Office, Jackson, Michigan (8 weeks). Study of Big Rock Point design and operation; boiling water reactor technology as it applies to Big Rock Point; radio-chemistry and boiling water reactor chemistry. Valle-itos Boiling Water Reactor, ten weeks operational training in all operating assignments, including reactor start-ups, reactivity maneuvering, physics testing, etc. Five men hold AEC Operating Licenses on VBWE. Big Rock Point site, methodical check-out of each reactor system. This vill include knowledge of normal and emergency operating procedures and maintenance requirements. i ~ A lecture series, with appropriate examinations vill be conducted at the Big Rock Point site by the technical starf of the operating organization. t The operators have actively participated in preparation of the Operations Manual and vill assist in t?e final preparation of this Manual at the plant f site. They shall closely follow construction and equipment acceptance testing. l It is presently planned that they will take the AEC Posteritical Operator Examination after an appropriate 1eriod of Plant Operation. L B. Auxiliary Operators: 1 1 The plant Auxiliary Operators are not required to have an AEC Operator's License. l However, in order to have back-up persor.nel and additional depth in the operating i organization, these ten were selected at the same time and underwent the same training program as the above operating personnel. I t

l Technicians l The technician group within the Big Rock Point organization consists of Instru-ment Technicians, Laboratory Technicians and Radiation Protection Technicians. a In onler to have a well-trained nucleus of technicians, four men were selected early and given both nuclear schooling and work experience. The remainder of the technicians will be hired in early 1962 and vill be trained at the plant site prior to plant start-up. I The men thus far selected are from the Consumers Power Company Steam Generating l Plant laboratories, and have from 4 to 15 years of service with the Company. The base education of the group is high school. Following their selection in May 1961, each technician attended the following curriculum: l Mathematics Course, Consumers Power Company, General Office, Jackson, Michigan, 5/61 (2 weeks). Slide rule, logarithms, expr aentials. Algebra and trigono:r.etry review. Introduction I to.:alculus symbols. Jackson Junior College, Jackson, Michigan, 6/61-7/61(8 weeks). Basic reactor technology, applied reactor physics and health physics, use and interpretation of radiation measurement equip-ment, including foil irradiation and use of actual monitoring equipment destined for the Big Eock Point Plant. Big Rock Point Technology Course, conducted by Consumers Power Company at the General Office, Jackson, Michigan, (8 weeks). ( Attended by Laboratory Technician and Health Physics Technician.) Study of Big Rock Point design and operation; boiling water reactor technology as it applies to Big Rock Point; radiochemistry and boiling water reactor chemistry. DeVry Institute, Chicago, Illinois (24 weeks) (Ir.strument Technicians). Electronic fundamentals, circuitry and controls. l Vallecitos Atomic Laboratory (10 weeks). Work experience for Radiation Protection Technician working with Health Physics organization at General Electric Test Reactor. Vallecitos Atomic Laboratory (10 weeks). Work exIerience for Laboratory TechniMan in General Electric radiochemistr/ laboratory. s ~I

.,_w l = F F F ~ l i lu

I - GENERAL @ECTRIC PERSONIEL During the check-out, initial loading, low level testing and initial power operation test program of the Big Rock Point Nuclear Plant, General Electric + vill have present a staff of approximately 9 men at the station. This staff vill be under the direction of Mr. Donald K. Willett, assisted by Mr. Richard H. Kopel. The remainder of the General Electric Staff vill consist of, at minimum, t four General Electric Shift ens neers, a Nuclear Engineer, and a Controls and i Instrumentation Engineer. These personnel vill have experience and background of a nature comparable to those listed below. Additional specialists may be called to the site as conditions varrant. The experience and qualifications of Mr. Willett and Mr. Kopel are as follows: General Electric Start-Up Manager Donald K. Willett, age 35, Graduate of Williams, class of 1948 with a BA degree in Physics. Graduate work at the University of Maryland 1950, 1951. Mr. Willett worked at U.S. Naval Research Laboratory from 1948 to 1952 as an experimental nuclear physicist in the field of light particle reactions. i From 1952 to 1955, he was an assistant project officer in the weapons test program working with the Air Force Sracial Weapons Project. In this work, he was involved with measurements of neutron flux and energy distributions. From 1955 to 1957, he worked with Westinghouse Electric, APD, Bettis, on the critical facilities for the Shippingport, PR3, as experimentalist in char 6e of one of the flexible critical facilities. He has been in General Electric's Atomic Power Equipment Department since 1957, during which time he has held responsible positions during the start-up of the follosing reactors: 1. Spanish OPR, Lower Power Test Facility 2. Lockheed Critical Experiment Beacuor 3 Lockheed Reliation Effects Reactor h. Dresden Nuclear Power Station 5 Worcester Polytechnic Institute PTR 6. Stanford University PIR 7 Kahl nuclear Power Station (FIE) Germany i Mr. Willett has been licensed to operate the Spanish Lower Power Test Facility, Vallecitos BWR, Dresden Nuclear Power Station and all General Electric PTas. General Electric Start-Up Operations Superintendent Richard H. Kopel, age 32, Graduate of University of Washington, class of 1951, with a degree in Chemical Engineering, with graduate Nuclear Engineering Courses at the University. t Mr. Kopel was employed by General Electric at the Hanford Works from 1952 to l 1956 in the field of health physics, as a Supervisor of Radiation Monitoring. From 1956 to 1960, Mr. Kopel worked in the reactor operations field at Hanford, l achievirg the position of Supervisor, Reactor Operations. 1 I 1

i GENERAL ELECTBIC PEE 0itiEL I-In 1960, he came to General Electric's Atomic Power Equipment Department where he initially worked at the Dresden Nuclear Power Station. In the Fall of 1960, he vent to Germany to participate in the start-up and test.ing of the Kahl Nuclear Power Station. On this assignment, he held the post tion of Shift Supervisor, i i Mr. Kopel holds a Reactor Operator's License for the Dresden Nuclear Power

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