ML19329E000

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App 1C of Rancho Seco PSAR, Rancho Seco Project Engineering Staff. Includes Revisions 1-4
ML19329E000
Person / Time
Site: Rancho Seco
Issue date: 10/31/1967
From:
SACRAMENTO MUNICIPAL UTILITY DISTRICT
To:
References
NUDOCS 8004090538
Download: ML19329E000 (6)


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APPEND 1X IC v)

RANCHO SECO PROJECT ENGINEERING STAFF

1.0 INTRODUCTION

The technical qualifications of the applicant to construct and operate the nuclear power plant have been presented in Section 1.6 and Section 12 of the Preliminary Safety Analysis Report (PSAR).

The required plant operating staff, and the training of these personnel, has been discussed in detail in Section 12.

This appendix will provide a detailed discussion of the non-operating or support engineering staff; including their acquisition, training and duties. The primary function of this staff during the design and constructi s phases of this plant will be quality assurance and quality control. After the plant is in operation, this staff will provide engi-neering support to the operating staf f.

Members of this staff will also serve on the Nuclear Operations Safety Review Committee.

The acquisition and training program for this staff is designed to provide the required personnel to fulfill these objectives.

2.0 ACCUISITION OF PERSONNEL Figure 1C-1 provides the acquisition and training schedule for the project engineering staff.

Nine of the members shown are in the employ of the District at the present t ime.

The remaining personnel will be employed f/

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at the approximate dates shown.

This staff can be divided into two V

groups based on functions. The top four men shown on Figure IC-1 are primarily concerned with licensing and administrative functions.

Their background includes over eighty years of design, construction and operating experience in the electrical, nuclear and related fields.

This group has also taken nuclear courses ranging from short seminars to regular college courses in reactor engineering and nuclear physics.

The remaining fifteen engineers will be involved in design review, component testing, and construction follow.

This group can be subdivided into three sub-groups based on level of com-petence.

The most competent or senior level engineers will include the plant supervisory staff, the plant analyst and the controls engineer scheduled for employment in mid 1968.

The intermediate level engineers will include the four engineers on the District's staff at the present time, plus the project engineering staff engineers scheduled to be employed in 1968. The three engineers scheduled for employment during 196-will be junior level and possess whatever training or background that mighc be required to compliment the existing staff.at that t ime.

Senior level technical personnel will be employed first to provide immediate capability in the desi n review and construction follou-up d

areas. These personnel will also assist in'the on-the-job training of the intermediate and junior level engineers.

SMUD's personnel recruit-ment program is active and current indications are that required per-sonnel will be available when they are needed.

There are also approxi-

, n) macely fifteen engineers in SMUD's existing Engineering, Construction, V(

~ Amendment 2 1C-1 L

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b and Operating Departments that will support this project, but will not be I

permanently reassigned.

Consultant centracts will also be maintained throughout the design and construction period to provide expertise in those areas not adequately covered by the District personnel.

3.0 TRAINING OF ENGINEERING PERSONNEL The training program can be divided into two categories; special courses and on-the-job training.

The on-the-job training will be obtained by working with consultants, vender engineers, Bechtel engineers and senior SMUD engineers and supervisors.

Office facilities have been established at the Bechtel engineering office for SMUD engineering personnel.

The special courses that will be provided are shown on Figure IC-1.

The nuclear engineering course at Sacramento State College is a three-credit-per-semester course based on Glasstone and Sesonske's text, " Nuclear Reactor Engineering".

The short courses listed are typical summer courses offered by the various universities.

Course B consists of several short courses including one on containment design offered at the University of California in March 1968.

The location for course C has not been determined at this t ime.

The District will also send several engineers to the Massachusetts Institute of Technology short course on reactor safety either in 1968 or 1969.

The 100-hour course on the Rancho Seco Reactor will be an engineering level course covering all phases of the plant design.

This course will be similar to those courses conducted at g

Duke and Florida Power Corporation, but will be expanded to include more

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design information on the secondary system and environmental considerations.

The steam plant experience, Course E, will be obtained at one of Pacific Gas & Electric's power plants.

The detailed arrangements for this train-ing have not been confirmed; however, the present program includes both fossil fired and nuclear power plant experience.

The nuclear steam supply system (NSSS) course is the same cource that will be offered our operating personnel and emphasizes com9rsc1:t and plant operating characteristics.

The instrumentation course refm ;ed to in G has not been completely defined at this time; however, it will oe presented by Bailey Meter Company and will cover the primary plant instrumentation.

Other courses covering the turbine-generator controls and other secondary systems will also be attended by one or more of the controls engineers.

The health-physics and fuel management courses will be obtained at one of the colleges or national laboratories.

Two or more of these courses are usually offered each year.

The time and location will be determined when the needs of the particular employees are known.

051 4.0 FUNCTIONS OF ENGINEERING PERSONNEL As stated earlier, the primary function of this staff during the design and construction phases of this plant will be in the quality assurance and quality control areas.

This staff will review design specifications and drawings, inspect equipment during fabrication and inspect equipment and field work during construction.

Assistance and/or instructions will be 1C-2 Amendment 2

obtained from specialists in the various fields as required.

The plant

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will be divided into four main areas with a group of engineers assigned to each area.

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The nuclear systems will initially be assigned to the plant superintendent, who has a master degree in nuclear engineering and over ten years of 1'

experience in.the design, construction and operation of nuclear facilities.

l Two more nuclear engineers will be added to the engineering staff in 1968 r

and 1969 for assistance'in this area.

The first one, scheduled for employ-I ment in late 1968, will have experience in the core physics and reactor safeguards areas. The second nuclear engineer will either have the requir-ed background or be trained in those areas not covered adequately by the existing staff.

Both men will work closely with the plant superintendent, Bechtel nuclear engineers, and Babcock & Wilcox engineers in the performance of their duties and in the continuance of their education.

The balance of plant or non-nuclear systems will be assigned to th, plent technical supervisor.

He will have a strong background in this area with a minimum of ten years experience in conventional steam plants and/or nuclear facilities.

The first balance of plant engineer employed for the engineering staff will have five to seven years steam plant experience.

i He will compliment the oackground of the plant technical supervisor and

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assist in this area as soon as he is employed.

Two more balance-of-plant engineers will be employed and trained in 1969 to adequately cover this area.

The experience requirements for these engineers will be determined r

at that_ time.

These engineers will also work closely with Bechtel and 4

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vendor technical personnel.

The instrumentation and controls area will be handled by a group headed by the controls engineer scheduled for employment in mid 1968.

This engineer will have from five to ten years experience in the nuclear instrumentation and controls field. -He will be assisted by two systems and controls engineers that are currently in the District's Engineering Department and are receiving additional training in the nuclear field.

The plant analyst and operations supervisor wi11 also contribute in this area.

These men will both be senior personnel with a minimum of ten years experience in the_ steam plant and nuclear fields.

They will provide a significant ccatri-

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bution in the equipment-operator interface design area and also assist in the training of the junior engineers.

All personnel in the group will work with Bechtel and vendor engineers.

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- The civil-structural area of the plant will be the prime responsibility of an existing structural engineer in the District's Construction Department.

He has over five years of design and construction experience and is

~l l-currently taking several nuclear and_ structural design courses.

He will

.be assistel by a second structural engineer scheduled for employment during 1968.

The second. engineer will-have approximately five years experience in the structural-civil field.

Both of these engineers are scheduled for i

additional courses and will work closely with Bechtel engineers and con-sultants during the design and construction of this plant.

TO o52 r.

Amendment'2 1C-3

5.0

SUMMARY

This recruitment and training program will provide the District with a strong nuclear engineering staff both during construction and when the plant becomes operational.

This staff will assure the District that an effective quality assurance and quality control program exists during design and construction, and that the plant will be operated safely and efficiently throughout its operating life.

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19 68 ENGINEERING STAFF PRESENT STATUS J ' N "'^ '"' ' ' J ' A' 5 ' O' H I PROJECT A1ANAGER SMUD ENG DEPT l

PROJECT ENGINEER Y

SYSTEMS PLANNING ENGINEER SMUD ENG DEPT ASSISTANT MANAGER OF OPERATIONS SMUD OPER DEPT l

fill$illQ lll$\\ss STRUCTURAL ENGINEER (CIVIL)

SMUD ENG DEPT A

CONTROLS ENGINEER (ELECTRICAL)

&llllll lll lll A

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SYSTEMS ENGINEER (ELECTRICAL) k illilll & lillill klll bis Ell$lill TRANSMISSION ENGINEER (ELECTRICAL)

SMUD ENG DEPT CONTROLS ENGINEER (ELECTRICAL)

TO BE Hl RED AS NOTED BALANCE OF PLANT ENGINEER (MECHANICAL)

NUCLEAR SYSTEMS ENGINEER (NUCLEAR) y STRUCTURAL ENGINEER (CIVIL) f BALANCE OF PLANT ENGINEER (MECHANICAL)

NUCLEAR SYSTEMS ENGINEER (NUCLEAR) y BALANCE OF PLANT ENGINEER (CHEMICAL)

TO BE HIRED AS NOTED PLANT OPERATING STAFF PLANT SUPERINTENDENT SMUD OPERATING DEPT I

I TECHNICAL SUPERVISOR TO BE Hl RED AS NOTED E'

A PLANT ANALYST l

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OPERATIONS SUPERVISOR TO BE HIRED AS NOTED JiF iM AiMi j t li AiS tOINr?

i LEGEND 1968 A - NUCLEAR ENGR. COURSE AT SACRAMENTO STATE COLLEGE B - SHORT COURSE ON SEISMIC DESIGN AT COLLEGE C-SHORT COURSE ON CONTRCLS THEORY AT COLLEGE g

D - 100 HR. COURSE ON RANCHO SECO NUCLEAR POWER PLANT AT SMUD (BY BECHTEL & B & W)

U E - STEAM PLANT OBSERVATION F - 100 HR. COURSE ON RANCHO SECO NUCLEAR POWER PLANT AT SMUD (BY SMUD)

G.-

COURSE ON NSSS BY B & W AT LYNCHBURG (INCLUDES INTRODUCTION TO SIMULATOR) PLUS INSTRUMENTATION COU(

H - COURSE ON NSSS BY B & W AT LYNCHBURG (INCLUDES INTRODUCTION TO SIMULATOR) l - HEALTH-PHYSICS COURSE J - FUEL MANAGEMENT i

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1969 1970 1971 1972 1973 1974 055 FIGURE IC-1 NUCLEAR PROJECT ENGINEERING STAFF

$SMUD SACRAMENTO MUNlCIPAL UTILITY DISTRICT Amen,dmert 2