ML19329F575

Nonconformance Rept 6 Per Condition 2 of CPPR-81 & CPPR-82 Re Const Work Performed During Jul-Sept 1974.Resumes of Bechtel Corp & Util Engineers Encl

ML19329F575
Person / Time
Site:	Midland
Issue date:	09/30/1974
From:	CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
Shared Package
ML19329F573	List: ML19329F572 ML19329F575
References
NUDOCS 8006300762
Download: ML19329F575 (16)

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Consumers Power Company Report #6, June 28, 1974 Pursuant to conditions 2F.B. and 2F.C. of Construction Permits CPPR-81 and CPPR-82.

Covering the period July 1 - September 30, 1974.

A. Construction work to be performed during the period July 1 - September 30, 1974.

July 1974 Auxiliary Building

1. Start erection of structural steel and decking at el. 584'-0".

2. Start installation of electrical conduit, ground cables, sleeves, 4" S. S. drain pipe, and embedded metal items at el. 584'-0".

3. Fabricate existing el. 599'-0" structural steel, sandblast and coat.

Containment #2

1. Begin the forming, installation of reinforcing steel and concrete placement of containment walls.

2. Continue the welding of the first lift of liner plate.

, 3. Continue placement of post tensioning embedded metal.

(' 4. Continue prefabrication of second lift of liner plate.

5. Start fabrication of dome liner plata.

6. Start installation of rebar for primary pedestal interior concrete.

Containment #1

1. Concrete placement of containment base slab. ,

2. Begin the installation of floor liner plate.

Turbine Building #2

1. Complete installation of 96" circulating water pipe in turbine building base mat.

2. Complete concrete placement of the condensate sump to el. 606'-3".

3. Complete the installation of 72" circulating water pipe in pedestal and building base mats.

4. Begin installation of the turbine pedestal base mat formwork and reinforcing steel.

5. Continue installation of turbine building base mat reinforcing steel.

Turbine Building #1 l

1. Complete installation of 72" cire. water pipe in turbine pedestal.

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Earthwork

1. Complete railroad dike.

2. Continue on dike work.

3. Start relocation of brine lines.

4. Continue track laying for phase one.

August 1974 Auxiliary Building

1. Concrete placement for the slab at el. 584'-0".

2. Start installation of formwork, embedded metal items and reinforcing steel for interior and exterior walls to el. 599'-0".

3. Start installation of formwork, embedded metal items and reinforcing steel for northeast slab on grade at el. 584'-0".

Containment #2

1. Continue the forming, installation of reinforcing steel and concrete placement of containment walls.

2. Continue the welding of the first lift of liner plate.

3. Continue the placement of post tensioning embedded metal.

- 4. Complete prefabrication of second lif t of liner plate.

5. Continue fabrication of dome liner plate.

6. Start installation of reinforcing steel and embedded metal for base mat cover slab.

Containment #1

1. Continue the installation of base mat floor liner plate.

2. Start prefabrication of the first 80 foot lif t of containment liner plate.

Turbine Building #2

1. Complete installation of the turbine pedestal f ormwork and reinforcing steel. ,

2. Complete concrete placement for the turbine pedestal base mat. '

3. Begin concrete placement for the turbine building base mat.

4. Continue installation of formwork and reinforcing steel for the j turbine building base mat.

5. Begin installation of formwork and reinforcing steel for the turbine pedestal columns.

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Earthwork

1. Continue on dike work.

2. Complete track laying for phase one.

3. Complete relocation of brine lines.

September 1974 Auxiliary Building

1. Continue installation of formwork, embedded metal and reinforcing steel for N.E. and N.W. slabs at el. 584'-0".

2. Concrete placement for Northeast and Northwest slabs at el. 584'-0".

3. Continue installation of formwork, embedded metal and reinforcing steel for interior and exterior walls to el. 599'-0".

Containment #2

1. Continue the forming, installation of reinforcing steel and concrete placement of containment wall to el. 662'-11".

2. Complete the welding of the first lif t of liner plate to el. 673'-10".

3. Continue the prefabrication of dome liner plate.

4. Continue the placement of post tensioning embedded metal.

( 5. Continue the installation of reinforcing steel and embedded metal for base mat cover slab.

Containment #1

1. Continue the prefabrication of the first lift of containment liner plate.

2. Continue the installation of the base mat floor liner plate.

Turbine Building #2

1. Continuc installation of formwork and reinforcing steel for the turbine building base mat.

2. Continue concrete placement for the turbine building base mat.

3. Continue installation of formwork and reinforcing steel for the turbine pedestal columns.

4. Begin concrete placement for the turbine pedestal columns.

Earthwork

1. Dike work to be approximately 50 percent complete.

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(~ B. Supervisors and engineers of the Applicant and Architect-Engineer with quality-related duties who are expected to be on site during the period July 1 - September 30, 1974:

1. Consumers Power Company - No change from last report.

2. Bechtel Power Corporation The following Bechtel Power Corporation Supervisors and engineers are expected to be on site during the period in addition to the personnel with quality related duties identified in previous reports.

a. Quality Control H. G. Domschke QC Welding Engineer K. O. Anderson QC Welding Engineer W. A. Driver QC Welding Engineer S. E. Tucker QC Welding Engineer L. J. Johnson QC Engineer (Civil)

D. H. Crowe QC Engineer (Civil)

E. T. Manning QC Engineer (Piping)

C. C. Williams QC Training Coordinator R. C. Boothe QC Engineer (Mechanical)

L. V. Hendry QC Engineer (Civil)

b. Quality Assurance

1) Located at the site R. E. Sevo Quality Assurance Engineer

2) Located in San Francisco and on site and involved with this project only for special audits.

W. D. Greenwell Quality Assurance Management Auditor

3. U. S. Testing - No change f rom last report.

C. Quality assurance qualifications of supervisors and engineers with site-related duties during the period July 1 - September 30, 1974:

Statements of qualifications of all the individuals listed in "B" above are attached hereto.

D. Changes - None.

Additions to or deletions from the list of supervisors and engineers with quality-related duties who are to be on site during the report period will be noted on the next report together with a description of their quality assurance qualifications. All the individuals named in "B" above had site-related duties

- during the period April 1 - June 30, 1974. 4

. , . l hna-Gunther I)omschke Mr. I)omschke was educated in Europe. He finished the Gy=nasium with the equivalent of an A. A. degree in general education, Language, Welding, Radiographic and Ultrasonic Prnmination.

His experience includes six years on HDE work in X-Ray and Ga==a Ray and Film interpretation. Three of these years were in Nuclear work and the remainder were in Fossil fired plants and pipelines.

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. l c O Keith 0. Anderson Quality Control Welding End naer Mr. Anderson graduated from Shawano Sr. High School in Shawano, Wisconsin, in May 1968, where he majored in Architecture. l He then attended the Milwaukee I l

School of Engineering, in Milwaukee, Wisconsin from September 1968 thru May 1970, where he majored in Architectural Building Construction Engineering Technology.. He entered the Amy Reserves and attended Basic Trn4ning and Advanced Individual Trnining (Water Purification), form November 1970 thru

' l March 1971, at Fort Leonard Wood, Missour. Mr. Anderson joined Bechtel l in July 1971 and since has worked approximately three years as a Field Welding Engineer. Mr. Anderson is qualified Level II in Liquid Penetrant Prnminntion with 2 and 1/2 years experience.

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(s Willian A. Driver Quality Control Engineer ,

Mr. Driver graduated fron Maconb County Cor:nunity College with an

" Associate of Applied Sciene.e - Welding Technology".

Mr.Driverhashad2hyearsofexperienceinWeldingProduction. This experience includes the teaching and training of Welder and the Sup-ervision of Welders.

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Sheman E. Tucker Quality Control Engineer ,

Mr. Tucker is a college graduate with a AA degree in Construction Management and has taken a number of Welding related courses. He is currently wo*ing towards a BA in Mechanical Engineering.

Most recently, he was Lead Welding Engineer at Rancho Seco Nuclear Project, Herald, California where he reported to the P.F.Q.C.E.

, PreviouslyhewasaFieldEngineer(WeldingandMechanical)atRancho Sece for 3 years - ot'her experience was'2 years at Mercury, Nevada as a Welding Inspector for U. S. Atomic Energy Co= mission. He has lh years

( experience ' ..ading Field in heavy construction.

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LeRoy J. Johnson Quality Control Engireer Mr. Johnson completed twelve (12) years of public schooling, graduating in 1960. He has eleven years of experience in  !

Civil Engineering. He has over five years of curveying and other Civil work for corpanies other than Bechtel. He has five and

. one-half years of Inspection and Quality Control work for Bechtcl.

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Dwight H. Crowe Quality Control Digineer

.C Mr. Crowe conpleted two years of higher education in Civil Engineering following his hi6h school career. ,

He has thirty-four years of construction experience. He'has worked in nany phases of Civil Engineering, including Soils, Concrete, Survey, and Structural Steel. Mr. Crowe has spent the last four years on the Fast Flux Test Facility in the Quality Control Group.

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r Edwin J. Mnnning Quality Control Piping Engineer Mr. Manning has education comprising of High School, the equivalent of five years in Mechanical Engineering studies, and special courses in Nondestructive Waminntion. Prior to arriving at Midland, Mr. Manning was employed at the Duane Arnold Energy Center, Cedar Rapids, Iowa, as a Mechanical Engineer. Previous to this, he was employed at the Donald C.

Cook Nuclear Plant, Bridgman, Michigan as a Mechanical Quality Control

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Engine 6r. Mr. Manning has five and a half years in Nuclear power plant construction.

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e c O Calvin C. Williams Q. C. Training Coordinator Mr. Williams is a College Graduate with an Associate Degree in Mechanical Engineering, and has taken many Construction-related courses.

Most recently he served in the Bechtel - San Francisco Power Division as a Construction Training and Manpower Development Supervisor.

Prior.to Bechtel he served as Manager of Production Material Control for Sentrain Shipbuilding Corp. - N.Y.C., N.Y. and twelve years at Electric Boat Division of General Dynamics as a Q. C. Inspector and Contract Neg-otiator.

Mr. V1111ams experience in Construction, Training, Quality Control and Management covers a period of 18 years.

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c O Richard C. Boothe Mechanical Quality Control Engineer Mr. Boothe's educa'. ion encompasses High School, one year of college, and electrical courses. Mr. Boothe has nost recently been employed as a Field Engineer at Duane Arnold EnerEy Center. There he assisted the Lead Menhanical Engineer in installation, Supervision of Mech-anical Equipnent, installation and checking.

Previously he was Field Engineer and acting Supt. of Construction at Kansas Army knmitioh Plant at Parsons, Kansas. Mr. Boothe has been in Construction for eight years as a Field Engineer and Mechanical Supt.

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Lloyd Hendry Mr. Hendry is a high school graduate with o'n e year of technical school.

His construction erperience began in 1958 as a carpenter and car-penter foreman working on projects which included, housing.coc=er-oial, high rise buildings, tunnels and dams.

In 1966 he began working in the Engineering Field for the State of Cali-furnia Dept. of Water Resources. His duties encompassed concrete Batch Plant Quality Control Inspection, subsurface earth move =ent moni-toring, surveying, and geologic exploration.

From 1971 until 1974 he was a Field Supervisor in a co=prehensive Ins-cramentation Program, covering e= bank =ent stability, structural integrity, subsurface ground water surveillance and control. He was responsible for training of personnel and documentation in inspection frequency.

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c April 8, 197h Resume of Robert E. Sevo Mr. Sevo joined Bechtel March 26, 1974, as Senior Quality Assurance Engineer in the Power Division. He has completed a two-week indoctrinatioa period in the Ann Arbor office prior to the temporary two-week assicnnent to the Midland Project.

After graduation from Michigan Techmlogical University in 1963, he was assigned to the Oroville Dan Pcoject while working for the State of California Department of Water Resources. From 1963-1968,

(, Mr. Sevo worked in various positions from inspector, office engineer, to assistant field engineer on various projects within the Project Area.

In 1968, Mr. Sevo was assigned the office engineer position for the Saginaw Project Office of the Corps of Engineers and worked in that capacity and also as resident engineer on field assignments as required. In 1971, he was assigned the position of Chief Engineer ~

for the Saginaw Project Office until October 1973 ,

From October 1973 to March 1974, Mr. Sevo worked as instructor of Mathematics'and Physical Science for the Saginaw School District

. prior to accepting the present position with Bechtel.

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Resume of .

. Warren D. Greenwell Bachelor of Science, Chemical Engineering, University of Washington,1956 Bachelcr of Science, Electrical Engineering, University of Washington ASQC, Certified Quality Engineer, Number 2627 Presently on Quality Assurance Staff, Bechtel San Francisco Power Division, March 197h to Date.

Previous positions: Manager, Quality Assurance and Testing, Aerojet Manufacturer Company, Fullerton, California, October 1970 to January 197h.

Responsible for all Quality functions and design and or manufacture of .

naval nuclear reactor components, ce=mercial nuclear ccaponents, such as FPfF and Aerospace Speciality components. Manager, Quality Assurance, Aerojet General Corporation, Sacremento, California, Buying Operations Division, August 1967 to October 1970. Quality Engineer, Aerojet General Corporation, Sacremento, California, Solid Rocket Divieicn, November 1958 to August 1967. Production Development Engineer, &

( , Dow Chemical Company, Pittsburgh, California, January 1957 to W June 1958.

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