ML19329F509

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Nonconformance Rept 17 Per Condition 2 of CPPR-81 & CPPR-82 Re Const Work Performed During Apr-June 1977. Resumes of Bechtel Corp & Util Engineers Encl
ML19329F509
Person / Time
Site: Midland
Issue date: 06/30/1977
From:
CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
Shared Package
ML19329F504 List:
References
NUDOCS 8006300716
Download: ML19329F509 (23)
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(/ , Cnnsumars Power Company Report #17, March 31, 1977 y t

.k ,) Pursuant to Conditions 2 F.B. and 2 F.C. of Construction Permits CPPR-81 and CPPR-82, l the following report covers the period April June 30,1977.

A. Construction work to be performed during the period:

See Attachment A B. Supervisors and engineers of the applicant and architect-engineer with quality-related duties who are expected to be on site during the period April 1 - June 30, 1977 in addition to those identified in previous reports:

1. Consumers Power Company No change from last report.
2. Bechtel Power Corporation R. W. Pelletier - Quality Control Engineer - Civil M. A. Hymas -

Quality Control Engineer - Civil K. S. Krug - Quality Control Engineer - Civil W. A. Cain - Quality Control Engineer - Civil G. W. Brown - Quality Control Engineer - Electrical

', R. A. Yonekawa - Quality Control Engineer - Welding J. W. Baker -

QualiUJ Control Engineer - Welding

((} M. E. Donovan -

Quality Control Engineer - Receiving

-(,,/ B. M. Joice - Quality Control Engineer - Receiving C. . Quality assurance qualifications of supervisors and engineers with site-related duties during the period April 1 - June 30, 1977 are listed in Attachment B.

D. Changes

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

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2. Bechtel Power Corporation i The following personnel who were previously reported as performing quality tasks have now left the site:

R. G. Lussier - Quality Control Engineer - Welding R. D. Phillips -

Quality Co'n trol Engineer - Welding R. J. Phelps -

Quality Control Engineer - Welding F. C. Edler - Quality Control Engineer - Civil R. Forrester - Quality Control Engineer - Civil D. T. Davis - Quality Control Engineer - Civil J. DeFranco - Quality Control Engineer - Civil R. L. Duval - Quality Control Engineer - Electrical

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H. G. Boleen - Quality Control Engineer - Receiving

~ ~ 's / C. T. O'Sullivan - Quality Control Engineer - Mechanical 2, 8 0 0 6 30 0 7 / sf a .

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b Further additions and deletions to the list of personnel with quality-related

,. duties who are on site during the period April 1 - June 30, 1977 will be noted in the next report.

, Also attached to this report is a resume for B. 11. Marguglio who was included in the-last report as Director of QA - Projects Engineering and Construction for Consumers Power Company.

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QUARTERLY REPORT FOR

' APRIL THROUGH JUNE 1977

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APRIL 1977 Facility: AUXILIARY BUILDING-- -- -

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Control Tower area slabs and walls to elevation 674'.

l 2. Continue installation of reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Fuel Pool area walls to elevation 659'.

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3. Continue installation of decking, reinforcing steel, formwork,

) embedded metal, conduit and process piping and concrete for the Radwaste and Equipment area slabs and walls north of the Fuel

.. Pool to . elevation _659'. .

4. Continue instal'.ation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the

, Electrical Penetration area slab and walls to elevation 628'.

,~ 5. Begin installation of Large Pipe in the elevation 634' level, continue Large Pipe installation below elevation 634'. '

I 6. Begin Epoxy Surface coating in the elevation 634' level, con-tinue coating and repair below elevation 634.

7. Begin Concrete Block inst 111ation for. walls and shielding.

Facility: REACTOR BUILDING UNIT #1 1,

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1. Continue Leakchase of liner plate.
2. Continue assembly of Dome Spray, Vent and H2 piping.
3. Continue installation of reinforcing steel embedded metal l and conduit and concrete for the External Wall to elevation
714'.

! 4. Cont'inue'i'nstallat~i6n of decking, reinforcing' steel, fomwork,

) . embedded metal, conduit and process piping and concrete for the I

Secondary Shield Wall to elevation 603'.

5. Complete the Reactor Vessel Pedestal, start installation of
'-( '(N decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Primary Shield Wall to elevation 612!.

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QUARTERLY REPORT APRTI 1977 , Page 2 a

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([")Facility:

REACTOR BUILDING UNIT #1 (Cont'd)

6. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Letdown Cooler walls to elevation 624'.
7. Cut and remove the Construction Opening.

Facility: REACTOR BUILDING UNIT #2

1. Complete Liner Plate. leakchase, continue Liner Plate repairs.
2. Continue installation of reinforcing steel, embedded metal and conduit and concrete for the External Wall to elevation 744'.
3. Continue instalialion of decking, reinforcing steel, formwork.

embedded metal, conduit and process piping and concrete for the Secondary Shield wall to elevation 624'.

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4. Continue installation of decking, reinforcing steel, fannwork,

'{ N embedded metal, conduit and process piping and concrete for the Primary Shield wall to elevation 630'.

5. Continue installation of Structural Steel to elevation 615'.
6. Continue alignment and assembly of the Polar Crane.

Facility: TURBINE BUILDING UNIT #1

1. Complete installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Turbine Generator Pedestal Deck.

Facility: TURBINE BUILDING UNIT #2

1. Complete installation of Precast Panels.
2. Continue erection of building Structural Steel.
3. Start installation of Main Bay Crane.

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4. Continue insta'l'lhion of' decling, reinforfing' steel, forhrriork, embedded metal,' conduit and process piping and concrete for the Elevated Slabs S.

l Start Concrete Block installation _for walls.

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'S . QUARTERLY REPORT APRIL 1977 -

Paga 3

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(v Facility: YARDANbMISCE'LLANEOUS. STRUCTURES

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Servic.e Water Structure to elevation 611' and Circulating Water Structure ~to^eTevation 616';
2. Start installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Circulating Water Discharge Structure and Dewater the Cooling Pond for the Service Water Return Line erection.
3. Start installation of decking, reinforcing steel, formwork.

embedded metal, conduit and process piping and concrete for the Process Steam Tunnel and footing's under the Evaporator and Administration Buildings.

4. Continue installation of Yard Ductbanks and Piping.

Facility: SUBCONTRACTS,

_ 1. Continue installation of decking, reinforcing steel, formwork,

-((p) embedded metal, conduit and process piping and concrete for the River Intake and Makeup Structures.
2. Continue erection of Unit #2 Condensers, move Unit #1 Condenser into place.
3. Continue Epoxy.. Coatings and_ repairs.
4. Install Turbine Building Unit #2 Drecast Panels.

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MAY 1977 l

Facility: AUXILIARY BUILDING

1. Continue' installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Control Tower ~hrea walls'and slabs to elevation 674'.
2. Complete installation of reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Fuel Pool f to elevation 659'...

U 3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Radwaste & Equipment area walls and slabs north of the Fuel Pool to elevation 659'.

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QUARTERLY REPORT '

MAY 1977 Page 4 f)

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F6cility: AUXILIARYBUILDING(Cont'd)

4. Continue installation of decking, reinforcing steel, fonnwork, embedded metal; conduit and process piping and concrete for the Electrical Penetration area slab and walls to elevation 646'.
5. Begin installation of Small Pipe.
6. Begin installation of Cable ~ Tray.
7. Begin Epoxy Surface Coating in the elevation 646', continue coating and repair below elevation 646'.
8. Continue Concrete Block installation for walls and shielding.
9. Begin installing Switchgear and Load Centers in the Control Tower area 614'_ elevation.
10. Continue installation of Large Pipe in the elevation 634' level and below.

' ' Uacility: REACTOP, BUILDING UtlIT #1

1. Complete Leakchase of liner plate.
2. Continue assembly of Dome Spray, Vent and H 2 PiP i"9-
3. Continue install'~t' a ion of reinforcing steel, embedded metal and conduit and concrete for the External Wall to elevation 724'.
4. Continue installation of decking, reinforcing steel, formwork, embedded metal, concuit and process piping and concrete for the Secondary Shield Wall to elevation 603'.
5. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Primary Shield wall to elevation 612'.
6. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the l Letdown Cooler walls to elevation 631'. '

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7. Begin installation of the Polar Crane Rail.

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acility: REACTOR BUILDIf4G UNIT #2

1. Continue Liner Plate repairs.

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QUARTERLY REPORT -

MAY 1977 P. age 5

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.(^" Facility: 'REACTORBUILDINGbAIT#2(Cont'd)

2. Continue installation of reinforcing steel, embedded metal and conduit and concrete for the External wall to elevation 765'.
3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping for the Secondary Shield wall to elevation 624'.
4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Primary Shield wall to elevation 630'.
5. Co'ntinue installation of Structural Steel to elevation 615'.
6. Continue alignment and assembly of the Polar Crane.
7. Start installation of Weld Neck Flanges.

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8. Complete installation of reinforcing steel, formwork and concrete for the Feedwater Valve Chamber roof.

~([/acility:

'w TURBINE BUILDING UNIT #1

1. Start installation of reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Substructure Wall condenser blockout.

acility: TURBINE BUILDING UNIT #2

1. Complete erection of building Structural Steel.
2. Continue installation of Main Bay Crane.
3. Start installation of Steel Roof Deck and Metal Siding.
4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Elevated Slabs.
5. Continue Concrete Block installation for walls.
6. Start installation of Mechanical and Electrical Equipment for Computer Support. .
7. Start installation of Mechanical Equipment.

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~ QUARTERLY REPORT MAY 1977 . Paga 6 (7 . . . . . .

Facility: YARD AND MISCELLANE0US STRUCTURES

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Service Water Structure to elevation 620' and Circulating Water Structure to elevation 634'.
2. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Circulating Water Discharge Structure and Service Water Return.
3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Process Steam Tunnel and footings under the Evaporator and Administration Buildings.
4. ' Continue installation of Yard Ductbanks and Piping.

1 Facility: SUBCONTRACTS

1. Continue installation of decking, reinforcing steel, formwork,

}'( s embedded metal, conduit and process piping and concrete for the River Intake and Makeup Structures.

2. Continue erection of Unit #1 and #2 Condensers.
3. Continue Epoxy Coatings and repairs.
4. Begin installation of Turbine Building Unit #2, Roof Deck and Metal Siding. .
5. Begin plant area Backfill.
6. Begin drilling Cooling Pond Monitoring Wells.
7. Begin installation of main power and startup Transmission Towers and Bases.

l JUNE 1977 --

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! Facility: AUXILIARY BUILDING l l l 1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the igQ lp Control Tower area slabs and walls to elevation 685'.

2. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the  ;

V QUARTERLY REPORT JUNE 1977 -

Page 7 J -

(- Facility: AUXILIARYBUILDING(Cont'd) .

2.

Radwaste and Equipment area walls and slabs north cf the Fuel Pool to . elevation 659'. -

3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process pipe and concrete for the Electrical Penetration area slab and walls to elevation 646'.
4. Continue installation of Small Pipe.
5. Continue installation of Cable Tray.
6. Continue Epnxy Surfacing coating and repair in the elevation 646' and below.
7. Continue Concrete Block installation for walls and shielding.
8. Continue installing Switchgear and Load Centers in the Control Tower area 614' elavation. *
9. Begir installation of Large Pipe in the elevation 645' level, continue large Pipe installation below elevation 634'.
10. Begin erection of the Rigid Frame ever the Fuel Pool area.
11. Begin landing HVAC equipment in areas of final location.

Facility: REACTOR BUILDING UNIT #1

1. Continue assembly of Dome Spray, Vent and H2 piping.
2. Continue installation of reinforcing steel, embedded metal and conduit and concrete for the External Wall to elevation 734'.
3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Secondary Shield Wall to elevation 615'.
4. Continue' installation of decking, reinforcing steel, formwork, embedded metar, ' conduit and process piping and concrete for the Primary Shield wall to elevation 612'.
5. Complete the Letdown Cooler Walls to elevation 630', land the Letdown Coolers in place and start installing the Construction

( n, Bridge.

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,_ QUARTERLY REPORT '

( Page 8 N) JUNE 1977 . ..

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Facility: REACTOR BUILDING UNIT #1 (Cont'd)

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6. Continue installation of the Polar Crane Rail.

Facility: REACTOR BUILDING UNIT #2

1. Continue Liner Plate repairs,

. 2. Continue installation of reinforcing steel, embedded metal and conduit and concrete for the External Wall to elevation 765'.

3. Contin ~ue installation of decking, ' reinforcing steel, formwork, embedded metal, conduit and process piping for the Secondary Shield Wall to. elevation 634'.
4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for

.. the Primary Shield Wall to elevation 630'.

i 5. Continue installation of Strucutral Steel to elevation 615'.

6. Complete alignment and assembly of the Polar Crane.
7. Start installation of the Personnel Lock.
8. Start landing of..HVAC equipment in areas of final location.
9. Continue installation of Weld Neck Flanges, begin installation of Flued Heads.

Facility: TURBINE BUILDING UNIT #1

1. Complete installation of reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Substructurd Wall Condenser blockout.

Facility: TURBINE BUILDING UNIT #2

1. Complete installation of Main Bay Crane.

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l 2. Continue installation of Metal Siding, complete installation of Steel Roof Deck.

3. Complete installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the

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' QUARTERLY REPORT - f JUNE 1977 ,

Page 9 (OFacility: TURBINE BUILDING UNIT #2 (Cont'd)

3. Elevated Slabs.
4. Continue Concrete Block installation for walls.
5. Continue installation of Mechanical and Electrical Equipment for Computer Support.
6. Continue installation of Mechanical Equipment, begin insta'11ation of Large Pipe.

Facility: YARD AND MISCELLANEOUS STRUCTURES'

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Service Water and Circulating Water Structures to elevation 634'.

. 2. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the Circulating Water Discharge Structure and Service Water Return.

3. Continue installation of decking, reinforcing steel, formwork, mebedded metal, conduit and process piping and concrete for .

the Process Steam Tunnel, Evaporator Building Foundations and Administration Building Base Mat. ,

4. Continue installation of Yard Ductbanks and Piping.

Facility: SUBCONTRACTS

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit and process piping and concrete for the River Intake and Makeup Structures.
2. Continue e,rection of Unit #1 Condenser, complete Unit #2 Condenser.
3. Continue Epoxy Coating and repairs.
4. Complete installation of Roof Deck, continue installation of Metal Siding on Turbine Building Unit #2.

i 5. Continue plant area Backfill.

6. Continue drilling Cooling Pond Monitoring Wells.

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a j QUARTERLY REPORT. '

4 JUNE'1977 Page 10 1

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Facility: SUBCONTRACTS i

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Begin installation of main power and startup Transmission Towers and Bases. "'

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ROBERT PELLETIER j Civil Quality Control Engineer j Graduated from high school in 1959. Served four years in the USAF as a Dental Corpsman, honorably discharged in 1963. Then employed as a shop-man in a structural steel shop end completed this employment as the head estimator, then employed by a general contractor responsible for structural steel estimating, troubleshooting, subcontract negotiating, field coord-inator and field engineer. Began employment with Bechtel Power as a Field Engineer in the subcontracts dept. , Rock Springs, Wyo. In 1975 was assigned as a QC Engineer on a Nuclear Plant inspecting structural steel erection and other civil quality control activities.

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O MEl. Vill !!YMAS .

Civil Quality Control Engineer t

  • After graduating from high school in 1976, I worked all summer in a

. chemical research laboratory which was tiie same place I co-oped my senior year. In the fall of 1976 I attended Brigham Young University and worked

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part time as a technician in a water analysis 1aboratary for the uniier-sities physical plant. In January of 1977 I joined Bechtel as a Quality Control Ass't, Engineer.. .

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KENNETH KRUG Civil Quality Control Engineer l

On completion of high school, I went to work for Technical Services, Inc.

i on the Greenwood Energy Center.

At the Greenwood Energy Center my job was testing and inspection of con-crete, after Greenwood I went to US Testing Co in San Onfre, California, there my job was testing concrete until I came to work for Bechtel as a

_( Quality Control Ass't. Engineer.

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! FIILLIAM CAIll t

Quality Control Civil Engineer -

, Graduated from high school in May, 1974. Went to work for Bechtel .

, Power Corp. as a laborer in June of 1974, on the Arkansas Nuclear One Project in Russellville, Arkansas. I worked 19 mon'ths for Bechtel at this job before leaving. During this time I work ~ed on a concrete crew

, and for the carpenter's as a carpenter helper.

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' GREGORY H. BROWN Quality Control Electrical Engineer High school' graduate with one year of college courses in Architectural Drafting and Blue Print Reading and Sketching.

Three years of Huclear Quality Control experience as Electrical and Mech-anical inspectors for Bechtel Power' Corporation and Hismer and Becker Con-tracting Engineers at Trojan H. P. P. , Humboldt Bay. H. P. P. and Midland

Power Plant Jobsites.

6 An additional three years of construction and industrical experience as a Millworker for Crown Zellerbach Corp. , a construction office clerk at Pilgrim I Plant, Manomet, Mass, and an Engineering Aide at D. A. E. 7..

Paylo, Iowa, for Bechtel Corporation.

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Ronald A. Yonekawa Quality Control Welding Engineer Mr. Yonekawa is a graduate Welding and Metallurgical Engineer. He is certified ASitT Level II in nondestructive examination for magnetic particle, liquid penetrant and visual examination methods.

His work experience, starting in 1973 with Bechtel Corporation has been as natallurgical engineer, staff welding engineer, staff welding qualii.y

, control engineer and pipeline inspector before transferring to Midland Project March 7,1977.

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Jimmie W. Baker Quality Control Welding Engineer Mr. Baker is a high school graduate with two years of college. He was certified as a welder under Nuclear Standards. Served apprenticeship ,

as welder at Norfolk Naval Shipyard.

Worked as Boilermaker and'Pipefitter Welder with Bechtel in Wyo. and ,

Arizona. -

4-Served as Ass't. Superintendent with Bechtel in Indonesia, worked as Sr.

Quality Control Engineer on Trans Alaskan Pipe Line, joined Midland Project on January 21, 1977, 1

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Farrian E. Donovan

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Receiving Quality Control Engineer Asst.

.- Ms. Donovan is a high school grc.duate with majors in Business.

and Math, with some training in keypunch operations. ..

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4.t She has worked two summers as an Asst. Fanager in a drive-in Edi .

concession. One year at. Sears Roebuck & Co. in the credit dept, taking ." .

credit appications 'using a teletype machine and also adding and deleting account information on the cor:puter.

Tne past six nonths she has worked as an~ Asst. Receiving Quality .

a Control Engineer at the Midland jobsite.

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Bi33. M. Joice i Receiving Quality Control Engineer

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.Mr. Joice is a graduate with' one semester of Jr. College with additional training course provided by Ebasco Services in Quality' Control of Nuclear ' '

Power Plants. .

He'has 16 years in construction of Hydro, Gas and Fossil Power Plants. ,

The last eight years have been in the Nuclear field. Four years'and aine f months on construction of St'. Vrain Unit #1 in Platteville, Colo, as a

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Warehouse'Materinlman and Warehouse Supervisor.

The last three years on St. Lucie Unit #1 in Ft. Pierce, Florida as a Quality Control Material Supv. for Ebasco Services. l

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n Resume of B. W. (Ben) Marguglio

,- Position and-Gompany:

V* Director of Quality Assurance - Projects Engineering and Construction

-Consumers Power Company, Jackson, Michigan

, _ Education:

BBA -- City University of New York -- Statistics -- 1954. (Awarde'd Fellowship by which to pursue Masters.)

MBA -- City University of New York -- Economics -- 1955.

Numerous electronics, management and nuclear courses at various institutions.

Experience: .

1 Twenty two years of industrial experience in electronics, aerospace and nuclear industries;-

Seventeen years in the quality field in positions of increasing responsibility, previously serving as the Quality Division Director for Aerojet Nuclear Company (ANC) at the Idaho National Engineering Laboratory and managing an annual budget of approximately $4 millinn dollars for the operation of quality laboratories and for the employment of about 150 persons, forty percent of whom are professionals;

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Five years in the position of program manager for airframe subcontract programs with combined billings of approximately $50 million annually (in the

" good" years);

Over ten years of part time teaching in the field of quality control.

Other Points of Interest:

Fellow of the American Society of Quality Control; Author of approximately a dozen technical papers; national level speaker; Author of a book on quality systems in high technology industries soon to be published by the American Society for Testing and Materials;

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