ML20003G366
| ML20003G366 | |
| Person / Time | |
|---|---|
| Site: | Shoreham File:Long Island Lighting Company icon.png |
| Issue date: | 04/22/1981 |
| From: | Novarro J LONG ISLAND LIGHTING CO. |
| To: | Harold Denton Office of Nuclear Reactor Regulation |
| References | |
| SNRC-558, NUDOCS 8104290230 | |
| Download: ML20003G366 (61) | |
Text
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LONG ISLAND LIGHTING COM PANY wWGM///Afu9'
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SHOREHAM NUCLE AR POWER STA 10N *
- O 90x 628 W AOiNG RIVE R NEW YORK 11792 TE L. t 5161929-8300 April 22, 1981 SNRC-558 Mr. Harold R. Denton, Director Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission Washington, D.C.
20555 Proposed Revision to FSAR Chapter 13.1 and Appendix 13A Shoreham Nuclear Power Station - Unit 1 Docket No. 50-322
Dear Mr. Denton:
Enclosed are fifteen copies of a proposed revision to Shoreham FSAR Chapter 13.1 and Appendix 13A.
This infor=ation is being forwarded to facilitate the staff's review of SER Open Item 51, Management organization.
We anticipate amending the FSAR with the enclosed proposed revisions in May 1981.
l Very t ly yours, 6
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l' J. P. Novarro
/Proj ect Manager b Shoreham Nuclear Power Station i
JLS/rvd' Enclosures
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PRELIMINARY DRAFT CHAPTER 13 CONDUCT OF OPERATIONS 13.1 ORGANIZATIONAL STRUCTURE OF APPLICANT 13.1.1 Corporate Organization The Shoreham Nuclear Power Station (SNPS) is solely owned by the Long Island Lighting Company (LILCO), an investor-owned public utility incorporated in the State of New York. LILCO is responsible for the design, construction, and operation of the Shoreham Station.
LILCO has established an integrated organizational structure to provide for the overall management and technical support of the c'esign, construction, licensing, startup and operation of the Shoreham Nuclear Power Station.
Executive responsibility for the management of these functions is exercised through the Vice President-Nuclear. He reports to the Senior Vice President of T&D and Operat'.ons who is responsible to the President of the Company. The Vice President-Nuclear has delegated the authority for managing his nuclear responsibilities to the Managers of the Shoreham Project, Shoreham Station, Nuclear Operations Support and Nuclear Engineering. Supplementary technical support is provided to these organizations under the direction of the Vice President-Nuclear by other LILCO departments and divisions through appropriately defined Nuclear Operations Corporate Policies.
As a minimum, the Vice President-Nuclear shall have a bachelors degree in science or an engineering field associated with power production and ten years of experience associated with power plant design and operation, at least five years of which shall be nuclear power plant experience.
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li 1hn qualificaticna and exparianca of tha' Vica Prazidant-Nuclear era pratanted in-
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c Appendix 13A.
The Vice President of Engineering has overall responsibility for corporate engineering C
t services and quality assurance policy. He reports to the Senior Vice President of 4
Engineering and Purchasing who is responsible to the President of the Company. The Vice President of Engineering has delegated the authority for managing the corporate nuclear quality assurance program to the Manager, Qualicy Assurance Department. On the Shoreham Station organization, the Operating Quality Assurance Engineer is responsible to the Plant Manager as defined in Section 17.2.
i Section 17.1 describes the Quality Assurance Program during design, construction and preoperational testing. Section 17.2 describes the program in effect during operations.
The above corporate relationships are depicted on Fig. 13.1.1-1.
13.1.1.1 LILCO Shoreham Project Organization s
The Vice President-Nuclear, has delegated the authority for managing the engineering,
, licensing, startup and construction aspects of the Company's nuclear program to the l*
Manager, Shoreham Project.
The Manager, Shoreham Project reports directly to the Vice President-Nuclear.
Reporting to the Project Manager are:
1.
Assistant Project Manager - Engineering and Licensing 2.
Assistant Project Fbnager - Construction i
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Startup Manage:
Fig. 13.1.1-2 describes the Shoreham Project Organization. The qualifications and 1
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s experience of the key Shoreham Project personnel are presented in Appendix 13A.
s The Shoreham Project Ihnager is responsible for the direction of catters related to i
project cost control, project schedule, and coordination of all project communications.
He has the responsibility to initiate appropriate procedures for engaging outside consultants to conduct and direct those functions in areas of engineering, construction and licensing which he deems essential to fulfill the LILCO responsibility for the design and construction of a safe and reliable power station.
To support the project staff in arriving at the technical and licensing decisions required for the proper execution of the Shoreham Project, the Manager, Shoreham Project has at his disposal the technical expertise of the other nuclear organizations reporting to the Vice President-Nuclear and other LILCO departments and divisions, as required. Engineers and technical personnel from various departments have been assigned to assist the Project Manager's organization as requirements dictate.
Direction and coordination of the ef forts of these supplementary personnel is the responsibility of the respective Assistant Project or Startup Manager.
s Following fuel loading, the technical and engineering expertise gained by Shoreham Project personnel during the design, construction, licensing and preoperating testing s
of the unit will be utilized to support the operation of the plant.
In this manner, the overall qualifications of the nuclear organization will be enhanced by the integration of this experience.
The Manager, Nuclear Engineering provides supplementary support personnel to the Shcreham Project that are trained in nuclear engineering, licensing, radiation protection engineering, nuclear instrumentation, materials engineering, nuclear fuel design, reactor core analysis, and safety analysis.
In addition, he has the responsibility to initiate appropriate procedures for engagi..d consultants and 3
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.8 specialists in specific areas of engineering or science to supplement the capabilities, of the Nuclear Engineering Department. This is described in Secton 13.1.1.3.
13.1.1.2 Interrelationships with Contractors and Suppliers and LILCO Shoreham Project Organization s
The Shoreham Project Manager is responsible for coordinating and approving plant
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engineering, design and construction associated with power production systems, structures and equipment.
Stone & Webster (S&W) as.the architect-engineer is responsible for the preparation of design concepts, design details, specifications, and drawings in these areas.
Final acceptance by LILCO under the direction of the Manager, Shoreham Project is required.
i The General Electric Company, as supplier of the nuclear steam supply system, submits drawings and specifications to SSW for interface which are subject to final acceptance by LILCO under the direction of the Manager, Shoreham Project.
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The Vice President-Nuclear may request design, engineering and construction support i
from other LILCO departments and divisions for special projects and studies such as administrative, warehouse and emergency preparedness facilities. Responsibility for
-4 the coordination of this support will be established by the Vice President-Nuclear.
Construction of the plant is the responsibility of the Manager, Shoreham Project through the Asst. Project Manager-Construction (UNICO).- UNICO is an organization comprised of LILCO and S&W personnel that report to the Asst. Project Manager-Construction. Onsite construction activities are under the direct supervision I
of the LILCO Asst. Project Manager-Construction.
Preoperational and initial start-up testing is the responsibility of the Startup i
Manager. He is supported in this area by LILCO test engineers and additional technical I
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__. _.. _ _ _ _ _., _. - _ _ _ _ _ _ _.~.
s assistance supplied by $&W and GE.
The responsibility of ensuring that equipment suppliers and contractors conform to approved specifications is retained by S&W, although all equipment. is procured by LILCO.
Conformance is verified through implementation of the quality assurance program described in Section 17.1.
Further information on the corporate organizatione. and responsibilities of.S&W and of_
CE are contained in Section 1.4.
13.1.1.3 LILCO Technical Support for Shoreham Operations In addition to the technical and administrative support available as part of the Shoreham Plant staff, technical and adninistrative support for operation will be provided by the Manager, Nuclear Engineer _ing and the Manager, Nuclear Operations Support and their respective organizations. These Managers report directly to the Vice President-Nuclear. The objective of this supplementary support is to assure that LILCO has the resources to discharge its responsibility for the safe operation of Shoreham Station and to have available a nucleus of personnel to provide timely technical support to the plant staff in the event of an emergency.
As shown on Fig.13.1.1-3, the Manager, Nuclear Engineering is supported by three divisions, i.e., Nuclear Systems Engineering, Nuclear Licensing, and Nuclear Fuel.
These three divisions will have as many staff specialists as required to support initial fuel loading and the safe operation of the plant. The qualifications and experience of the key Nuclear Engineering personnel are presented in Appendix 13A.
Technical design and evaluation expertise will be provided in the areas of nuclear instrumentation, nuclear materials engineering, nuclear mechanical engineering, plant modifications, radiation protection and shielding, licensing, NRC compliance, reactor physics, transient analysis, accident analysis, and nuclear fuel management.
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addition to the technical support provided by this staf f, various con ultants will be utilized as needed when supplementary expertise is required beyond that available within LILCO. The Manager, Nuclear Engineering has the responsibility co engage consultants and specialists.in specific areas of engineering or science to supplement the capabilities of the Nuclear Engineering staff.
The Manager, Nuclear Operations Support will have the re.sponsibility for coordination, implementation and direction of appropriate technical and administrative support functions carried out jointly by the Nuclear Operations Support and Nuclea_r Engineering organizations (i.e., " Engineer-in-Charge" as described in ANS 3.1 draft revision. dated ~
12/6/79). He is responsible directly to the Vice President-Nuclear for.the development and administration of corporate policies and procedures required for the management of the nuclear organization and the monitoring of its performance.
As shown in Fig. 13.1.1-4, the Manager, Nuclear Operations Support is supported by three divisions; i.e., Nuclear Regulation, Nuclear Services and Nuclear Records Management. These three divisions will have as many staff specialists as required to
'he qualificati,ns support initial fuel loading and the safe operation of the plant.
T and experience of key Nuclear Operations Support personnel are presented in Appendix 13A. Nuclear Operations Support personnel will provide operation, maintenance, technical and administrative expertise for supplementary support functions such as coordination of regulatory activities, long-range outage planning, initiation and evaluation of major projects, cost control, records management and other long-term planning activities. TherN~uclear Operations Support organization will be structured to accommodate future tasks which will also require supplemental support.
The Fbnager, Nuclear Operatioas Support position will correspond to the responsibilities and qualifications of the " Engineer-in-Charge" as described for guidance in ANS 3.1 draft revision dated 12/6/79. He will have a minimum of a 6
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1 Bachalor's drgree in Engintering or ths Physical Sciances end hava a minimum cf cix years of professional level experience in nuclear services, nuclear plant operation, or i
nuclear engineering. A maximum of two years of the six years of professional l
experience may be fulfilled by related technical or graduate academic training.
e-The Nuclear Operations Support supervisors responsible for the Nuclear Regulation or I
Nuclear Services divisions will have a minimum of a Bachelor's degree in an academic field associated with electric power production or the physical sciences related to i
electrical energy generation, and six years of experience in power plant operation and/or design.
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13.1.2 Operation Orgenizatien i
13.1.2.1 Station Organir**'
The Shoreham Nuclear Power St. t o r,
- gra.zation as shown on Fig. 13.1.2-1, 2 and 3
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will consist of a minimum of 165 full *.me employees functioning in one of 11 main sections reporting through their respective Section Heads'to one of three divisions headed by either the Chief Operating Engineer, Chief Technical Engineer, or Technical Support Manager who report to the Plant Manager. The Operating Quality Assurance division reports to the Plant Manager through the Operating Quality Assurance Engineer as described in Section 17.2.
The Operations Section of the station will include a minimum of 32 supervisors and operators, and will be responsible for operation of the station. The station will have a Watch Engineer directing the operations of each shift through the Watch Supervisor, Nuclear Station Operator and Nuclear Assis2 ant Station Operator. The Watch Engineer will report to the Operating Engineer.
The Maintenance Section of the station will have a minimum of 26 men experienced in i
mechanical and electrical maintenance of large steam-electric generating stations. The force will be supervised by the Maintenance Foreman who in turn reports to the 3
Maintenance Engineer. This number of maintenance personnel will be adequate for normal maintenance, but will be supplemented by additional competent maintenance personnel from other LILCO power stations or organizations, or outside contractors, as may be required.
The technical sections will consist of a Chief Technical Engineer, with a minimum staff of 39 engineers and technicians who will function in the areas of instrumentation and i
control, reactor physics, conventional chemistry, radiochemistry, radiological protection, fuel management, plus overall reactor coolant system and station performance.
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The technical support staff will consist of a Technical Support Manager with a minimum of 8 engineering and technical personnel who will function in the areas of NRC compliance, modification coordination, inservice inspection coordination, document review, and nonroutine testing.
13.1.2.2 Personnel Functions, Responsibilities, and Authorities The following subsections detail the functions, responsibilities, and authorities of station supervisory personnel. The succession of responsibility and authority for e'
cverall operation shall be a follows: Plant Manager, Chief Operating Engineer *, Chief Technical Engineer *, and Operating Engineer.
(* Succession shall be as defined in station administrative procedures) 13.1.2.2.1 Plant Manager The Plant Manager reports to the Vice-Pres,ident-Nuclear and has direct responsibility for operating the station in a safe, reliable, and efficient canner. He is responsible for offsite radioactive discharges and for the policy of maintaining occupational radiation exposures as low as reasonably achievable (ALARA). He bears the s
responsibility for compliance with the facility license.
13.1.2.2.2 Chief Operating Engineer 4
The Chief Operating Engineer reports directly to the Plant Manager and is responsible for the supervision of station operations, training, mechanical and electrical maintenance, administration, and security.
13.1.2.2.3 Chief Technical Engineer The Chief Technical Engineer reports directly to the P?r.. Manager and is responsible for the supervision of the technical sections. The Chief Technical Engineer's primary responsibility is to provide technical support in the areas of Nuclear Physics, Radiation Protection, Plant Chemistry, and overall station performance.
In addition to
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tha abova, ths Chief Tcchnical Enginear is ragponsible fcr maintinanca, rIpair, End s
calibration of station instrumentation and control systems.
13.1.2.2.4 Technical Support Manager The Technical Support Manager reports directly to the Plant Manager and is responsible for the supervision of the station technical support staff. The Technical Support Manager's primary responsibility is to assist other sections in carrying out their responsibilities by providing support in the areas of regulatory compliance, coordination of station modifications, nonroutine testing, document review and preparation, and liaison with headquarters organizations.
13.1.2.2.5 Operating Engineer The Operating Engineer reports directly to the Chief Operating Engineer and has the responsibility of directing the actual day-to-day operation of the unit. The Operating Engineer coordinates operation-related maintenance activities with the Maintenance Engineer and Instru.antation and Control Engineer.
13.1.2.2.6 Maintenance Engineer The Maintenance Engineer reports directly to the Chief Operating Engineer and is responsible for organizing and conducting preventive maintenance and repairs of mechanical and electrical equipment for the station. Operation-related maintenance activities are coordinated with the Operating Engineer.
13.1.2.2.7 Instrument and Control Engineer The Instrument and Control (I&C) Engineer reports directly to the Chief Technical Engineer and is responsible for the preparation of calibration, surveillance, preventative maintenance, and repair procedures; the testing, repair, and calibration of station instrument and control system; the completion of the instrumentation surveillance program as detailed in the technical specifications; and the training of 10
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technicians engaged in the calibration, maintenance, and testing of instruments and a
control systems in the nuclear power station.
The Instrument and Control Engineer administers the }kasuring and Test Equipment Program, manages the spare parts procurement for instrumentation, and implements the Instrument Record System.
In addition, the I&C Engineer coordinates work performed on-site by the Relay Section, and the Meter and Test Department.
13.1.2.2.8 Radiochemistry (RC) Engineer The RC Engineer reports directly to the Chief Technical Engineer. He is directly responsible for all station chemistry and radiochemistry activities, control and detection of all environmental releases, technical aspects of the radwaste handling systems, and oversight of monitoring of the environment and assessment of radiation doses to the public. The RC Engineer is responsible for the chemistry laboratory, including the counting room, process and effluent radiation monitoring, coordination and technical input to radwaste equipment operation, oversight of environmental monitoring programs, the Off-Site Dose Calculation Manual and the Process Control L
Program.
13.1.2.2.9 Health Physics (HP) Engineer The HP Engineer reports directly to the Chief Technical Engineer and directs the Station Health Physics activities. He is responsible for the radiation protection safety of all personnel at the plant, within the guidelines established by regulatory agencies and company policy, and for implementation of the ALARA policy and making it a formal part of the radiation protection program. The HP Engineer supervises the work of plant technicians and personnel assigned for radiation protection.
He is responsible for detecting and controlling radiation at the plant. He maintains the Nuclear tbterial License. He is a'.so responsible for shipment and receipt of all radioactive materials. The HP Engineer provides training programs as rejuired to 11
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assure that plant and temporary personnel are familiar with established U" proceaures.
I He participates in the design, review and modifications of the Radiological Emergency j
Plan. He is responsible for the emergency preparedness aspects of operating the plant and insures coordination and implementation of the emergency p,lan effort. The HP Engineer oversees the preparation of Radiation Work Permits and the performance of radiological surveillances including surveys of radiation. He maintains plant records and reports on personnel exposure, radiation surveys and contamination levels. The HP Engineer has the authority for direct contact to.the Plant Manager when he believes
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items concerning plant and public safety are not being observed to established standards.
13.1.2.2.10 Reactor Engineer The Reactor Engineer reports directly to the Chief Technical Engineer and is responsible for the management of overall ' plant performance including nuclear, thermal and hydraulic performance of the reactor core, and overall thermal efficiency of balance of plant systems including the Main Turbine-Generator. He is responsible for in-station fuel management including fuel inventory, refueling schedples, fuel warranty and core component refueling pattern. He supplies all current nuclear and thermal information to operating personnel including reactivity coefficients, control rod
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worths, core physics, core power distributions and stability. He maintains software associated with all plant computer systecs. He is responsible for conducting and evaluating testing for post refueling startup testing in compliance with the station ~
surveillance program. He is responsible for the activities of Shift Technical Advisors.
13.1.2.2.11 Training Supervisor The Training Supervisor reports directly to the Chief Operating Engineer and is i
responsible for defining the content, establishing and supervising the initial operator 12 l
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1 training, operator requalification, and replacement operator training programs. He is i also responsible for the content of training programs for all non-lice'nsed station personnel, as well as general employee training.
13.1.2.2.12 Training Instructor The Training Instructor reports directly to the Training Supervisor and is responsible for preparing training materials and conducting training lectures and examinations in support of assigned station training programs.
13.1.2.2.13 Nuclear Engineer The Nuclear Engineer reports directly to the Reactor Engineer. His duties are similar to those of the Reactor Engineer.
13.1.2.2.14 Shift Technical Advisor The Shift Technical Advisor administratively reports to the Reactor Engineer. The prime responsibility of the Shif t Technical Advisor is to assist the Watch Engineer in accident assessment and transient analysis. Additional responsibilities of the Shift Technical Advisor include: review of Licensee Event Reports, review of station procedures, evaluation of operating practices, and performance of other relevant runctions as assigned.
1 13.1.2.2.15 Watch Engineer The Watch Engineer (WE) is responsible for overall operation of the unit during his assigned shift. He reports directly to the Operations Engineer. He directs the activities of station personnel assigned to his shift and is cognizant of maintenance and operations activities beins, performed while he is on duty. The WE on duty has both the authority and the obligatlon to shut down the unit if, in his judgement, conditions warrant this action.
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13.1.2.2.16 Watch Suparvisor
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4 The Watch Supervisor is responsible for the actual operation of the unit during his assigned shift. He reports directly to the Watch Engineer. He directs the activities of the control room operators on his shif t and is cognizant of all maintenance activity being performed while he is on duty. The Watch Supervisor on duty has both the authority and the obligation to shut down the unit if, in his judgement, conditions j
warrant this action.
1 13.1.2.2.17 Maintenance Foreman J'
The Maintenance Foreman reports to the Maintenance Engineer and is responsible for the daily supervision of plant maintenance activities related to mechnical and electrical repair and building maintenance. He is responsible for the direct man'gement of the a
general labor force, and preparation of maintenance history records that demonstrate adherence to quality work standards.
13.1.2.2.18 Plant Administrative Coordinator The Plant Administrative Coordinator reports directly to the Chief Operating Engineer and is responsible for the administration and direction of the offic'e organization.
This includes plant personnel records, plant filing system, office procedures, and reproduction equipment. He administers the flow of correspondence, specifications, and drawings into and out of the plant.
He is responsible for the formulation, reproduction and distribution of procedures for SNPS.
13.1.2.2.19 Site Security Supervisor The responsibilities of the Site Security Supervisor are described in Section 1.2 of the Security Plan.
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13.1.2.3 Nonsupervisory Personnel 1
13.1.2.3.1 Nuclear Station Operator The Nuclear Station Operator (NS0) reports directly to the Watch Supervisor and is responsible for operating or Lapervising the operation of all equipment in the station er substation including the securing and starting of equipment or systems as requested; assisting in reactor fueling and station waste handling operations; and performing cperational testing as required.
he is also responsible for supervising and directing Nuclear Assistant Station l
Operators, Equipment Operators, and other personnel assigned to operations in the performance of their duties, and being responsible for their on-the-job training and satisfactory performance.
He is responsible for recognizing, reporting, and analyzing operating irregularities and assuming the responsibility for acting independently in emergencies when the Watch Supervisor or Watch Engineer are not immediately available. This re.sponsibility shall, when the Watch Supervisor or Watch Engineer are not immediately available, include the authority and obligation to shut down the unit if, in his judgement, conditions warrant j
this action.
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13.1.2.3.2 Nuclear Assistant Station Operator The Nuclear Assistant Station Operator (NASO) is responsible co the Nuclear Station Operator (NS0) for operating or supervising the operation of all equipment in the I
station or substation including the starting or securing of equipment or systems as requested; assisting in reactor fueling; assisting in station radioactive waste handling operations; and performing operational testing.
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1 The NASO is responsible for recognizing, reporting, and analyzing operating i
irregularities and assuming the responsibility for acting independently in emergencies when the Nuclear Station Operator, Watch Supervisor and Watch Engineer are not immediately available.
l 13.1.2.3.3 Equipment Operator The Equipment Operator (EO) is responsible to, and operates station auxiliary equipment under, the supervision of the NSO or NASO.
13.1.2.3.4 Technician Technicians are responsible to the engineer or supervisor to which they are assigned.
Technicians perform all types of work associated with installing, maintaining, repairing, and calibrating all station instrumentation and controls for electrical, mechanical, and nuclear systems; perform a.11 phases of water analysis for chemical and radiochemical content; perform radiation surveys; and operate, maintain, and calibrate radiation protection equipment and instrumentation.
13.1.2.3.5 Mechanic i
Mechanics are responsible to the Maintenance Foreman for properly installing, inspecting, analyzing, testing, repairing, and maintaining station mechanical and e
electrical equipment, such as, pumps, heat exchangers, generators, motors, breakers, and power cables. They are also responsible for the preparation or completion of required applicable documentation to support their maintenance activities such as completion of repair and inspection reports on safety related equipment.
13.1.2.3.6 Security Officer The responsibilities of the security officers are described in Section 1.2 of the Security Plan.
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- 1 13.1.2.4 Shift Crew Composition The minimum plant operating shif t will consist of one Watch Engineer (SRO), one Watch Supervisor (SRO), one Nuclear Station Operator (RO), one Nuclear Assistant Station Operator (RO), two Equipment Operators (non-licensed) and one Technician trained in health physics / radiochemistry techniques for a total of seven personnel per shift.
During periods when the reactor vessel is fueled and shut down, the minimum plant operation staff will consist of one Watch Engineer (SRO) or Watch Supervisor (SRO), one Nuclear Station Operator (RO) or Nuclear Assistant Station Operator (RO), one Equipment i
Operator and one Technician for a total of four personnel per shift.
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13.1.3 Qualification Requirements for Station Personnel 13.1.3.1 Kinimum Qualification Requirements This section includes the minimum qualification requirements for all responsible otation personnel, both supervisory and non-supervisory. ANS 3.1 Draft Revision 12/6/79 was used as guidance in developing these requirements. The following requirements as to experience and licenses will apply at the time of initial fuel loading or when appointed to the active position.
f 13.1.3.1.1 Plant Manager
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i The Plant Manager shall have a minimum of 6 years of responsible power plant experience 5
i' of which at least 3 years will be in nuclear power plant design, construction, start-up, operations, maintenance, or technical services.
During the (3) years of nuclear power plan experience the plant manager shall have participated in the management activities of an operating nuclear power plant during:
1.
Two (2) months operation above 20% power, 2.
Routine refueling outage (1 to 2 months),
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Initial plant startup testing or post refueling outage startup testing.
He shall have a 4 year degree in enoineering or related scientific field. He shall acquire the experience and training necessary to be examined for the Senior Reactor Operators License but may not be required to hold such a license; or have held a license for a similar unit; or have been certified at the plant or at an appropriate simulator.
13.1.3.1.2 Chief Operating Engineer The Chief Operating Engineer shall have a minimum of 4 years of responsible power plant experience of which at least 3 years will be in nuclear power plant design, 18
I ccnstructicn, start-up, cparatien, maintsnanca, er tachnical carvicas.
During the (3) three years of nuclear power plant experience he shall have participated in the management activities of an operating nuclear power plant during:
1.
Two (2) months operation above 20% power, 2.
Routine refueling outage (1 to 2 months),
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Initial plant startup testing or post refueling outage start-up testing.
j he shall have a 4 year degree in engineering or related scientific field. He shall acquire the experience and training necessary to be examined for the Senior Reactor Operators License but may not be required to hold such a license; or have held a license or NRC SRO Certification for a similar unit; or have been SRO Certified at the plant or at an appropriate simulator.
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13.1.3.1.3 Chief Technical Engineer I
The Chief Technical Engineer will have a minimum of four (4) years experience in a responsible engineering position of which at least 3 years will be in nuclear power station design, construction, start-up, operation, maintenance, or tecLnical services.
During the (3) three years of nuclear power plant experience he shall have participated in the management activities of an operating nuclear power plant during:
1.
Two (2) months operation above 20% power, 2.
Routine refueling outage (1 to 2 months),
3.
Initial plant startup testing or post refueling outage startup testing.
He shall have a 4 year degree in engineering or related scientific field. He shall acquire the experience and training necessary to be examined for the Senior Reactor Operators License but may not be required to hold such a license; or have a license or NRC SRO Certification for a similar unit; or have been SRO Certified at the plant or at an appropria6e simulator.
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13.1.3.1.4 Technical Support Manager The Technical Support Manager will have a minimum of 4 years experience in a responsible engineering position of which at least 1 year will be in nuclear power station design, construction, start-up, operation, maintenance, or technical services.
He shall have a four (4) year degree in engineering or related scientific field.
i 13.1.3.1.5 Operating Quality Assurance Engineer The Operating Quality Assurance Engineer shall meet the minimum qualifications stated in Section 17.2.1.
13.1.3.1.6 Operating Engineer The Operating Engineer will have a Bachelor Degree in Engineering or related science.
He shall have a minimum of 4 years of responsible power plant experience of which at least three years shall be nuclear power plant experience (design, construction, startup, operations, maintenance, or technical services). A naximum of 2 years of power plant experience may be fulfilled by academic or related technical training, on a one-for-one time basis. During the three years of nuclear power plant experience, the individual shall participate in the operations or technical section activities of au cperating nuclear power plant during the following periods:
1.
Two (2) months operation above 20% power, 2.
Routine refueling outage (1 to 2 months),
3.
Initial plant startup testing or post refueling outage startup testing.
The initial Operating Engineer shall be assigned to the site a minimum of 18 months prior to initial fuel loading.
The Operating Engineer shall hold a Senior Reactor Operators License.
13.1.3.1.7 Maintenance Engineer The Maintenance Engineer shall have a Bachelors Degree in Engineering or related 20
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ccicnce. H2 shall thrcugh training er exparienca h v2 n:n-ductructiva testing i
f amiliarity, craf t knowledge and an understanding of electrical, pressure vessel, and piping codes and standards. He shall have four (4) years of power plant experience of which two (2) years shall be nuclear power plant experience. During the two years, he shall participate at an operating nuclear power plant during the following periods:
1.
One (1) month operation above 20% power, 2.
Routine refueling outage (1 to 2 months).
The initial Maintenance Engineer shall be assigned to the site 12 months prior to initial fuel loading.
13.1.3.1.8 Reactor Engineer The Reactor Engineer will have a Bachelor of Science Degree in Engineering or related eciences and at the time of initial core loading will have four (4) years professional level experience of which two (2) years will be nuclear power plant experience. The experience will be in such areas as reactor physics, core meastc& cents, core heat transfer, and core physics testing programs.
During the two years the individual will participate in the reactor engineering section activities at an operating nuclear power plant during the following periods:
1-Routine refueling outage fuel handling period, 2.
Post refueling outage, 3.
Power increase from 10% power to 100% power including stabilization of xenon, 4.
Rod sequence exchange, 5.
Two (2) weeks operation above 20% power.
13.1.3.1.9 Instrument and Control Engineer
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The Instrument and Control Engineer shall have a minimum of two years of experience in the instrument and control field of which at least one year will be associated with nuclear instrumentation.
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The Instrument and Control Engineer shall posaers a Bachelor of Science Degree in Engineering or related science. He shall have participated in the instrument and control section, section activities at an operating nuclear power plant during the following periods:
1.
Surveillance testing and calibration of instruments and controls during a routine refueling outage, 2.
Startup preparation -testing at the end of a routine refueling outage, 3.
Post refueling outage startup testing, 4.
One (1) month operation above 20% power.
13.1.3.1.10 Health Physics Engineer The Health Physics Engineer shall have a Bachelor's Degree in Enginee' ring or Science including formal training in radiation protection. He shall have a minimum of four years of experience in radiation protecti~on of which at least three years of this experience shall be at a nuclear facility. Of these three years, the Health Physics Engineer shall have participated in the radiation protection section of an operating nuclear power plant during the following periods:
s 1.
One (1) month of routine refueling outage,
-2.
Two (2) months of operations above 20% power,
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3.
Six (6) months of experience oc-site.
l He shall have the technical competence to establish radiation protection programs and the supervisory capability to direct the work of engineers, techn'icians, and journeymen required to implement the radiation protection program.
13.1.3.1.11 Radiochemistry Engineer The Radiochemistry Engineer will have a minimum of two years experience in chemistry.
I A minimum of one year will be in radiochemistry at a nuclear power plant. During the i
one year, the individual shall participate in the chemistry section at an operating
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nucitar powar plent for three (3) months; no less than two (2) months shall be with tha plant operating above 20% power.
Successful completion of a chemistry and radiochemistry training program (such as a chemistry and radiochemistry certification program offered by NSS Vendors) may be equivalent to one year's nuclear power plant experience.
Six (6) months experience shall be on-site. The RC Engineer shall have a Bachelor's Degree in Engineering or related science.
13.1.3.1.12 Training Supervisor The Training Supervisor shall have a Bachelor Degree. He shall have four (4) fears of professional level experience of which two (2) years shall be nuclear power plant experience.
During the two years, he shall have participated in the operations or training section activities of an operating nuclear facility duting the following periods:
1.
Qualification and/or requalification written and/or oral examinatior. period (1 to 2 months),
2.
One (1) month operation above 20% power.
He shall have or shall acquire some training in educational techniques if not included in the Bachelor Degree course material.
Either the Training Supervisor or another individual who holds a Senior Reactor l
Operator license; or has held a license for a similar unit (BWR); or has been SRO
(
certified at the plant or similar plant, or at an appropriate simulator shall have the responsibility for the content and conduct of the training program for licensed operators.
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13.1.3.1.13 Training Instructor I
The Training Instructor shall have a high school diploma or equivalent and necessary i
special education or training to support the materials being presented. He shall have j
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exparisnee cenaistent with his instructienel dutico. Ha chall hava drmonstrat:d by experience or training, knowledge of festructional techniques and be certified by the Training Supervisor as a qualified instructor for the material being presented.
13.1.2.1.14 Nuclear Engineer The Nuclear Engineer will have a Bachelors Degree in engineering or related science and two (2) years professional level experience, of which one (1) year will be nuclear a
power plant experience.
Six (6) months experience vill be on-site.
h 13.1.3.1.15 Engineer The Engineer shall have a Bachelor of Science Degree in Engineering or physical sciences, or a high school diploma and 4 years experience in a respons1ble technical position.
13.1.3.1.16 Watch Engineer The Watch Engineer shall have a high school diploma or equivalent. He shall have the equivalent of 60 credits (900 classroom hours) in mathematics, reactor physics, chemistry, materials, reactor thermodynamics, fluid mechanics, heat transfer, electrical and reactor control theory; or the equivalent college level education or training as may be deemed appropriate based upon a task analysis for the position (guidance developed by INPO will be utilized for this task analysis); or a Shift Technical Advisor shall be available during his shift. He shall have a minimum of 4 years power plant experience of which a minimum of 2 years will be nuclear power plant operations or maintenance experience.
During the two years of nuclear power plant experience, the individual shall participate in reactor operator activities at an operating nuclear power plant during the following periods:
1.
Six (6) weeks operation above 20% power, 2.
Startup from suberitical to 20% power, 3.
Shutdown from above 20% power to cold (<212*F) and suberitical, 24
9 4.
Stortup prap3rstiens following a rafualing outegn.
The Watch Engineer shall hold a Senior Reactor Operators License.
13.1.3.1.17 Watch Supervisor The Watch Supervisor shall have a Nigh school diplona or equivalent. He shall have the i
equivalent of 30 credits (450 classroom hours) in mathematics, reactor physics, chemistry, materials, reactor thermodynamics, fluid mechanics, heat transfer, electrical and reactor control theory; or the equivalent college level education or training as may be deemed appropriate based upon a task analysis for the position (guidance developed by INPO will be utilized for this task analysis); or a fully qualified Watch Engineer or Shif t Technical Advisor shall be available during his a
shift. He shall have a minimum of 3 years power plant experience of which 2 years shall be nuclear power plant experience. During the 2 years, the individual shall
~
participate in reactor operator activities at an operating nuclear power plant during 6 weeks operation above 20% power.
He shall hold a Senior Reactor Operators License.
13.1.3.1.18 Nuclear Station Operators (NS0)
The Nuclear Station Operator will have a high school diploma or equivalent. They s*:all have a minimum of three years of power plant experience of which a minimua of one year shall be nuclear power plant experience. This one year of nuclear power plant experience shall include six (6) months of plant operational duties at the power plant.
The NSO shall hold a Reactor Operators License.
13.1.3.1.19 Nuclear Assistant Station Operators (NASO)
The Nuclear Assistant Station Operator will have a high school diploma or equivalent.
They shall have a minimum of two years of power plant experience of which a minimum of 6 months will be nuclear power plant experience. The Control Room NASO shall hold a Reactor Operators License.
25
13.1.3.1.20 Equipment Operatera The Equipment Operator will have a high school diploma or equivalent.
Equipment Operators whose actions could effect the quality of structures, systems and components important to safety will have one year of power plant experience.
13.1.3.1.21 Maintenance Foremen Foremen in the above categories will be required to have a high school diploma or equivalent and a ninimum of four years of experience in the craft discipline which they supervise, of which one (1) year shall be nuclear power plant experience. This experience may be fulfilled by an equivalent period of related training.
i 13.1.3.1.22 Mechanics Mechanics who hold responsible positions shall have a minimum of threc (3) years work experience in one or more craf ts and shall by experience or training, demonstrate their ability to perform assigned tasks and their knowledge of the significance of these tasks to plant safety.
13.1.3.1.23 Technicians Technicians will be high school graduates or equivalen'.
They will have a minimuri of three years experience. Of the three years experience, one year may be related technical training, while two years experience will be in their specialty. Of the two year specialty experience, the Health Physics and Radiochemistry technicians will have at least six months hands-on training /sxperience at a nuclear facility. Technicians will have a thorough knowledge of the design and operation of the equipment related to their field.
13.1.3.1.24 Shift Technical Advisor The minimum qualifications for the Shif t Technical Advisor should enhance the accident assessment function at the plant.
The Shif t Technical Advisor will possess as a 26
i 1
I cinimun the equivalent rf 60 cemester hours of college level studies in mathematics, cciences, engineering, associated diciplines.
The Shif t Technical Advisor shall recetve general employee training and specialized training in thermohydraulics, heat 5
transfer, and accident / transient analysis.
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27
PRESIDENT i
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SENIOR VICE SENIOR VICE PRESIDENT PRESIDENT M
H VICE PRESIDENT VICE PRESIDENT NUCLEAR ENGINEERING I
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' PLANT NUCLE AR OPER.
NUCLEAR SHOREHAM OUALITY MANAGER SUPPORT ENGINEERING PROJECT ASSURANCE e
FIGURE 13.1.1-1 DIRECTION OF EXECUTIVE RESPONSIBILITY
. SHOREHAM NUCLE AR POWER STATION-UNIT I FINAL SAFETY ANALYSIS REPORT
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- MANAGER FIGURE 13.1.1-2 SHOREHAM PROJECT ORGANIZATION SHOREHAM NUCLEAR POWER STATION-UNIT 1 FINAL SAFETY ANALYSIS REPORT
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FIN AL SAFETY AN ALYSIS REPORT 1
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MANAGER NUCLEAR OPERATIONS SUPPORT 1
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NUCLEAR NUCLEAR NU CLEAR RECORDS SERVICES REGUL ATION.
M AN AGEMENT RADIATION RECORDS RECORDS NUCLEAR NUCLEAR REGULATORY CONTROL AND FILING AND SYSTEMS TR AINING MAINTENANCE COM P L,l ANCE ASSESSMENT STORAGE NUCLEAR NUCLEAR BUDGET AND CORPORATE j
MANAGEMENT PERFORMANCE COST CONTROL i
CONTROLS I
FIGU RE 13.1.1 - 4 f
NUCLEAR OPERATIONS SUPPORT
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CHIEF OPERATING ENGINEER 109 TOTAL PERSONNEL 2
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5 l TOTAL PERSONNEL 36 l TOTAL PERSGv4NEL 32l TOTAL PERSONNEL 26l TOTAL PERSONNEL 9 l TOTAL PERSONNEL TR AINI N G SHIFT SECURITY ENGINEER ENGINEER CLERKS
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IN S TRUCTORS SUPERVISOR 4l TOTAL PERSONNEL 35l TOTAL PERSONNEL 1 l TOTAL PERSONNEL 1 l TOTAL PERSONNEL 8 l TOTAL PERSONNEL SECURITY WATCH MAINTENANCE
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ENGINEER ENGINEER ENGINEER 1 l TOTAL PERSONNEL 1 l TOTAL PERSONNEL I l TOTAL PERSONNEL 2 l TOTAL PERSONNEL INSTRUMENT CONTROL HEALTH PHYSICS SHIFT TECHNICAL
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APPENDIX 13A
. RESUMES 4
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SNPS-1 F5AR
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M111aro S. Pollocx Vice President-Nuclear Tne Vice President-Nuclear has overall responsin111ty scr the magm **elag, construction, licensing, startiap tesung, and cpration of tne nuclear fac111ues y tnin tne Company.
de reports to sne senior Vice President of Tr=a =-a = =1on Di.strinution and operauons wno is responsitte to the President os tne wapany.
The postuon is responsible for manage==nc or tse engineering, construction, ano licensing aspects or the Nuclear project until ruel w=M azat suosequently is responsinle zor tne same operation or une nuetear plant curiaq startup and commercial operat ma.
Is responsanle, also, zor 1mpl e=*ntauan ama management of engineering and. hign level tecnnsea 1 ana amu =trauwe support tunctions zor plant operauens.
Graduateil from Stevens Institute of Technology in 1351 with a oogree la Meenans cal ingineer (M.L.). Completed the General f.lectric Eolling Water Aeactor S2.mulator Orient tion Program in 1973.
Completea toe university or alcnigan Punlic utility Executive Program in 19 t,9.
Attancent an Operarmna a quality Assurance Indoctrination Program in 197s.
1974-13s0 Became Manager of the Liectric Production Department (fossil and hoclear) in 1974, anc full authority in the a m nistration of tne opera n on of electric producu on system and significant participauon in the engineering developnent or producuon systes. addluona and mod 1xica ucas.
On July 1,
- 1978, was relieved of aNnt atrative responsib211 ties relauve to tne zoss11 sr.eam system to devote full erfort to the oevelopment or nuclear operating plant; and support organizaticas and coordmation or tsnal nuclear plant i
startitp and operating acuvines.
196d-1974 Assistant ranager of 2.lectric Producuon Department wita responsin111 ties or operating managa^*nt 01 3991 MW of electric produccon Iacilices consisting 2524 fee or fossil steam plants,1967 MW of internal ccanusuon generating or equipment ana with respoae M hty tor setup ans developont of tne operating organiza tion for the systera's zirst nuclear unit wits zull authority to act for the alectric Production Manager in all areas.
19o5-19e8 Manager of an 800 MW fossil steam power plant with responsicalities og direcuon or operation, perrormance, ma2neenance, stazz scpport groups and cost control with associated ^^ms =tranve fuscuons. Assignment entailed initial setup of the operating organinuon, scre*n' ng and selection oZ plant complement and startup of two 400 too fossd steam units.
1957-1965 Assistant Managar of two different fossil ste-sa power plants with responsin111tles or tirection of operation, perfor=ance, masntenance and start support groups.
One plant. consistea of eignt boilers ana rive steam turnines witn a capacity or 400 toe. One plant consisted or two rollers and two ateaan turbines witn a capacity ot 378 nie.
Becane Manager or the 400 M3, plant in lyt 3.
1951-1957 Second line - supervisory positions in gewer gflants with engineering responsmsi s tles in area of performance, operation, em ntenarce ans personnel asanagessent.
Supervision or specific startup zunceirm or three 100 a*n toss 11 steam generating units.
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SNP3-1 FSAR Ifon-1948 th.ited States Army Ordinance rancer or tM Prime Movers Conraittee and buclear succcaLaittee of sne katson ElectricInstitute,h.. the American Scciety of steenma=1-Eng2aeers anJ %s Amee.un sJ..her Sec.t New YorA State Pistol Permit f
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- i SNP3-1 FSAR II Josepn P. Novarro i
Project Manager
.l Long Island Lignting Company d
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Assigned as Project Manager,ot the Shoreham buclear Power Station la 197s.
Respons1 Die for engineering, construction, and preoperarirnal testing et the pAant.
Graduated from Manhattan College in 1%3 with a bacnelor et &lectrical 2.ngineering degree. Graduated from the Oaz Aldge Scacol or Reactor Tecanology (ORSOkT) in 190e.
1366 - 1378 i
i, imployed by Mng Island Lighting Company. from December 137b to Angust
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1978 nela ene position of Project Manager zor the Jamiesport Nuclear Power l
Station.
Responsinle for the pre 14=$==ry engineering.. construction, p'====
ano state and ERC licensing activities.
i From 197e to 1976 held the position of Project Engineer and Ass $stant Project Manager for tne Shoraanam Nuclear Power Plant.
kesgn=*4 hie zor the direction ot engineering and licensing activities or cocyany personnel, the arenitect engineer, and 8SSS vendor.
2 From 1972 to 1974 6erved as Project Engineer for tne Jamesport Nuclear Power Plant. Responsible for the conceptual cesign ann Ardc2tect Angineer, MsSS Vendor selection process leading to initiation of tne project.
From 19tr6 to 1972 served as Asscciate ingineer, Nuclear tagineer, and Assistant Project A.ngineer zor the Shoreham Plant.
Respons1 Die for the review ot prei w ~ ry engineering.and support of the construction permit licensing process.
1so3 - 1%6 Aciployed oy U.S. Atomic Energy Comeninston (ASC), New Yorx Operations urtice.
Attended ORSCRT while on worX/ study program or Af.C.
As Reactor angineer, resisnsinle zor replacement reactor core racrication of land basma mHitary reactors and researen and development programs supporting the large wat.er reactors demonstration projects.
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j SNPS-1 FSAR witt. RAM J. MUSELER ASSISTANT PROJECT MANAGER CONSTRDCIIONl SHOREHAM NUCI. EAR POWER STATION IONG ISLAND LIGHTING COMPMY My name is william J.
Museler.
My business address is Long Island Lignting Company, P. O. Box. 618, Wading River, New York. I am the Ass't Project Manager for the Shoreham Nuclear Power Station reporting to the Shoreham Project Manager.
My responsibilities include the supervision of the DNICO Constructica Organization which is,harged with the responsibility of constructing the Shorenam Station. The UNICO Organization is a composite construction management group consisting of LILCO, Architect Engineer, and Consultant Engineers who supervise the.various contractore responsible for the physical construction.
Construction Scheduling, Cost Reporting, Field Purchasing, Field Design, Site Security and safety, Records Managment, and Site Accounting also fall under ~the Construction Manager's responsibility.
The DNICO Construction Management Organization is responsible for the Shoreham Nuclear Power Station up to the point of system turnover to the Startup Testing Group.
I received my Bachelor of Science degree in Engineering Science from Pratt Institute in 1962 and my Master of Science degree in Mechanical Engineering from Worcester Polytecnnic Institue in 1964. In addition I have complete one (1) year of Post Graduate work in Nuclear Engineering at the University of Florida and have taxen additional courses in Industrial Management from the Poly +em Institue of Brooklyn.
I have been employed by the Iong Island Lighting Company since July 1973, and have held the positions of Assistant Project Engineer, Mechanical Construction Engineer, Assistant Project Manager, and currently Assistant Project Manager-Construction.
From 1973 to ~1975 I held the position of Assistant Project Engineer on the Shorheam Nuclear Power Station (one year) and the Jamesport Nuclear Power Statico (one year). In these capacities, I was responsible for reviewing the base plant design, assuring that procurement documents reflected the appropriate design and 4
Quality Assurance requirements, and preparing varicus licensing doctzseats for the FSAR and New York State Article 8 proceedings.
From 1976 to 1977, I served as a Mechanical Construction Engineer at the Shoreham Station, supervisina a group of four (4) engineers responsible for the monitoring of the Mechanical effort on site (Piping, Welding, Mechanical Equipment, etc.) I chaired several task forces during this period directed towards the improvement of the Mechanical effort at the Shoreham site, resulting in a three (3) month direct demonstration of techniques for the improvement of the Piping and WeirH ng effort in the Reactor Building.
From 1977 through 1979, I served as Assistant Project Manager respcasible for Engineering, Licensing, and Cost, reporting to the Project Ma uger.
The Assistant Project Manager is responsbile for the supervision of the Architect Engineering effort, all contacts, commitments, and company positions relative to the NRC Licensing proceedings", and the overall plant cost estimate and yearly budgets.
In March of 1980, I assumed my present position of Construction Manager of the Shoreham Nuclear Power Station.
J.
j Prior to joining the Iong Island Lighting Company, I was employed as Deputy Director of the Eighty Inch (80")
Hydrogen Track Chamber at the Brookhaven National Laboratory from 19b8 through June 1973.
In this position I was responstale for supervising the operating personnel of the Eighty Inch (do")
l Chamber as well as for the design of system modifications invoviving High vacuum, Hydraulic, Optical, and Cryogenics Systems.
I l
From 1965 through 1967 I was employed by Ccrabustion Engineering, Incorporated in Windsor Connecticut as an Associate Staf f Engineer and worked in the development and test area on the Heavy Water Cooled Organic Moderated Reactor (IGOCR) Project and the Palisades Nuclear Power Plant.
I am a member of the American Nuclear Society and chaiman Elect of the Long Island Section of that Society.
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SNPO-1 FSAR BRIAN R. McCAFFREY
.l ASSISTANT PRCh7ECT MANAGER ENGINEERING & LICENSING SHOREHAM NUCLEAR POWER STATI0tt IANG ISLAND LIG3?ING COMPANY c
My name is Brian R.
McCaffrey.
My business address is Long Island Lighting Company,175 E. Old Country Road, Hicksville, New York. I am Assistant Project Manager-Engineering and Licensing for the Shoreham Nuclear Power Station, reporting to the Project Manager. I am responsible for the overall engineering and licensing,of the Shoreham Station. In this capacity, my organization directs and approves tne engineering efforts of the Architect Engineer and Nuclear Steam supplier.
This organization is also responsible for directing the activities leading to an Operating I.icense from the NRC.
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I received my Bachelor of Science degree in Aerospace Engineering fross the
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University of Notre Dame in 1967 and a Master of Science degree in Aerospace Engineering from the Pennsylvania State University in 1972. I have also received a Master of Science degree in Nuclear Engineering from the Polytechnic Institute of New York in 1978.
In addition, I ca:rpleted a General Electric BWR Design Orientation Course in 1978.
I was employed as an Engineer with Gru= nan Aerospace Ct.rporation fror.1968 to 1972. Primary responsibilities were in the areas of aircraft aerodynmirm and flight test stability and control.
I have been employed by Long Island Lighting Company since January 1973. Prem January 1973 to May 1975, I held the positions of Associate Engineer and Engineer in the Power Engineering Department involved with balance of plant engineering co both fossil and nuclear power stations. From June 1975 to September 1977 I held the position of Senior Engineer in the Power Engineering Department with responsibilities as Project Coordinator for gas turbine installations and Lead Mechanical Engineer for nuclear projects.
In the period from October 1977 to December 1978,.I held the position of Senior
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Licensing Engineer for the Shoreham Nuclear Project responsible for the licensing activiths leading to an Operating License.
In the period January 1979 to April 1980, I held the position"of Project Engineer
]
for the Shoreham Nuclear Project.
Responsibilities included directing the activities of Project Engineering and the Architect Engineer in the engineering and procurement for the Shoreham Nuclear Power Station.
In April 1980, I assumed my present position as Assistant Project Manager for Engineering and Licensing for the Shoreham Project, with responsibilities for an i
integrated engineering and licensing program.
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I am a member of the American Society of MeAnb=1 Engineers and the Icog Istanti Section of the American Nuclear Society.
I am a registered professional Engineer in the State of New York.
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?00R OREL
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SNPS-1 FSAR
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i EDWARD J. YOUNGLING
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Startup Manager g
Long Island Lighting Company t
Assigned as Startup Manager in March 1981. Responsible zor the Preoperational test activities for the Shoreham Nuclear Power Station.
Report to the Shoreham l
Project a time baiore fuel loading designated by the ProjectManager during the period prior to f Manager.
Responsible zor I
coordinating all initial construction prioritiesCheckout & Initial Operations and Preoperational Testing.
Set by system / subsystem and monitor conatruction progress as it relates to the startup schedule.
construction schedule as conditions d m nri.
Havu the authority to modirf Chairs construc.lon release meetings
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at which status of construction, as - it relates to systems scheduled to be released, is discussed. Participates in tne meetings of the Joint Test Group.
Ensure that the established procedures of docu:nentary control are followed.
Responsible for the review, monitoring, supervision and approval of Checkout &
Initial Operations Tests, Preoperational Tests, and Acceptance Tests, review of the JTG according to results.all test results su::xr. aries and reconsnend acceptance, reje.ction or pa required for testing of Shoreham. Responsible for the production of all the Sof teare i
Graduated from Lehigh University in 1966 with a Bacnolor of Science Degree in l
4 Mechanical Engineering.
From June 1966 to March 1968 attended Union College achieved credits towards a Masters and Successtully completed the fcilowing training courses:of Science Degree in buclear Engineering.
" Introduction to Nuclear Power" by UUS Corp., July 1970
" Boiler Control Fundamentals" by General Electric Co. at the G.E. Simulator, August 1972
" Process Computer Concepts and Practices" by General Electric Co.,
February 1973 "Shoreham Research Reactor Training Program
- at Brookhaven National I.aboratory Medical' Research Reactor (NRC SROC. license candidate research reactor training requirement), May 1975
" Planning for Nuclear Emergencies" by Harvar[1 Schcol of Public Health, May 1976
" Interagency Course in Radiological E=ergency Response Phnning in Support of Fixed Nuclear Facilitaes" by Nuclear Regulatory Cc::Unissicn, September 1978
" Customer Engineer Training Progra:a fn the Methoos Used to Conduct Fnimum Turcine Capacity Tests and Analyze Results to Detect and Correct Cycle Losses" by General Electric Co., Large Steam Turbine Divisica, September 1979 "Shoreham Nuclear Power Station On-site Training Program" (NRC SROC license candidate plant system training requirement), January-April 1979.
"LILCO Advanced Supervisory Workshop," April 1979 "LILCO Management Workshop," December 1980 Achieved a Senior Operator Certification from the General Electric Company on i
the Duane Arnold Energy Center Boiling Water Reactor.
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-l M 1979-March 1901 Assigned as Nuclear Services Supervisor in May 1979, reporting to the Manager, Nuclear Operations Support Division. Responsible for the management and coordination of those support services required by LILCO Nuclear Power Stations. Ttese support i
services include coordination of major station modifications, performance of resources of other LILCO Departments and outsideoperational design reviews, coordinating the consultants to acnieve a
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desired result assigned to the Division, coordinating long-range planning activities associated with plant maintenance, fuel c cle strategy and budget I
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t SNPS-1 FSAR and cost control, monitoring overall plant and individual equipment periormance, maintaining a current knowledge of f ederal regulations, industry
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codes and stancards, ano changes thereto applicable to the facility.
Participated on the LIICO Corporate Task Ibrees assessinch Shoreham design and operations, corporate communications, and overall company emergency preparedness following the Three Mile Island Unit 2 accident. Responsible for the Shoreham Control Rocus human factor design review.
Developed the corporate policy manual cetining interdepartmental responsibilities for the LIlCO Nuclear Program.
t Feoruary 1975-+tav ' 1979 Assigned as Chief Technical Engineer of the Shorenam 1.uclear Power Station-Unit 1 in January 1975.
Responsible for the activities of the Instrtumentation and control, Health Physics, Radicchemist7 and Reactor Engineering Sections of the plant staff, incluaing the development of administrative and technical programs and procedures to meet regulatory, company and industry requirements; and the training of professional personnel and technicians to satisfy qualification standards. Served on the plant Review of Operations ihmittee (ROC) and when designated acted as Chairman og the ROC In the Plant Manager's absence. Served as a memner of the plant Licensed Source User's Committee as stipulated in NRC Nuclear Material License No. 31-17432-01, February 1977.
August 1974-January 1975 Reassigned to tne plant staff as the Instrumti.. cation and Control Engineer, then Acting Chief Engineer-Technical. Responsible for manpower planning and the development of the technical train ug programa for subordinate personnel.
Participated in generating portions of the Shoreham Safety Analysis Report, and in the review and approval of plant operating procedures, lesson plans and system descriptions.
July 1973-July 1974
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Named the Instrumentation and Control Engineer for Shoreham Nuclear Power Station and assigned to the General Electric. Company Startup, Test and l
Operations (STP) organization at the Duane Arnold Energy Center in Cedar i
Rapids, Iowa. Participated in the preoperational test program in the areas of nuclear instrumentation, process radiation,
.nd reactor vessel Instrumentation. Acted as G.E. shif t engineer during fuel loading operations and as assistant to G.E.
shif t engineer during startup testing ana power ascension program. Participated in the G.E. shif t engineer training program and sat for the G.E.
Certifica11on Examination for DAEC.
8,ugust 1972-June 1973 Reassigned to Shoreham Nuclear Power Station Project as the Assistant Project Engineer, then Project Engineer.
Responsible for overall plant design control.
Coordinated design effort between LILCO, Stone 5 hebster l Engineering Corporation, General Electric Co.
Nuclear. Energy Division, I
various majo: equipment suppliers and regulatory agencies.
November 1971-July 1972 Reassigned to the Northport Power Station to participate in the startup of Northport Unit No. 3.
Directly responsible for the startup of the boiler for this 380 MW unit including the fuel saf ety systera, the combustion control system, and associated mechanical equipment.
Assumed overall plar.t shift operations responsibility during the latter stages of startup. Mas an instructor in the Unit No. 3 systems' training program given to plant
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supervisors, operators, technicians, and mechanics.
li 0
L ll SNP2-1 FSAR November 1969-October 1971 i,
Assigned ~to the Shoreham Nuclear Power Station Project 2n tne Nuclear D
Engineering Department.
Participated in the eng2meering review of the
'l Shoreham plant design in the following areas: plant equi;mment layout, p
equipment specifications, equipment selection, main control board desagn,
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plant operations logic, plant instrinnencation, plant computers. Review included con. acts with the A-1, Stone 5 hebster, NSSS supplier, General Electric company, various vendors and visits to several nuclear stations.
April 1968-October 1969 Employed by the Iong Island Lighting Company and assigned to the Northport Power Station. During the period, assisted in the startup of Northport Unit 2, assisted in the station maintenance section supervising routing and snutdown maintenance activities and acted as the station Results Engineer responsible for the repair and calibration of tne station Instanament and control systems and for n:onitoring station perzormance.
June 1966-March 1968 Employed by the General Electric Company at the Knolls Atcunic Power Laboratory. Stationed at the West' Milton Site as a Mechanical Test Engineer on the S3G Prototype "USS Tritor." s* wine. Mnile at the S3G plant, say responsibilities were to prepare procedures for tests and operaticns whicn were not in accordance with nor=al plant operations; supervise the actual tests, analyze the results and issue reports to the Alc.
'Ihe following specific activities were engaged in: ccrupleted selected sessions of the l
Engineering Officer of the Watch Training Course, participated in numerous plant tests including routing low power physics testing including directing i
reactor control rod movements through Navy reactor operators, maneuvering transients, main coolant pump tests, power runs, various engine room tests and ultrasonic testing to trend pipeline degradation.
Participated in Advanced Reactor Control Program as Lead Shitt Test Engineer, including completion of required training program, and performing preoperational tests and integrated plant acceptance testing.
Herr %r - American Nuclear Society.
Hold a Guest Associate Engineer appointment in the Reactor Division at Broortaven National I.alnratory.
Member - Pi Tau Sigma.
Hold an Engineer in Training Certificate-state of l
Pennsylvania (State Registration Board for Prof essional ing2neers).
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DONALD J. BINDER R1 nager, huclear laganeering g
Iong Island Lighting Company y
,My name is Donala J.
$1nder.
My business
- Company, 175 East Old Country Road, Ricksville, hew York.. I amaddress is Long Island Lighting the Nuclear by responsibilities include the review and epproval or the technicalEn the Manager at l
nuclear systems engineering aspects 02 it applies to the Company's p,verallradiation protection, nuclear luel and 11-=4_~; as nuclear program.
In carrying out these respons2bilities, personnel under my direction will provide,t,,he technical support for tne Campany nuclear plant operations.
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1 received my bachelor of Mechanical Engineering degree from the Polytechnic
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Institute of Brooklyn in 1955 and my Master of Scaeace degree an haclear i
Engineering Physics from long Island University in 1969, in addition, I have cc,mpleted courses in Nuclear Reactor Engineering at the University of Mich2g 1963 ano 2n Nuclear Power Reactor Satety at thes Massachusetts Institute of
- 14chnology in 1969.
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I have been employed I have held the position or Junsor 2.ngi.neer, Associateby Ion 7
period 1955-1968 In the and Engineer in carrying Eng2neer architectural ana s,d,esign; gas production, tran=mi==1on and distributionout var foss11 power plant tructural building modifications, and economic studies. design; In 1968-1969 I held the position Group, responsible for obtaining various Federal, State, andof senior engineer in the Nuclear P the Shoreham Nuclear Power Station.
local permits for Zrom August 1969 to February 197O', I held the pos2 tion of fluality Jbssurance pammt..trator for the Shorenam Nuclear Power Station respansible t establishment of that project's o_verall quality assurance program.oe the 2nitial In the Engineer for the Shoreham Nuclearperiod trom February 1970 to August 1972, I belo the po Power Station responsible for the overall Alrection or the specifications, _and purs ha=e recontnendations. architectural engineering effort, 2ncluding re Angineering D,1 vision with responsibility for its initial d velo [n e'Huclear l
In December 1978, I assumed my present positaan of Nanager of the Nuclear l
Engineering Department.
I am a Nuclear Society. member of the Arierican Society of M*emie=1 Engineers and the American I am a registered Professional Engineer in the State or New York. *\\
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SNPS-1 FSAR DR. HANCOCK CHAU Manager, Licensing Long Island Lighting Company
- My name is Bancocx Chau.
175 East Old Country Road, Ricxsville, New York.My business address is Long Island Lighting Company, I am the Manager of the Nucloac Licensing Division responsible ior the generic associated with the Comoany's nuclear power program. licensing engineerlag ofsorts In this capacity I report i
to the Manager, Nuclear Engineering Department. My responsin111 ties include the technical assessment of the health and satety aspects of radiation protection, nuclear systens components, designs and structures in light of sne various generic criteria, and guidelines established by the Federal Muclear segulatory Comraission, Environmental Protection Agency, New York State, and local governmental agencies.
I was graduated frca Rensselaer Polytechnic Institute in 1956 with a anchelor of Science in Biology.
T received a Bachelor of che:aLeal Enginamnng from Rensselaer Polytechnic ' utitute in 1957. In 1961 I received a Master of science in Mechanical Engineering from the university of Ccanecticut, and in 1965 I received my Ph.D.
in Mecnanical Engineering from the same University. My graduate studies included the nuclear engineering option la mecnanical engineering.
I have complet04 training courses an Boiling water Boector and Pressured Water Reactor technology. I am a Regents appointea member of the New York State Board for Engineering and Land Surveying. As a Prof tesional Board Member, I assist the Board of Regents and the State Education D pai u.t ce matters of licensure, practice, and conduct of all licensed professional engineers and land surveyors in New York State.
r From 1957 to 1959, I was a Medical Service Corps otitcer for the U. s. Arzny la Europe.
I was in the Industrial Hygiene Engineering Branch and was responsible for the laboratory and field investigation of environmental nealth problems involving radiation protection, potable water, toxic chemicals,
- heating, ventilation, and noise.
From 1959 to 1960, I was a Project Engineer at the F.lectric Boat Divisio t of General Dynamics Corporation responsible for directing the develnp= mat of a photosynthetic gas exchanger using algae for life support in a closed ecological Results of this study and other related studies were system.
published in the Journal of Food Tec'hnology and in the American Instituta or Biological Sciences.
a From 1960 to 1965 I was a Graduate Teaching Assistant and graduate student in mechanical engineering at the University of Connecticut. Frein 1965 to 1967 I was an Assistant Professor of Mechanical Engineering at New Yorx University. I taught undergraduate and graduate courses in mechanical engineering.
My research and publication activities were in the areas of radiation heat transfer.
From 1967 to 1973, I was an Advanced Development Project Engineer at Grummaa l
Aerospace Corporation responsible for directing R&D activities on long term cryogenic storage in space.
As an Advanced Development Ther:nodysamic Group Leader, I was responsible for directing the heat transfer and nar-adynmic design of cryogenic tankage ror space applications. I have published papers and reports associated with the analytical and experimental treatments of vacuum multilayer insulation systems and cryogenic design. Some or which have appeared l in RSD reports, thermophysics conferences, and in the Progress in Astronautics and Aeronautics.
I joined the Long Island Lighting Company in 1973 as a nuclear mechanical engineer in the Nuclear Engineering Division.
I worked in the area of engineering licensing for the shoreham Nuclear Power Project. In 1974, I became.
the Section Head of Licensing Engineering. I was responsible for the development and malatenance of essential regulatory expertise in the health ano safety areas relating to the construction and operation of nuclear power stations.
In December 1978, I assumed my present capacity as Manager of the Nuclear Licensing Division.
13A-l0 P00R 0 %
t SNPS-1 FSAR I ad a member of the American Society of Mechanical Engineers, the American Nuclear Society, the National Society of Professional A.ngineers, and the National Council of Engineering Examiners.
5 I am a licensed Professional Engineer in New Yort State.
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SNPS-1 FSAR ROBERT M. KASCSAK
- Manager, Nuclear Systems Engineering Long Island Lighting Conpany 0
business address ks Iong Island I.ighting
- My name is Robert M.
Kascsak.
My Company, 175 East Old Country Road, Ricksville, New york.
I am currently the Nuclear Systems Engineering Division Manager. My Divisional responsinilities include overseeing an engineerirn staff organization capanle ot analyzing and coordinating activities associated with nuclear plant design, operation, reliability and safety.
My responsibilities include approval of Architect Engineer designs, vendor designs, and in-house support effort associated with future plant modifications.
j I graduated from Manhattan College in 1969 with a, Bachelor degree of Mechanical
~
Engineering.
In 1977 I receiveo a Masters or Science degree in Nuclear i
Engineering from Polytechnic Institute of New YorX.
courses in BWR and PWR technology.
I have completen training In 1969 I joined Long Island Lighting Cmpany as an Assistant Engineer in the Mechanical and Civil Engineering Department. I worked on various tossil 2nel power station projects in the capacity of Associate and Senior Engineer. In particular, I was involved in the late stages of the Northport Power Station Unit 3 and the early stages of the Northport Power Station Unit 4 mechanical engineering design.
From July 1974 to March 1975, I served as LILCO Lead Mechanical Engineer for the Shoreham Nuclear Power Station and the Jamesport Nuclear Power Station.
In March 1975 I joined the Shoreham Project Group as an Assistant Project 2ngineer, atter which I assumed the responsibilities of Project Engineer.
From March 1975 to January 1919, I held the position as Project Engineer for the Shoreham Nuclear Power Station.
As such I was responsible for the review and approval of desicst activities prepared by our Architect / Engineer, Nuclear Steam Supply System Vendor, and LILCO in-house engineering departments.
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I am a registered Professional Engineer in New. York State and a member of the American Society of Mechanical Engir.eers.
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f SNPS-1 FSAR WILLIAM J. ' TUNNEY Manager, Nuclear Fuel Long Island Lighting company My name is William J.
Tunney.
My business address is long Island Lighting Company,175 East Old Country Road, Hicksville, New Yorx.
I am the Manager or tne Nuclear Fuel Division and report to the Manager or the huclear Engineering Department.
I am responsible for nuclear fuel design and performance, long range planning and scheduling, and technical and economic alrection for the various components of the nuclear fuel cycle.
i I was graduated in 1962 from.Norcester Polytechnic Institute with a Bachelor of Science Degree in Physics.
I have completed training courses in Be8R and PHR technology.
Prom 1962 to 1970 I was employed by Brookhaven National Laboratory in the pos. tion of Pnysics Associate. During this period I was involved in conducting Independent research in the area of experimental reactor p%ysics.
I have been employed by the Iong Island Lighting Company (LILCO) since 1970. In the period 1970-1973 my responsibilities were to provide technical support toe the licensing efforts on the Shoreham Plant required to obtain a construction permit.
From 1973-1974 I was responsible for nuclear fuel management which included long range planning, fuel contract evaluations, fuel economics, and developnent of fuel management capabilities necessary to support the safe and economic operation of LILCO's nuclear plants.
From 1974-1378 I held the position of Section Head, Nuclear Fuel Management Section, and from February 1978 to the present I have held the position of Manager, Nuclear Fuel Division with the responsibilities of both in core and out of core nuclear fuel management.
I am a member of the America'n Nuclear Society.
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SNPS-1 PSAR R.A. KUBINAK Manager, Nuclear Operations Support h
Iong Island Lighting N=pany h
he Manager, Nuclear Operations Support reports to the Vice President-Nuclear and has the responsibility to provide headquarters technical and nontechann a1 for operating Nuclear Stations.
support enhance the safe, reliable, and economic operation ofThe prime objective of this support effort is to the nuclear facility by mainemining an offective interf ace and flow of infornation between the nuclear stations and regulatory agencies, company departments, and outside resources.
Within this of accomplishing long range operating functions properly basedobjective, the division i in headquarters.
l These include administration of.the corporate Nuclear Aeview Board, cannhse t of special studies, long range outage planning, compliance with j
Pederal and State I.aw, records management, project management representation for units in the t
1 design and construction phase, regulatory representation, control of major nuclear plant modifications, industry representation, evaluation of plant i
performance, coordination of corporate nuclear policy, and the conduct of special programs.
f Graduated from in Electrical Engineering (BEE).Rensselaer Polytechnic Institute in 1953 with a Bachelors degree 1
Completed the General Electric Boiling Mater Reactor Sinmlator Senior Reactor Operator. Program in September of 1971, and obtained a certificate as a i
Completed Training programs with the Nestinghouse Nuclear Training Organization, the NUS training organization, and various manufacturer's training schools in equipment operation, maintenance and nondestructive testing.
Dowling College in 1979. Received a Masters of Business aA=*n* *tration pia 4 from l
I 1969 1978 i
Assigned as Plant Manager for the Shoreham Nuclear Power Station in 1969..
1 Responsible for the establishment and training of the Shoreham plant staff to qualify for nuclear plant operation. Additional responsibilities included the respresentation of the Electric Production Department in Shoreham engineering activities with I.ILCO Engineering Groups, associated enganeering firms and consultants. Engaged in technical licensing efforts with federal, state and local regulatory groups.
Assigned as a preoperational test i
engineer and shif t engineer on the General Electric Startup Team for the l
Commonwealth Edison Dresden Nuclear Generating Station Units No. 2 and No. 3.
1965 - 1969 Chief
- Engineer, Northport Power Stah. ion, in the Electric LdWdon Department. Directed engineering, supervisory and nonsupervisory personnel in the startup, operation and units. Initiated design reviews, recommended revisions, andmaintenance of two 400 MW steam gene directed ~fiold modifications.
Responsible for econcstic studies and equipment evaluation.
1963 - 1965 Operations Engineer of the Glenwood Power Station. Responsihte for the direction of the operations personnel in the operation of piant equipment.
Developed operating procedures and reliability.
and techniques to optimize plant efficiency 1961 - 1963 Maintenance Engineer at the Port Jefferson Power Station. Responsible for the maintenance of power plant systems and equipment.
Directed repair efforts through foremen and mechanics.
Responsible for the design, instrumentation, and installation of subsytems including power piping and electrical power distribution.
13A-M P00RORGNAL
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1957 - 1961 Plant Instrument and Control Engineer at Port Jefferson Power Station.
Directed the efforts of engineers and technicians in startup and maintensnce of power plant electronic,. pneumatic, and hydraulic control systems.
1955 - 1957 Assistant Engineer in the Electric Production Department.
Training assignments included the startup of accessory electrical equipment, maintenance of power plant equipment; developing techniques to oprimi+=
equipment performance and reliabliity, ccapleted assignments in the masntenance of power plant electrical instrumentation: and th'e analysis and reporting of performance data for electrical generatang units.
1953 - 1955 Radar Maintenance Officer with the D.3.
Air Force Air Defense Cbemand.
Responsible for the analysis of radar equipment perfocnance and malfunctions, directed calibration and repair through maintenance technicians.
A memcer of the American Nuclear Society, and the New York State Society of Professional Engineers, and the Prime Movers Connittee of the Edison Electric Institute.
Registered Professioaal Engineer, State of New York. AEC Certified Reactor Operator, Dresden Unita 2 & 3, Commonwealth Edison Company.
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SNPS-1 FSAR JEFFktYL. SMITH Supervisor Nuclear Regulation, Nuclear Operations Support
- Long Island Lighting Company.
Assigned the Manager, Nuclear Operations Support Division.to the position of Regulatory Supervis Have overall responsibility for the managenent and coordi5ation of nuclear regulatory natters which are under the jurisdiction of the Vice President-Nuclear.
These regulatory matters include licensing and compliance activities associated operating license, Nuclear Review Board aff airs, special compliance projectswith maintain programs and company comitments to federal, state and local agencies.
l and Graduated degree in Mechanical Engineering.from Clarksen College of Technology in 1967 with a Bache Received a Master of Science degree in Nuclear Engineering in 1978 from Polytechnic Institute of New York. Chapletea the f
General Electric Boiling Water Reactor Simulator Program in December 1979 and obtained certificate as a Senior Reactor Operator.
a Training at Millstone Nuclear Station from May to June 1980. Completed BNR Observation courses with General Completed and Practical Nuclear Power - PlantPhysic Cbrp. relating to Nuclear and Core Physics in 1974 training Technology in 1975 and with the General Electric Co.
at the BWR simulator training on a boiling water reactor (six day program).'Iraining Center in 1976 1975 - 1979 Held the position of Manager, Operational Quality Assurance at the Iong Island Lighting C M any.
To provide an initial orientation into quality assurance functions, I was assigned to Rochester Gas and Electric Corporatice's Quality Assurance Department from June 1975 to May 1976 as QA Engineer.
In this
- position,
.I participated in quality control activities at R. E. Ginna Nuclear Sta tion, audited nuclear station activities, prepared headquarters assurance the Manager, Operational Quality Assurance, I wasprocedures and received certification as As
-responsible for establishing and assuring the overall implementation of the Operational Quality Assurance Progra, defining the content and changes to the Operational Quality Assurance Manual and evaluating the manner in which quality aff ecting activities both onsite and offsite are conducted by means of caecks,
- reviews, audits, snrveillance and inspev:tici:s.
1974 - 1975 i
l Assigned to Ricksville Operations Center as the Staff Engineer in the Electric
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Production Department of Long Island Lighting Company respn==ih1e for coordination and liaison with the Jamesport Nuclear Project.
In addition, I was responsible for turbine, boiler, capability and equipment performance testing all electric generating stations on the LILCD system.
at 1972 - 1974 l
Eeld the on the Long Island Lighting Company system at which time Iposition of Operations / C I
j the direction of all was responsible for chemistry functions at the station. operations, instrumentation, controls, testing and water the startup and initial operation of Unit No. 3 at Northport Power Station.During this per*.od, l
1 1969 - 1972 Resumed employment at the Long Island Lighting Company.
Associate Engineer and Plant Engineer at the Northport Power Station inHeld the position of out various management carrying maintenance and administrative activities in a large fossil generating station.and l
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SNP2-1 ySAR 1967 - 1961 Served in the U.S. Army as H~ chanical Eogineering Assistant at
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Munitions Cocaand Readquarters, Picatinny Arsenal Dover, New Jersey.
U In this capacity. I was responsible for the formulation of investi-gative testing prograss to determine the cause of malfunctioning
.,, )
sumitions released to the field. I received the certificate of Achievement for outstanding acconplish. cat during the period.
1966 - 1957, Fmployed by the f.ong Island Ligh, ting Company and assigned as Assistant Engineer at the Port Jefferson Power Station. In this position, I was responsible for various operations and maintenance administrative activities and for the design and installation of numerous modifica-tions at the station.
Taeeb'er.'of the Aacrican Nuclear Society and American Society of. Mechanical.,,
Engineers.
~.
s 1 have also completed the following additional training:
.S.,
PWR Ioactor Principals and Systens - Vestinghouse Electric Corp.
Quality Assutance Audit Techniques for.the Nuclear Power Inddstry 3 L. Harvin Johnson & Associates, Inc.
R. E. Cinna Station PWR Systems - Rochester Cas and Electric Corp.,
' quality Assurance Indoctrination - Rochester Cas and Electric Corp.
Practical Welding Heta11urgy - American Velding Society Industrial Radiography - Eastman Kodak Company -
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J. RIVELID Plant Manager Long Island Lighting Cbmpany i
Assigned as Plant Manager for the Shoreham Nuclear Power Station in M78.
4 Responsible for the administra'tlon of the station and its personnel.
Also responsible for assurance of proper procedure and personnel support of the i
preoperational test phase which leads to Plant Staff performance of Fuel Load and power operation.
Additional responsibilities 1
includa the, representation of the Plant in Shoreham 0
engineering, construction, and testing activities.
Engaged in technical licensing efforts with federale state, and local regulatory groups.
Graduated from Manhattan College in 1963 with a Bachelor of Mech =nh=1 i
Engineering Degree.
at Long Island University in 1969. Completed 2 years of the Nuclear Engineer 1ug Masters Program Completed specialized nuclear courses at the University of Michigan: huclear Engineering Ree Mw (June 1973): General Electric Company's BWR Technology (August 1973) and BWR Simulator for SRO Certification (Nov. - Dec.1973).
December 1974 to October 1979 Startup Manager of the Shoreham Nuclear Power Station.
and prepared implementing manual.
Developed uartup Program Developed Checkout and Initial been adopte<t by other utilities.
Operations Test Program which has subsequently Member of the Joint Test Group which approves all safety-related system preoperational tests.
Alternate to J.T.G.
Chairman, the Plant Manager of Shoreham.
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Member of the Review of Operations Committee which approves all safety-related system plant procedures.
Direct 4y manage six Engineers, including S&W Lead Advisory Engineer, General Electric Company Site Operations Manager, and four Lead Startup Engineers.
Coordinate engineering, construction, and plant staff activities as they relate to system completion regarding design, construction, documertation of testing, and compatibility of generated data in the respective organizations.
December 1973 - November 1974 Assigned to Commonwealth Edison Company's Dresden Nuclear Station as a Pechnical Staff Engineer (5 months) and Project Engineer (6 months).
As a Technical Staff Engineer, a outage of D-3, not including basic maintenance work. major duty was coordination *of a refueling' Worxed directly for tne Lead Nuclear Engineer and Assistant Plant Manager. Also provided substantial input to planning for refueling outage of D-2 as a result ot experiences on D-3.
Performed all activities of Technical Stati Engineer frcza unusual et (2 normal occurrences t reports engineering, procureme)nt, and operational testing.through major and minor modification safety As Project Engineer, was directly responsible for final construction schedule and initial operations testing of major high-cor.ductivity drain waste concentration / evaporation system.
System is dual train of evaporator / con-centrates, bottoms discharge system, filter demineralizer recovery system.
Conducted all and met EPA in-service date under very late start conditions. tests, evaluated same, design chang Throughout assignment, performed many substantial special projects for on-site review committee and special nuclear systems testing and evaluaticas.
13A-M P00R ORGMAl.
SNPS-1 FSAR September 1973 - November 1973 i:
l-
!1 Completed G.E.
run BWR simulator Course obtai nmg Senior Reactor Operator
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Certification.
July 1973 - Aucrust 1973 l
Completed G.E. run BWR Technology Course.
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Completed a'
special nuclear review course University of Michigan, Ann Ar or, Michigan.
on nuclear reactor engineering at h
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April 1971 - May 1973 Chiet Engineer (Assistant Plant Manager) of multi-unit @0 MW fossil station.
Position was particularly demanding of technical management skills since units were older and staff was large. Maintenance, operations schedules were further complicated by the fact that two units were 'peakir.g
- stations and period of assignment was a heavy demand period fcr utility.
June 1963 - May 1971 (9 years, Several supstvisory positions in four different fossil stations.
Followed normal progression of Associate Engineer (entry level for engineers), Plant Engineer, Operating, Maictenance, and ISC Engineer.
Utility is staffed by physical workers who are unica memrers and, therefore, personnel dealings are complex and demand mature supervision.
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WILLIAM E. STEIGER JR.
Chief Operating Engineer Long Island Lighting Company i
Assigned as Chief Operating Engineer of the Shoreham Nuclear Power Station in January 1975. Responsible for the formulation and implementation of the training programs for licensed operators, licensed and unlicensed fuel handling personnel, I
station mechanics, security force, and administrative personnel: development and review of the administrative, operations, maintenance, and security sections of l
the Station Operating Manuals and for the identification and procurement of necessary plant equipment to support the activities of the administrative, operations maintenance, and secui-ity sections of the station. Additional respon-sibilities include personnel licensing activities with the Nuclear Regulatory Commission and developnent of selected portions of the Shoreham FSAR.
Graduated United States Merchant Marine Academy in 1965 vith a Bachelors Degree in Marine Engineering. Received Masters Degree in Nuclear Engineering in 1971 from Long Island University. Completed United States Maritime Administration academic, simulator, and on-the-job training programs in 1966, and obtained an Atomic Energy Cer-mission Reactor Operator License (OP-2103) for the N.S. Savannah.
Upgraded Atomic Energy Commission license to Senior Reactor Operator (SOP-914) in 1967.
Completed a training prpgram with the General Electric Startup Group in December 1973 at Cooper Nuclear Station and obtained a certificate from General Electric as a Senior Reactor Operator. Completed a training program with Cooper Nuclear Station Operations Personnel in March 1974 and obtained a certification from the Atomic Energy Commission as a Senior Reactor Operator.
Participated in the management activities of the Vermont' Yankee 1980 ' Maintenance /
Pefuel outage for the routine refueling outage activities.
Successfully completed the following training courses:
(
" Boiler Control Fundamentals": by General Electric Co., January 1972
" Fundamentals of BWR Operation": by General Electric Co., February 1973
" Process Computer Concepts & Practices": by Honeywell, November 1976
" Advanced Supervisory Workshop": by LILCO, December 1978 "NDE-UT Course": by Rockwell International, June 1979 1968-1974 Employed by the Iong Island Lighting Company and assigned as Asaistant Engineer for the maintenance of fossil fired units. Responsible for the procurement of l
materials, spare parts, and replacement eg:ipment and for planning of maintenance activities. Promoted to Associate Engineer in 1970 with increased responsibilities in planning and scheduling of maintenance work schedules and additional respon-l sibilities for capital improvements. Promc,ted to Plant Engineer in 1971 with i,n-creased responsibilities for planning and preparation of major maintenance outages.
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. *. o Transferred to Shoreham Project to assist in licensing activities. Assigned in later part of 1971 as Startup Engineer for 385 MW fossil unit responsible for all balance of plant mechanical systems and equipaent. Transferred to Shoreham Nuclear Project in July 1972 as Lead Nuclear Engineer responsible for design coordination and review of all NSSS systems, Reactor Building and Radwaste Building. Promoted in 1973 to Operations Engineer Shoreham Nuclear Power Station and assigned to participate with the General Electric Company Startup Group in the Startup of the Cooper Nuclear Station.
1965-1968 Employed by First Atomic Ship Transport, Inc., as Third Assistant Marine Engineer aboard the N.S. Savannah. Upon receipt of an Atomic Energy Cmmiasion Reactor Operator Licenne, assumed the responsibilities of Reactor Operator including the operation, maintenance, repair, and testing of NSSS and BOP equipnent. Promoted to Second Assistant Marine Engineer in 1967 with the additional responsibilities of Watch Engineer (Shift Supervisor).
Member of the American Society of Mechanical Engineers.
Member of the American Nuclear Society-Reactor Operations Division Executive Co::::aittee.
Licensed Marine Engineer - United States Coast Guard.
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9 SNPS-1 FSAA LEONhRD J. ChLOh&
Chiet Technical Enganaer Long Island Lignting Company l
Assigned to the position.or Power Station in July,1979.
Cniet Technical Lagineer at the Shoreham Woclear Responstale tor providing tecnnical support in areas or Nuclear
- Physics, Radiatiott the hadlochemistry, ano overall station performance. Protection, Pl.at Chemistry and In andation, repana='ana for maintenance, repair and calinration of station systems.
instrumentation and controA Loucational background:
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Graduated trce Stevens Institute of Tecnnology. an 1907 with a cegree an j
I Meenanical Engineering.
from C.W. Post College. keceived a Masters of sciencer Degree in Pnysics an 1974 Completed the General k.lectric Bolling Water Reactor thhR)
June 1976 and ootained a Senior Reactor Operator certaricationMedslator Progr m ik Completed the follow.ng additinnat programs:
nuclear related training and q=^1=^um a) one-ween course on Westingbouse PWR systems la Monroeville, Pa.
b) two-weex General Pnymics course:
Practical Nuclear Power Plant Tecnnology; also pulled a crincal cra the reactor at Catnolic University in Wasnington, D.C.
c) rive-weex General Electric BWR Technology course.
d)
Broornaven Lanoratoryss Basic Applied health Pnysacs course.
e)
Research heactor (MAh). ten training criticals at the Brookhaven National Iaboratory's cal and control room examination conducted by Nos Corporation.Also, successrully 2) six-weex General Electric Station Nuclear Angineering course.
g) thirty-weex fielo assignment to TVA's Browns Ferry Nuclear Plant Perrormed as a Test Engineer in tne Unit #3 Startup Test Program, and qua11ried as a huclear Engineer under the TVA training program zor
.trowns Ferry.
Program.
Participated in Unit #1 and Unit s:r. Startup Recast h) two-week Boneywell Concepts and Practices Computer Course 1) tour-week Moneywell Process Assembly Language (PAL) Programming cours tor tne BS4000 series computer.
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Completed 2 weeks GE ISIG course on Improving Nuclear Steam Plant Heat Rate General Industrial Record:
1970 - 1979 Reactor angineer at the shor nucle: r and thermal perfomance of tne core. Nuclear Power Stattom. Responsiale ror the Assists in analataieng overall unit perrormance, and Supplies current nuclear andWnteng tuel inventory, zerueling senedules, anc reru Iing patterns.
thermal inrormation to; tne operating statt, including reactivity coefficients, control l
distributions and ar hi s ity.
Participater in tne preparation or physicsroa wortnsi and core power programs.
heaponsiole zor the plant computers' sottware and their app 11 canon relatea 1975 Station Performance and Cocpliance angineer at the Shorenam Nuclear Power Station.
kesponsinle for writing LILCO 's cescripuons tor. 6horenam.
portion or operating system cescriptions produced by consultants and vencors, Responsible zor reviewing ano evaluating tne syste
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consultants ana venaars to insure ano to interrace with said proper adherence to contracts and designs.
mesponsible ror tne development of first dratt surveillance test procer. ares.
operating procedures and acceptance tests to insure c.mpliance with aesign perroononce parametersResponsanle to witness sucn testing tnat also is consaaered to c.e crincal tor operanons ana, 13 A-U P00RORBM
SNP3-1 FSAR safety.
kesponsible for the activities of the engineers and assistants to enim section, and the coordination of all worx developed.
assigned 1973 - 1y74 Operating-Control Engineer at the E.F. Barrett Power station. Respcasinle 2or ene cally operations and reliability ot ene plant, for supervision or the katen Engineers,1or overall airection of the operating personnel, and for acherence to operating proceaures and parameters.
Responsinie tor the plant instrumentation and control systems, zor the scheduling of and evaluation ct zor planning annual overhaul perrormance tests, wort and plant control revisions and for the alrection or activities of For e.an.
the Control Group tecnniciana Enrougn tDe Controls 1972 - 1973 Industrial Relations Representative on a 1 year =an-gement trdning program.
Responsible for tne proper application of the Collective Aargaining Agreement Detween LILCO and tne IncW Local Unions, ano tne proper application or the Company's Policy and Procedure Guide.
Represented the Company in grievance procedures with the Unions, and in State unemployment near'r gs.
1970 - 1972 Associate, and Plant angineer at the 3.F. Barrett Pcuer Station.
Worxed in tne position or acting Operating Engineer for 14 months, aid acting Mainrana nce engineer zor ti months.
tne " Site" Startup Engineer for the Barrett Station 1b0 two PrattAlso, was assigned to the I.C turnine installation.
6 hhltney gas 1 % 7 - 1970 hired ny LILCO in 19b7.
Assistant' f.ngineer et Glen M Power Station.
Temporarily assigned to the Construction Departzent, Contracted Projects Division, for a perloc Worxed as Results Section First Line Supervisor at Glenwood for th contas.of 4 months Related Into m tion:
a) Completed a 1 weer matratenance course at tne Fisner bovernce Controls Senool in Iowa.
n) Completed 2 school in Connecticut.weexs of Pratt t, haltney gas enr-nsne cc.. trois and sequencer c) CCanpleted IRD balancing school at 7.TTAs.
d) Instructed at the Company's First Line Supervisory Workshop pmerican Management Institute Course).
e)
Participated in the Company *s Second Line Superrisory workanop.
1)
Completed General Electric Sam nar on electrical equipment at 1.171 n.
g) Completed hational Electric Coil Sem nar on =otors 1.n Ohio.
Organizat.Lon (Industry) :
a) American buclear Society D')
New er. gland Reactor -Engineers Association c) Honeywell Cosputers User's Group 13A-D 300RORBN1
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ROBERT A. LOPER Station Technical' Support Manager Long Island Lighting Company
. Assigned as Station Technical Suppert Manager in Nuclear Power Station responsible for the supervision of.7uky 1979 at the Snoreham the station technical support staff.
The Technical Support Manager's primary responsthility is to assist other sections in carrying out their responsibilities by provMing support in the areas of regulatory compliance; the preparation, review, coordination, and i
evaluation of station modifications and nonroutine testing; document review; liaison with headquarters organizations; physical direction of consultants and contractors.and the technical administration and.
I Graduated fran Union College in 1950 with Engineering. Completed a General Electric coursea Bachelors Degree in Electrical l
in the Fundamentals of BWR operation wnich included BWR simulator training. Completed a General Physics course in Nuclear Technology for Power Plant Engineers.
Also Electric courses in Nuclear and Process Control Instrumentation. completed General 1977-1979 Assigned as Station Performance and Compliance Engineer at the Shoreham Nuclear Power Station in April 1977.
Responsible for the supervision of section activities which included:
coordinating technical consultant activities for g
station sof tware, assisting in writing required station software, witnessing I
preoperational tests, reviewing preoperational test and test results for I
compliance to design parameters anci regulatory requiresnents, plant organization in technical related activities.
and assisting the responsibilities 1scluded the documentation and coordination of theAdditional direct plant systems for the Startup organization to Electric Production.
turnover of 1975-1977 Assigned Nuclear Power Station.as Lead.Startup Engineer - Instrumentation and Controls of the Shoreham Responsible for the supervision of the activities of Test Engineers.
Particular If,C responsibilities include the review of If,C test procedures and test results. Also responsible for the direction of technicians and vendor specialists in the calibration and testing of instrumentatica.
1973-1975 1/
Employed at a fossil fuel generating station.by the Long Island Lighting Company and assigned ac Operation the plant and the training of operators. Responsible for the operating efficiency of Assigned as Electronics Engineer to the Shoreham Nuclear Power Station.
Responsible - for es *
- H ng the instrument repair and calibration facility. Also responsible for pre
[
sections of the operator and technician training programs. paration of particular 1
1960-1973
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t l
Employed by Brookhaven National Laboratory in the Accelerator Department.
k Assigned as a Project Engineer responsible for the design, development, operation, and nuclear physics research. maintenance of special equipment and devices used in high energy The equipment included nuclear particle separators, automated control systems, and instru:::entation systems.
1957-1960 Employed by the Bettis Atomic Power Assigned as an Apparatus Engineer responsible forDivision of Westinghouse Electric Corp.
the specifications, testing, P
- and installation of the reactor plant control panels for a nuclear powered naval surface ship.
{
Responsible as a systems Engineer for the rod drive, steam generator both a prototype reactor at the Navalwater level, and primary plant instru=entation systems associated Reactor Testing Station and a nuclear powered naval surface ship.
Particular responsibilities descriptions, parameters, test procedures, and coorrtNtion of theincluded system systems with 13A-M 300R ORSMAl.
I i
t ooeo SNPS-1 FSAR the remainder of the plant. Also responsible for the training of naval personnel in these systems.
1953-1957 Dnployed by Brookhaven Nat onal engineer at a larga acceleraor used in nuclear research.I,aboratory as an instru=entation and controls Assigned as a Power Engineer responsible for the operation and maintenance of special high power AC-DC conversion equipmenu and power distribution systems.
Registered Professional Engineer - State of New York Senior Member - Instruntent Society of A::2 erica
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