ML20041B062

To Licensed Senior Reactor Operator Replacement Training

ML20041B062
Person / Time
Site:	05000000, Haddam Neck
Issue date:	07/23/1980
From:	Ferguson J CONNECTICUT YANKEE ATOMIC POWER CO.
To:
Shared Package
ML20041B057	List: ML20041B060 ML20041B062 ML20041B064 ML20041B066 ML20041B069 ML20041B070
References
TASK-1.A.2.1, TASK-2.B.4, TASK-TM OP-SRO-R01, OP-SRO-R1, TAC-44175, TAC-44525, NUDOCS 8202230223
Download: ML20041B062 (5)

Text

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TITLE Licensed Senior Reactor Operator Replacement Training DEVELOPED FOR Senior Reactor Operator License Candidates OBJECTIVE Prepare the trainee for the Nuclear Regulatory Commission License Exam.

Also, prepare trainee for position of Supervisory Control Operator.

LENGTH 3 to 4 Months SCHEDULE As needed TYPE Self study EVALUATION Exam Evaluation CONTENT Lectures 1.0 Introduction 2.0 Administrative 3.0 Nuclear Theory and Reactor Operation 4.0 Chemistry 5.0 Radiation Protection On Job Training _

l.0 Power Plant Experience 2.0 Operating Experience 3.0-Control Manipulations 8202230223 800815 PDR ADOCK 05000213 y

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f TITLE License Senior Reactor Operator Replacement Training OBJECTIVE Prepare the trainee for the Nuclear Regulatory Commission License Exam.

Also prepare trainee for position of Supervisory Control Operator.

EVALUATION Exam Evalution CONTENT LECTURES 1.0 Introduction 1.1 Course Outline 1.2 Issue Course Materials 2.0 Administrative l

2.1 Technical Specification (Basis) 2.1.1 Appendix A

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2.1.2 Appendix B 2.2 Emergency Plan 2.2.1 Connecticut Yankee Plan 2.2.2 State Plan 2.2.3 Emergency Plan Procedures 2.3 Security 2.3.1 Plant Access 2.3.2 Vital Area Control 2.3.3 Emergency Response

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2.4 Code of Federal Regulation 2.4.1 10CFR19 2.4.2

.10CFR20 2.4.3 10CFR50 2.4.4 10CFR55 3.0 Nuclear Theory and Reactor Operation 3.1 Math 3.1.1 Logs 3.1.2 Power Problems 3.2 Basic Physics 3.2.1 Fluid Flow and Pump Theory 3.2.2 Thermodynamics 3.3 Reactor Theory 3.3.1 Neutron Production 3.3.2 Reactivity i

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3.3.3 Neutron Multiplication in a Subcritical Reactor I

3.3.4 Reactor Period /Startup Rate and Power Level 3.3.5 Reactivity Coefficients 3.3.6 Time Dependence and Fission Products I

3.3.7 Reactivity Balance 3.4 Core Performance and Operation 3.4.1 Heat Transfer Fundamentals 3.4.2 Heat Transfer in a Core 3.4.3 Core Loading / Refueling 3.4.4 Physics Testing 3.4.5 Power. Escalation l

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3.4.6 Steady State Power Operation 3.4.7 Plant Transients 3.4.8 Power Distribution / Axial Offset 3.4.9 Operation with Damaged Core 4.0 Chemistry 4.1 Corrosion 4.2 Sources of Radioactivity in Reactor Coolant 4.3 Radiolytic Decomposition of Water 4.4 Primary / Secondary Chemistry Program 4.5 Release Calculations 4.6 Radiation Monitoring System 4.7 Chemistry Lab Procedures 5.0 Radiation Protection 5.1 Radioactive Particle Emission 5.2 Interaction of Radiation with Matter 5.3 Shielding 5.4 Standards and Limits 5.5 Radiation Control and Protection

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4 ON JOB TRAINING 1.0 Power Plant Experience 1.1 As a minimum an applicant, for NRC SRO License, must have four (4) years of responsble power plant experience.

1.2 Two years must be nuclear power plant experience of which at least six (6) months shall be at Connecticut Yankee.

1.3 Applicants must meet the requirements of ANSI /ANS-3.1 (latest revision).

2.0 Operating Experience 2.1 As a minimum an applicant must have three (3) months of Control Room Training as an extra man on shift.

3.0 Control Manipulations 3.1 As a minimum an applicant must control or supervise five significant reactivity changes in any combination of the following:

3.1.1 Reactor startup to the point of adding heat 3.1.2 Orderly shutdown 3.1.3 Manual control of steam generator level during a plant startup of shutdown.

3.1.4 Control of turbine generator during a load load change of greater than 10%

3.1.5 Boration during power operation 3.1.6 Dilution during power operation 3.1.7 Control rod manipulation during power change greater than 10%

3.1.8 Control rod manipulation during generator phasing

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