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Course curriculum

  • 1

    Schedule and Administrative items

    • Observers and Observations

    • Objectives for SRO Management Certification

    • Mostly for training instructors

    • Live Lecture Login Information

    • Schedule PWR Managment Cert

    • Syllabus2022 PWR Managment Cert

    • Class Contact Information

    • Ed Puzzle Login Instructions

    • Objectives for SRO Management Certification Tier1 and 2 Rev2
  • 2

    Generic References for Systems (Tech Specs, TRM, Simplified Drawings)

    • ODCM

    • TRM_SQN_TECHNICAL_REQUIREMENTS_MANUAL

    • UNIT_1_BASES_TECHNICAL_SPECIFICATION_BASES

    • UNIT_2_BASES_TECHNICAL_SPECIFICATION_BASES

    • UNIT_1_TECHNICAL_SPECIFICATION

    • UNIT_2_TECHNICAL_SPECIFICATION

    • Steam Tables Metric and Mollier Diagram

    • STEAMTABLES

    • PWR GFE Equation Sheet

    • Combined Big Notes
  • 3

    Your Feedback Greatly Appreciated

    • GFE Feedback Greatly Appreciated

    • SQN Lesson Material Errors and Material Feedback 1

    • SQN Lesson Material Errors and Material Feedback 2

    • SQN Lesson Material Errors and Material Feedback 3

    • SQN Lesson Material Errors and Material Feedback 4

    • SQN Lesson Material Errors and Material Feedback 5

    • SQN Lesson Material Errors and Material Feedback 6
  • 4

    Drawings for Quizzes and Tests

    • Drawings for Quiz #1

    • Drawings for Quiz#2

    • Drawings for Quiz 3

    • Drawings for Quiz 4

    • Drawings for Quiz 5

    • Drawings for Quiz 6

    • Systems Final Exam
  • 5

    Week 1 - General Plant Design Overview

    • General Design - Student Files

    • General Design #1 Introduction and Definitions

    • General Design #2 10CFR50 Selected Sections

    • General Design #3 Trains Channels and Conclusion
  • 6

    Week 1 - Introduction to Tech Specs

    • Week 1 - Student Reference Material

    • Introduction to Technical Specifications - #1 Overview

    • Intro to TS - #2 Section 1.0 Definitions

    • Intro to TS - #3 Logical Connectors

    • Intro to TS - #4 Completion Times

    • Intro to TS - #5 Completion Times Examples

    • Intro to TS - #6 LCO Applicability 3.0.1 through 3.0.9

    • Intro to TS - #7 Surveillance Requirement (SR) Applicability SR 3.0.1 through SR 3.0.4

    • Intro to TS - #8 Section 4.0 Design Features and 5.0 Admin

  • 7

    Week 1 - Electrical Overview

    • Electrical Overview Student Files

    • Electrical Systems Overview
  • 8

    Week 1 - Switchyard

    • Switchyard - Student References

    • Switchyard - #1 Objectives and Overview

    • Switchyard - #2 Numbering System (Not Testable)

    • Switchyard - #3 Transmission Lines

    • Switchyard - #4 Motor Operated Disconnects

    • Switchyard - #5 Power Circuit Breakers

    • Switchyard - #6 Intertie Transformer Bank

    • Switchyard - #7 Capacitor Banks and Kirk Key Interlock System

    • Switchyard - #8 Tech Specs and Interrelationships
  • 9

    Week 1 - Main Generator

    • Main Generator Student References

    • Main Generator - Objectives and Purpose

    • Main Generator - General Description

    • Main Generator - Voltage Regulator and Exciter

    • Main Generator - Protective Relays

    • Main Generator - RFI, Core Monitor and Stator Vibration Monitor

    • Main Generator - Main Transformer Bank

    • Main Generator - Generator Circuit Breaker

    • Main Generator - Bus Duct Cooling

    • Main Generator Final Objective Review
  • 10

    Week 1 - Main Generator Support Systems

    • Main Generator Support Systems - Student Files

    • Main Generator Support Systems 1 - Intro to H2 Seal Oil

    • Main Generator Support Systems 2 - H2 Seal Oil Major Components

    • Main Generator Support Systems 3 - Hydrogen Cooling

    • Main Generator Support Systems 4 - Stator Cooling

    • Main Generator Support Systems 3 B/U MP4 for download

    • 6 sources of seal oil clarification
  • 11

    Week 1 - 6.9kV Distribution

    • 6.9kV Student References

    • 6.9 kV #1 Objectives, Purpose and Design basis

    • 6.9kV #2 Modes and Flowpaths

    • 6.9 kV #3 Common Station Service Transformers (CSST)

    • 6.9 kV #4 Unit Station Service Transformers (USST)

    • 6.9 KV #5 D Common Station Service Transformer

    • 6.9 kV #6 Start Busses

    • 6.9 kV #7 Unit Boards

    • 6.9 kV #8 Shutdown Boards

    • 6.9 kV #9 Common Boards

    • 6.9 kV #10 Yard Area Common Boards

    • 6.9 kV #11 Distribution interrelationships and failures
  • 12

    Week 1 - 480 VAC Distribution

    • 480 VAC Student References

    • 480 VAC Distribution - #1 Objectives and Safety Related Overview

    • 480 VAC Distribution - #2 480V Shutdown Boards

    • 480 VAC Distribution - #3 Safety Related Boards and MCCs

    • 480 VAC Distribution - #4 Non-Safety Related Board Overview

    • 480 VAC Distribution - #5 480V Unit, TB MOV and TB Vent Boards

    • 480 VAC Distribution - #6 480V Common Boards and MCCs

    • 480 VAC Distribution - #7 Failures, Interrelationships, Tech Specs and TRM
  • 13

    Week 1 - 120 VAC Electrical Distribution

    • 120 VAC Student References

    • 120 VAC Electrical Distribution #1 Objectives and Overview

    • 120 VAC Electrical Distribution #2 Inverter operation (General)

    • 120 VAC Distribution - #3 Vital Instrument Bus 1

    • 120 VAC Distribution - #4 Vital Instrument Bus 2

    • 120 VAC Distribution - 5 Vital Instrument Power Bus 3

    • 120 VAC Distribution - #6 Instrument Power

    • 120 VAC Distribution - #7 Preferred Power System

    • 120 VAC Distribution - #8 TSC Power Systems and Failures

    • 120 VAC - #9 Tech Spec and TRM
  • 14

    Week 1 - Plant Lighting and Security Diesel Generator

    • Student References

    • Plant Lighting and Security Diesel Generator - #1 Intro and Normal Lighting

    • Plant Lighting and Security Diesel Generator - #2 Standby, Emergency and Outside Ltg

    • Plant Lighting and Security Diesel Generator - #3 Security DG

    • Plant Lighting and Security Diesel Generator - #4 Failure Modes and conclusion
  • 15

    Week 1 - DC Distribution

    • DC Distribution - Student References

    • DC Distribution - #1 Introduction and objectives

    • DC Distribution - #2 125 VDC Vital Distribution

    • DC Distribution - #3 DG 125 VDC Power Distribution

    • DC Distribution - #4 250 VDC Distribution

    • DC Distribution - #5 48VDC and 24 VDC Systems

    • DC Distribution - #6 Failures and Interrelationships

    • DC Distribution - #7 Tech Specs
  • 16

    Week 1 Electrical - Diesels

    • Diesel Generator Student References

    • Diesel Generator Objectives/Overview

    • Diesel Generator Fuel Oil

    • Diesel Generator Air Start

    • Diesel Generator Lube Oil

    • Diesel Generator Jacket Water Subsystem

    • Diesel Generator Ventilation

    • Diesel Generator Control; Ready-to-Start

    • Diesel Generator Start Circuits

    • Diesel Generator Shutdown Circuits

    • Diesel Generator Parallel Operation and Loading

    • Diesel Generator Emergency Start Circuits/Testing

    • Diesel Generator Interrelated Systems/Precautions and Limitations

    • Diesel Generator Technical Specifications

    • Diesel Generator Operating Experience
  • 17

    Week 1 Electrical - Blackout and Load Shed Logic Relays

    • Blackout Student References

    • Blackout - Objectives, Description, Purpose and Design Basis

    • Blackout - Circuit Flowpath and Components - Loss of Voltage, Degraded Voltage, Overvoltage

    • Blackout - Power Supply and Layout

    • Blackout - Relays

    • Blackout - Sequence without an Accident, Sequence with an Accident

    • Blackout - Blackout Relay Reset, Logic Test Panel, Failure Modes

    • Blackout - Precautions and Limitations, Technical Specifications, Operating Experience
  • 18

    Week 2 - Reactor Vessel and Internals and Fuel Components

    • Reactor Vessel Student Files

    • Reactor Vessel and Internals Objectives, Overview, Purpose and Design

    • Reactor Pressure Vessel and Reactor Vessel Head

    • Reactor Vessel Lower Internals

    • Reactor Vessel Upper Internals

    • Fuel and Fuel Assemblies

    • Control Rods

    • Core Flowpaths

    • Reactor Vessel Level Indicating System (RVLIS)

    • Mansell Level Monitoring System (MLMS)

    • Technical Specifications
  • 19

    Week 2 - Reactor Coolant System

    • RCS Student Files

    • RCS Objectives, Purpose, Design Basis

    • RCS Pressure Protection, Overview, System Connections

    • RCS Reactor Coolant Pump Purpose, Design Basis, Design Characteristics

    • RCS RCP Pump overview

    • RCS RCP Motor Overview

    • RCS Reactor Coolant Pump Seals

    • RCS Reactor Coolant Pump Start Interlocks and Automatic Trips

    • RCS RCP Motor Cooling, Temperature Detection, Heaters, Vibrational Monitoring, Normal Parameters

    • RCS RCP Impact and Response to Failures, Procedure Precautions and Limitations

    • RCS Piping Configuration, Flow and Pressure Instrumentation

    • RCS Temperature, Tavg and ΔT, Loss of Power

    • RCS Interrelated Systems

    • RCS Precautions and Limitations, Technical Requirements

    • RCS Technical Specifications

    • RCS and RCP Summary Review, Operating Experience
  • 20

    Week 2 - Pressurizer and Pressurizer Relief Tank

    • PZR and PRT Student Files

    • PZR-PRT Objective, Purpose, Design Bases, Overview

    • Pressurizer Vessel, Surge Line, Level Instrumentation

    • Pressurizer Pressure Instrumentation, Normal Spray, Auxiliary Spray

    • Pressurizer PORVs, PORV Block Valves, Safety Valves

    • Pressurizer Relief Tank (PRT) and Pressurizer Heaters

    • Pressurizer Pressure Control, LTOP (COPS)

    • Pressurizer Level Control, Pressure and Level Response to Failures

    • Pressurizer and PRT Interrelated Systems, Precautions and Limitations, Technical Specifications, and Technical Requirements
  • 21

    Week 2 CVCS

    • CVCS Student References

    • CVCS1 Objectives Purpose and Introduction

    • CVCS 2 Overview and major flowpaths

    • CVCS 3 Letdown Up to Orifice Isolation Valves

    • CVCS 4 Letdown cont up to LD Hx Relief

    • CVCS 5 Letdown 3 up to VCT

    • CVCS 6 VCT and VCT Level contrtol

    • CVCS 7 Chemical Add and Makeup Control 1

    • CVCS 8 Makeup Controls and Flowpaths

    • CVCS 9 Charging 1 up to Flow Cont Valve

    • CVCS 10 Charging completion

    • CVCS 11 Seal Inj Return and Excess LD

    • CVCS 12 System Interrelationships and Failure Examples

    • CVCS 13 TS and TRM examples and discussion

    • CVCS 14 End of Lecture Obj Review
  • 22

    Week 2 - Steam Generators (S/G)

    • Steam Generator Student Files

    • Steam Generator Objectives, Purpose, Design and Design Basis

    • Steam Generator Level Instrumentation

    • Steam Generator Blowdown

    • Steam Generator Failure Impacts and Response, Procedure Precautions and Limitations

    • Steam Generator Technical Specifications
  • 23

    Week 2 - Primary Water

    • Student Downloads

    • PWS Part 1 - Purpose and Objectives

    • PWS Part 2 - Design & Overview

    • PWS - Part 3- Components R2

    • PWS - Part 4 - Procedures, T.S. & Summary R2
  • 24

    Week 3 - Gaseous Radwaste System

    • GRW Student Files

    • Gaseous Radwaste System Objectives, Purpose/Function, Design Basis, General Dscription

    • Gaseous Radwaste System - Vent Header

    • Gaseous Radwaste System - Waste Gas Compressors

    • Gaseous Radwaste System - Gas Decay Tanks

    • Gaseous Radwaste System - Release Path and Cover Gas

    • Gaseous Radwaste System - System Interfaces, System Response, Normal and Abnormal Operation

    • Gaseous Radwaste System Overview/Review
  • 25

    Week 3 - Liquid Radwaste System

    • LRW Student Files

    • Liquid Radwaste System - Objectives, Purpose/Design, General Description

    • Liquid Radwaste System - Keyway Sump and Pocket Sump

    • Liquid Radwaste System - Raceway Sump

    • Liquid Radwaste System - Reactor Coolant Drain Tank (RCDT)

    • Liquid Radwaste System - Tritiated Drain Collector Tank (TDCT) and Floor Drain Collector Tank (FDCT)

    • Liquid Radwaste System - Cask Decontamination Collector Tank (CDCT) and Monitor Tank (MT)

    • Liquid Radwaste System - Holdup Tanks (HUT) and Sump Tank

    • Liquid Radwaste System - Auxiliary Building Floor and Equipment Drain Sump, Annulus Sump, Passive Sump

    • Liquid Radwaste System - Chemical Drain Tank, Laundry and Hot Shower Tanks, Spent Resin Storage Tank

    • Liquid Radwaste System - Additional Equipment Building Floor and Equipment Drain Sump, Condensate Demineralizer System Processing Tanks, Radwaste Demineralizer System, Liquid Radwaste Release

    • Liquid Radwaste System - Interrelations, Normal/Abnormal Operations, ODCM

    • Liquid Radwaste System - Overview/Review
  • 26

    Week 3 Flood Mode Boration

    • Flood Mode Boration Student References

    • Flood Mode Boration
  • 27

    Week 3 - Raw Service Water

    • Student Reference Files

    • Raw Service Water - Objectives, Overview, Purpose, and Flowpath

    • Raw Service Water - Storage Tanks, RSW Pumps, Level Control Valves

    • Raw Service Water - Failure Response, Interrelated System, Summary
  • 28

    Week 3 - Essential Raw Cooling Water

    • ERCW Student Files

    • Essential Raw Cooling Water - Objectives, System Overview

    • Essential Raw Cooling Water - Purpose and Design Basis

    • Essential Raw Cooling Water - Travelling Screens, Screenwash Pumps, and ERCW Pumps

    • Essential Raw Cooling Water - Header Isolations, Strainers, Cross-ties, DG Supply

    • Essential Raw Cooling Water - Main Header Supplies, ESF Header Supplies, Containment Isolation

    • Essential Raw Cooling Water - Component Cooling Heat Exchanger, Radiation Monitoring, Discharge Headers

    • Essential Raw Cooling Water - System Interrelations, Failures, Precautions and Limitations

    • Essential Raw Cooling Water - Technical Specifications, ODCM

    • Essential Raw Cooling Water - Overview/Review
  • 29

    Week 3 - Raw Cooling Water

    • Student Reference Files

    • Raw Cooling Water - Objectives, System Overview, Purpose, Design Bases

    • Raw Cooling Water- Flowpath and Components

    • Raw Cooling Water - Interrelated Systems, Precautions and Limitations, Recap
  • 30

    Week 3 - Component Cooling Water System (CCS)

    • Student Reference Files

    • Component Cooling Water System - Objectives, Overview, Purpose, Design Bases

    • Component Cooling Water System - System Flowpath and General Description

    • Component Cooling Water System - CCS Pumps, CCS Heat Exchangers

    • Component Cooling Water System - Radiation Monitors, Surge Tanks, Seal Leakage Return

    • Component Cooling Water System - Thermal Barrier Booster Pumps, Thermal Barrier Isolation Valves, RCP Oil Cooler Isolation Valves

    • Component Cooling Water System - Excess Letdown HX, Letdown HX, Sample HXs, RHR HXs, and SFP HXs

    • Component Cooling Water System - Failure Response, Interrelated Systems, Precautions and Limitations, Technical Specifications, System Recap
  • 31

    Week 4 Containment and Containment Isolation System

    • Student References

    • Containment 1 Objectives Purpose and Overview

    • Containment 2 Design Basis Information

    • Containment 3 Major Components up to isolation Logic

    • Containment 4 Phase A Isolation Logic

    • Containment 5 Phase B Isolation Logic

    • Containment 6 CVI Logic

    • Containment 7 System Failures and Interrelationships

    • Containment 8 Tech Specs and OE

    • Containment 9 Summary and Objective Review
  • 32

    Week 4 Ice Condenser System

    • Student References

    • Ice Condenser 1 Objectives Intro and Purpose

    • Ice Condenser 2 Ice Condenser Design

    • Ice Condenser 3 Cooling Loops up to Floor

    • Ice Condenser 4 Floor Cooling

    • Ice Condenser 5 Ice Making and Transport INFO ONLY

    • Ice Condenser 6 System Interrelationships and Tech Specs

    • Ice Condenser 7 Summary and objective review
  • 33

    Week 4 - Containment Spray

    • Student Reference Files

    • Containment Spray - Objectives, Overview, Purpose, Design Bases, Flowpath

    • Containment Spray - Containment Spray Pumps and Suction Valves

    • Containment Spray - Heat Exchangers, Mini-flow Valves, Header Isolation Valves

    • Containment Spray - RHR Spray

    • Containment Spray - Containment Spray Actuation Logic

    • Containment Spray - Failure Response, Interrelated Systems, Precautions and Limitations, Technical Specifications
  • 34

    Week 4 Containment Cooling and Purge System

    • Student References

    • Containment Cooling and Purge 1 Obj and Overview

    • Containment Cooling and Purge 2 Upper Containment Cooling Units

    • Containment Cooling and Purge 3 Lower Containment Cooling Units

    • Containment Cooling and Purge 4 CRDM Cooling Units

    • Containment Cooling and Purge 5 Incore Instrument Room and Space Heaters

    • Containment Cooling and Purge 6 Containment Purge System

    • Containment Cooling and Purge 7 System Interrelationships

    • Containment Cooling and Purge 8 TS TRM ODCM and OE Summary

    • Containment Cooling and Purge 9 Objective Review and Summary
  • 35

    Week 4 - Combustible Gas Control (CGC)

    • CGC Student References

    • CGC - Part 1 - Objectives, Purpose, & Design Bases R2

    • CGC - Part 2 - Hydrogen Analyzers R2

    • CGC - Part 3 - Air Return Fans R2

    • CGC - Part 4 - Hydrogen Mitigation (Ignitors) R2

    • CGC - Part 5 - Hydrogen Recombiners R2

    • CGC - Part 6 - Procedures, TS, & Review R2
  • 36

    Week 4 Integrated Computer System ICS

    • Student References

    • Introduction to the Integrated Computer System ICS
  • 37

    Week 4 - Control and Service Air

    • CSA Student References

    • CSA - Part 1 - Objectives, Purpose, & Overview, R2

    • CSA - Part 2 - Compressors A & B, R2

    • CSA - Part 3 - Compressors C & D, Dryers & Service Air, R2

    • CSA - Part 4 - Aux Air, & OE, R2

    • CSA - Part 5 - Review
  • 38

    Week 5 - Emergency Gas Treatment System (EGTS)

    • EGTS Student References

    • EGTS 1 Introduction Purpose and Design Bases

    • EGTS 2 Flowpaths for vac fans and egts filter trains

    • EGTS 3 Vacuum System Detailed Description

    • EGTS 4 Filter Trains up to Fans

    • EGTS 5 Filter Fans to completion

    • EGTS 6 Summary and Wrap up
  • 39

    Week 5 - Residual Heat Removal System (RHR)

    • Student Reference Files

    • Residual Heat Removal - Objectives, Overview, Purpose, Design Bases, Flowpaths

    • Residual Heat Removal - Pump Suction valves (CNMT, RWST, RCS)

    • Residual Heat Removal - RHR Pumps, Mini-flow Valves, Heat Exchangers

    • Residual Heat Removal - HX Outlet, HX Bypass and Bypass Isolation, Cold Leg Isolation, Hot Leg Isolation, Cross-ties, SI and CCP Supply, Suction Relief

    • Residual Heat Removal - Pipe Break Monitor, RHR Status Monitoring, RHR Spray, Failure Response, Interrelated Systems

    • Residual Heat Removal - Precautions and Limitations, Technical Specifications

    • Residual Heat Removal - Preview/Review
  • 40

    Week 5 - Emergency Core Cooling System (ECCS)

    • Student Reference Files

    • Emergency Core Cooling System - Objectives, Purpose, Design Bases

    • Emergency Core Cooling System - Overview

    • Emergency Core Cooling System - Safety Injection Actuation Logic and Blocks

    • Emergency Core Cooling System - Resetting Safety Injection

    • Emergency Core Cooling System - Containment Sump and Cold Leg Accumulators

    • Emergency Core Cooling System - RWST and SI Pump Suction Valves

    • Emergency Core Cooling System - SI Pumps and Miniflow Valves, Emergency Flowpaths

    • Emergency Core Cooling System - CVCS and RHR ECCS Function and Flowpath

    • Emergency Core Cooling System - Precautions and Limitations, Technical Specifications

    • Emergency Core Cooling System - Summary
  • 41

    Week 5 - Aux Building Ventilation

    • AB Ventilation Student References

    • Aux Bldg Ventilation - Part 1 - Objectives, Purpose, & Design

    • Aux Bldg Ventilation - Part 2 - General HVAC R3

    • Aux Bldg Ventilation - Part 3 - Heating & Cooling

    • Aux Bldg Ventilation - Part 4 - ESF Coolers

    • Aux Bldg - Part 5 -Electrical Room HVAC & Summary
  • 42

    Week 5 - Aux Bldg Gas Treatment System (ABGTS)

    • ABGTS Student References

    • ABGTS - Part 1 - Objectives, Purpose & Design Features

    • ABGTS - Part 2 - Fans & Dampers

    • ABGTS - Part 3 - Air Cleanup and ABSCE

    • ABGTS - Part 4 - Tech Spec, OE, & Summary
  • 43

    Week 5 PASF

    • Student References

    • PASF 1 and Done
  • 44

    Week 5 - Control Building Ventilation

    • Control Building Ventilation Student References

    • CB Ventilation - Part 1 - Objectives, Purpose, and Overview

    • CB Ventilation - Part 2 - Normal & Emergency Flowpaths

    • CB Ventilation - Part 3 - Misc. Subsystems

    • CB Ventilation - Part 4 - T.S. & Review
  • 45

    Week 5 Annunciator System

    • Student References - No Drawings for this lesson

    • Annuciators 1 Objective and operation up to window reflash

    • Annuciators 2 Reflash to faults

    • Annunciators 3 Faults to end summary review
  • 46

    Week 6 - Condenser Circulating Water (CCW)

    • Condenser Circulating Water Student References

    • CCW - Part 1 - Objectives & Overview

    • CCW - Part 2 - Traveling Screens and CCW Pumps

    • CCW - Part 3 - Bearing Lube Water & Taprogge Cleaning, R1

    • CCW - Part 4 - Vacuum Priming & Cooling Towers

    • CCW - Part 5 - Procedures and Review
  • 47

    Week 6 - Condensate System

    • Condensate System - Student Reference Files

    • Condensate System - Objectives, Purpose, Design Bases

    • Condensate System - Overview and Recirculation Flowpaths

    • Condensate System - Hotwell and Hotwell Pumps

    • Condensate System - Demineralizer Beds, Demineralizer Bypass, Condensate DI Booster Pumps, Condensate DI Booster Pump Bypass

    • Condensate System - Condensate Booster Pumps, Automatic Recirculation Control (ARC) Valves, Exhaust Hood Spray, Main Feed Pump Isolation Valves, Condensate Storage Tanks

    • Condensate System - Heat Loads

    • Condensate System - Hotwell Level Control

    • Condensate System - Condenser Vacuum Purpose and Overview

    • Condensate System - Condenser Vacuum Components

    • Condensate System - Gland Seal, Seal Injection, Failure Response

    • Condensate System - Interrelated Systems, TS, TRM, ODCM
  • 48

    Week 6 - Heater Drains and Vents

    • Student Reference Files

    • Heater Drains and Vents - A Moisture Separator Reheater Overview

    • Heater Drains and Vents - Objectives, Purpose and Design

    • Heater Drains and Vents - High Pressure Heater Drains and Vents Flowpaths

    • Heater Drains and Vents - Low Pressure Heater Drains and Vents Flowpaths

    • Heater Drains and Vents - General Components

    • Heater Drains and Vents - High Pressure, Low Pressure, and Belly Drain Tanks

    • Header Drains and Vents - No. 1, No. 2, No. 3 Heaters

    • Heater Drains and Vents - No. 3 Heater Drain Tank

    • Heater Drains and Vents - No. 3 Heater Drain Tank Pumps

    • Heater Drains and Vents - No. 4, No. 5, No. 6, No. 7 Heaters

    • Heaters Drains and Vents - No. 7 Heater Drain Tank and Pumps

    • Heater Drains and Vents - MFPT Condenser Drain Tank and Pumps

    • Heater Drains and Vents - Atmospheric Drain Sump

    • Heater Drains and Vents - Failure Response and Interrelated Systems
  • 49

    Week 6 - Auxiliary Feedwater System

    • Student Reference Files

    • Auxiliary Feedwater System - Objectives, Purpose, Design Bases, Overview

    • Auxiliary Feedwater System - Condensate Storage Tanks and ERCW

    • Auxiliary Feedwater System - Motor Driven AFW Pumps and Valves

    • Auxiliary Feedwater System - Turbine-Driven AFW Pump and Valves

    • Auxiliary Feedwater System - Failures, Interrelated Systems, Precautions and Limitations, Technical Specifications
  • 50

    Week 6 - Main Feedwater

    • Student Reference Files

    • Main Feedwater - Objectives, Purpose, Design Bases

    • Main Feedwater - MFW Pump Turbine, Seals, and Drains

    • Main Feedwater - MFP Turbine Speed Control and Turning Gear

    • Main Feedwater - MFP Suction, Recirc, and Bypass Valves

    • Main Feedwater - MFP Turbine Lubricating Oil

    • Main Feedwater - MFP Turbine Control Oil

    • Main Feedwater - MFW Turbine Trip Oil

    • Main Feedwater - No. 1 Heaters and Leading Edge Flowmeter

    • Main Feedwater - MFW Regulating and Bypass Valves

    • Main Feedwater - Steam Generator Water Level Control

    • Main Feedwater - Feedwater Isolation Valves and Feedwater Isolation

    • Main Feedwater - Failure Response, Interrelated Systems

    • Main Feedwater - Precautions and Limitations, Technical Specifications, Technical Requirements

    • Main Feedwater - Preview/Review
  • 51

    Week 6 - INFO ONLY Not Required - Classifications of Systems, Structures and Components (SSCs) at TVA

    • Classifications of SSCs for TVA

    • Student Reference
  • 52

    Week 6 - Main Steam

    • Student References

    • Main Steam 1 Objectives Intro and flowpath

    • Main Steam 2 Flow Restrictors_Pressure_Flow Instruments

    • Main Steam 3 ARVs

    • Main Steam 4 Safety Valves MSIVs and Bypass Valves and Steam Traps

    • Main Steam 5 Steam Dump Drain Tank through TS for MS

    • Main Steam 6 Extraction Steam Intro to Number one Line

    • Main Steam 7 Extraction Steam Line 1

    • Main Steam 8 Intermediate Fw Htrs Extraction

    • Main Steam 9 LP heaters and MSR Extraction

    • Main Steam 10 MSR Controls vents and drains

    • Main Steam 11 Extraction and MSR failures and interrelationships

    • Main Steam 12 Obj Review and Summary
  • 53

    Week - 6 - Steam Dumps

    • Steam Dumps Student References

    • Steam Dumps - Part 1 - Objectives, Purpose, & Overview

    • Steam Dumps - Part 2 - Valves, Controllers, & Solenoids

    • Steam Dumps - Part 3 - Load Rejection Controller

    • Steam Dumps - Part 4 - Reactor Trip Controller

    • Steam Dumps - Part 5 - Steam Pressure Controller

    • Steam Dumps - Part 6 - Procedures, Failures, & Review
  • 54

    Week 6 Main Turbine Generator Control System (EHC)

    • Student References

    • MTGC 1 Objectives Purpose and Introduction

    • MTGC 2 Flowpath

    • MTGC 3 Components up to Valves

    • MTGC 4 Components valves

    • MTGC 5 Components from valves to controller

    • MTGC 6 Components Digital EH Control Logic

    • MTGC 7 Operator Interface

    • MTGC 8 Failures interrelationships and TS

    • MTGC 9 Obj Review and Summary
  • 55

    Week - 6 - Main Turbine & Auxiliaries

    • Main Turbine & Auxiliaries Student References

    • Main Turbine - Part 1 - Objectives Purpose and Turbine Description

    • Main Turbine - Part 2 - Main Turbine Lube Oil

    • Main Turbine - Part 3 - Supervisory Instrumentation

    • MTA 4 Turning Gear Bearings and Gland Seals

    • MTA 5 Turbine Extraction Drains to end

    • MTA 6 Objective Review at the end
  • 56

    Week 7 - Excore Nuclear Instrumentation System (NIS)

    • Student Reference Files

    • Excore Nuclear Instrumentation System - Objectives, Overview, Purpose, Design Bases

    • Excore Nuclear Instrumentation System - Overview

    • Excore Nuclear Instrumentation - M-13 Neutron Monitoring Cabinet

    • Excore Nuclear Instrumentation System - Source Range and Detector

    • Excore Nuclear Instrumentation System - Wide Range Amplifier, Wide Range Signal Processor, Optical Isolator

    • Excore Nuclear Instrumentation System - Source Range Instrumentation

    • Excore Nuclear Instrumentation System - Audio Countrate/Scaler Timer, Shutdown Monitor

    • Excore Nuclear Instrumentation System - Source Range Trips, Blocks, Permissives and Alarms, Technical Specifications

    • Excore Nuclear Instrumentation System - Intermediate Range Instrumentation

    • Excore Nuclear Instrumentation System - Intermediate Range Trips, Blocks, Permissives and Alarms, Technical Specifications

    • Excore Nuclear Instrumentation System - Power Range Instrumentation

    • Excore Nuclear Instrumentation System - Power Range Trips, Blocks, Permissives, and Alarms

    • Excore Nuclear Instrumentation System - Power Range Technical Specifications

    • Excore Nuclear Instrumentation - Miscellaneous Indications and Controls, Comparator Drawer

    • Excore Nuclear Instrumentation System - Failures and Summary
  • 57

    Week 7 - Rod Control and Rod Position Indication

    • Student Reference Files

    • Rod Control and Rod Position Indication - Objectives, Overview, Purpose, and Design Bases

    • Rod Control and Rod Position Indication - Rod Control Cluster Assemblies (RCCAs)

    • Rod Control and Rod Position Indication - Rod Control Power Supplies, Reactor Trip and Bypass Breakers

    • Rod Control and Rod Position Indication - Control Rod Drive Mechanisms (CRDMs)

    • Rod Control and Rod Position Indication System - Rod Control Circuits

    • Rod Control and Rod Position Indication System - Rod Control Logic Circuits

    • Rod Control and Rod Position Indication - Rod Position Indication System

    • Rod Control and Rod Position Indication - Rod Insertion Limits (RIL), Main Control Room Controls and Indications

    • Rod Control and Rod Position Indication - Failure Responses, Alarms

    • Rod Control and Rod Position Indication - Interrelated Systems, Precautions and Limitations, Technical Specifications

    • Rod Control and Rod Position Indication - Summary
  • 58

    Week 7 - Reactor Protection System RPS

    • Student References

    • RPS 1 Objectives_Purpose_Design Overview

    • RPS 2 Overview and flowpath of signals

    • RPS 3 SSPS Overview_Power Distribution and Input Bays

    • RPS 4 Logic Cabinet and General Warning

    • RPS 5 Output cabinet_test cabinet_trip breakers

    • RPS 6 Control Room Actuation_block_reset switches

    • RPS 7 Indications and Trips up to RCS low flow

    • RPS 8 RCS Low flow to completion of Rx Trips

    • RPS 9 Permissives

    • RPS 10 Control Grade Interlocks Cs

    • RPS 11 ESF and P and Ls

    • RPS 12 Tech Specs
  • 59

    Week 7 - Eagle21

    • Student References

    • Eagle21 1 Objectives Purpose and Design Bases

    • Eagle21 2 Overview of System

    • Eagle21 3 Components Power Supply_Input_LCP

    • Eagle 21 4 LCP and EPT

    • Eagle21 5 Completion

    • Eagle21 6 Summary Review
  • 60

    Week 8 - Incores

    • Student References

    • Incores 1 Obj_Purpose_Design_Overview

    • Incores 2 Thermocouples

    • Incores 3 MIDS and TS

    • Incores 4 Focus Summary
  • 61

    Week 8 - AMSAC

    • Student Reference Files

    • AMSAC - Objectives and Background

    • AMSAC - AMSAC Instrumentation and Logic

    • AMSAC - Test/Maintenance, Failure Response, Precautions and Limitations
  • 62

    Week 8 - Radiation Monitors

    • Student Reference Files

    • Radiation Monitoring - Objectives, Purpose, Design Criteria, General Description

    • Radiation Monitors - General Area Radiation Monitors

    • Radiation Monitors - Process and Effluent Liquid Monitors

    • Radiation Monitors - Process and Effluent Gas Monitors Part I

    • Radiation Monitors - Process and Effluent Gas Monitors Part II

    • Radiation Monitors - Airborne Monitors, Access Monitors, Precautions and Limitations, Summary
  • 63

    Week 8 - Loose Parts Monitoring

    • Loose Parts Monitoring Student References

    • Loose Parts - Part 1 - Objectives, Purpose, & Loose Parts Monitor

    • Loose Parts - Part 2 - RCP Vibration & Review
  • 64

    Week 8 - Seismic Monitoring

    • Student Reference Files

    • Seismic Monitoring - Objectives, Purpose, Design Basis, Overview

    • Seismic Monitoring - FBA-3, Seismic Rack, ETNA
  • 65

    Week 9 - High Pressure Fire Protection (HPFP)

    • Student References

    • HPFP 1 Objectives and Overview

    • HPFP 2 Detection system

    • HPFP 3 Water Supply Portion including pumps

    • HPFP 4 Distribution and Water Suppression Systems

    • HPFP 5 CO2 and completion

    • HPFP 6 Summary and Obj Review
  • 66

    Week 9 - Spent Fuel Pool Cooling

    • Spent Fuel Cooling Student References

    • Spent Fuel Pool Cooling - Part 1 - Objectives, Purpose, & Design

    • Spent Fuel Pool Cooling - Part 2 - Pool & Skimmer

    • Spent Fuel Pool Cooling - Part 3 - SFPC & Flood Mode

    • Spent Fuel Pooling Cooling - Part 4 - Tech Spec & Review
  • 67

    Week 9 - Gland Seal Water

    • Student Reference Files

    • Gland Seal Water - Gland Seal Water
  • 68

    Week 10 - Injection Water

    • Student Reference Files

    • Injection Water - Objectives, Purpose, Description, Flowpaths

    • Injection Water - Injection Water Pumps, Pressure Control Valves, Failure Response