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    BUILD

    Overview

    INTRODUCTION
    PRESSURIZED WATER REACTOR
    NUCLEAR ISLAND

    ENGINEERING

    BALANCE OF PLANT
    OVERALL SITE
    ENVIRONMENTAL ASESSEMENT

    SYSTEMS

    Main Steam System
    Air Cooled Condenser System
    Condensate System
    Feedwater System
    Extraction Steam
    LICENSE
    Reactor Coolant System
    Auxiliary Cooling Water System
    Spent Fuel Cooling System
    Thermohydraulics
    Enrichment Patterns
    Control
    Electric Grid Interconnection
    4160-Volt Distribution System
    480-Volt Distribution System
    Chemical and Volume Control System
    Residual Heat Removal System

    Equipment

    Vessel
    Internals
    Control Mechanisms
    Fuel
    Reactor Coolant Pumps
    Steam Generator / Superheater
    Pressurizer
    Main Turbine Generator Set
    Turbine Bypass Valve
    Air Cooled Condenser
    Condensate Pumps
    Condensate Polisher
    Deaerator
    Feedwater Pumps
    HP Feedwater Heater
    Aux Cooling Water Pumps
    Aux Cooling Water Air Cooler
    Instrument Air
    Vacuum Pump
    Turbine Gland Steam Condenser
    Demineralization
    Step-Up Transformer
    Auxiliary Transformer
    Backup Generators
    Building
    Foundation
    Containment

    PRODUCTION

    Overall Control Theory
    Human-Machine Interface
    Computer System Functions
    NSSS Process Supervision
    Digital Radiation Monitoring System
    Startup
    Normal Operation
    Shutdown
    Maintenance
    Full Load Rejection Capabilities
    Plant Emergency Response
    Defense in Depth
    Beyond the Design Basis Response
    Probabilistic Risk Analysis

                      is a project of the Energy Impact Center, a Washington, DC based research institute focused on climate restoration.

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