Module 1- Power Plant Fundamentals Function of the Power Plant Boilers Turbine Fundamentals Overall Plant Operation Module 6 - Plant Controls The Control Process Module 2 - Plant Theory Pressure and Flow Measurement Energy Conversion Level and Temperature Measurement Properties and Fluid Flow Pressure Understand Module 11 - Environmental Protection Temperature and Heat Instrumentation on P&IDs The Environment Basic thermodynamics and Unit energy Water Pollution conversion processes Module 7 - Basic Water Chemistry and Air: Particulates Water/Steam Properties Treatment Air: Gas Plant Performance Chemistry Concepts Water Chemistry Fundamentals Module 12 - Instrumentation and Control Module 3 - Plant Auxiliaries Water Treatment Fundamentals Pressure and Flow Measurement Fluid Flow, Piping and Piping Auxiliaries Water Treatment Applications Level and Temperature Measurement Pumps and Drives Boiler Water Treatment Instrumentation on P&IDs Compressors and Fans LP Service Water Treatment The Control Process Heat Exchangers and Operation of Plant Ion Exchange Sensing, Measuring and Controlling Elements Auxiliaries Cooling Water Treatment Controllers and Final Control Elements Types of Control Module 4 - Plant Systems Module 8 - Fuels and Combustion Combustion Control Reading System Diagrams Fuels and Combustion Characteristics Drum Level Steam Systems Condenser, Coal Handling Equipment Circulating Water and Fire Protection Oil and Gas Handling Equipment Module 13 - Power Generation Systems Condensate and Feedwater Systems Ash Handling Generator Principles The condensate, AC Power feedwater, boiler water, steam cycle Module 9 - Boilers Generator Auxiliary Systems and turbine/generator operation Boiler Fundamentals Generator Operation Boiler Startup and Shutdown Procedures Basic generator operation Module 5 - Basic Electricity Normal Operation and Boiler Efficiency Fundamentals of Electricity Module 14 - Electrical Systems and Emergency Procedures pertaining to the Boiler Ohm’s law, how voltage can be produced Equipment Voltage distribution in series, parallel and Module 10 - Turbines Three-Phase Power series-parallel circuits Turbine Construction and Reading Electrical Diagrams Transformers and Control Mechanisms Principles of Operation Unit Transformers, Switchyards and Substations Batteries, Generators and Motors Turbine Valves and Support Systems Turbine Control, Instrumentation and Protection Systems Turbine Operation Steam cycle and turbine operation Module 1- Plant Control System How power plant processes are accessed and DCS control system diagrams Distributed Control System capabilities controlled from the DCS controllers
Module 1- Power Plant Fundamentals Function of the Power Plant Boilers Turbine Fundamentals Overall Plant Operation Module 2 - Plant Theory Energy Conversion Properties and Fluid Flow Pressure Temperature and Heat Basic thermodynamics and Unit energy conversion processes Water/Steam Properties Plant Performance Module 3 - Plant Auxiliaries Fluid Flow, Piping and Piping Auxiliaries Pumps and Drives Compressors and Fans Heat Exchangers and Operation of Plant Auxiliaries Module 4 - Plant Systems Reading System Diagrams Steam Systems Condenser, Circulating Water and Fire Protection Systems Condensate and Feedwater Systems The condensate, feedwater, boiler water, steam cycle and turbine/generator operation Module 5 - Basic Electricity Fundamentals of Electricity Ohm’s law, how voltage can be produced Voltage distribution in series, parallel and series-parallel circuits Transformers and Control Mechanisms Batteries, Generators and Motors Module 6 - Plant Controls The Control Process Pressure and Flow Measurement Level and Temperature Measurement Understand Instrumentation on P&IDs Module 7 - Basic Water Chemistry and Treatment Chemistry Concepts Water Chemistry Fundamentals Water Treatment Fundamentals Water Treatment Applications Boiler Water Treatment LP Service Water Treatment Ion Exchange Cooling Water Treatment Module 8 - Fuels and Combustion Fuels and Combustion Characteristics Coal Handling Equipment Oil and Gas Handling Equipment Ash Handling Module 9 - Boilers Boiler Fundamentals Boiler Startup and Shutdown Procedures Normal Operation and Boiler Efficiency Emergency Procedures pertaining to the Boiler Module 10 - Turbines Turbine Construction and Principles of Operation Turbine Valves and Support Systems Turbine Control, Instrumentation and Protection Systems Turbine Operation Steam cycle and turbine operation Module 11 - Environmental Protection The Environment Water Pollution Air: Particulates Air: Gas Module 12 - Instrumentation and Control Pressure and Flow Measurement Level and Temperature Measurement Instrumentation on P&IDs The Control Process Sensing, Measuring and Controlling Elements Controllers and Final Control Elements Types of Control Combustion Control Drum Level Module 13 - Power Generation Generator Principles AC Power Generator Auxiliary Systems Generator Operation Basic generator operation Module 14 - Electrical Systems and Equipment Three-Phase Power Reading Electrical Diagrams Unit Transformers, Switchyards and Substations Module 1- Plant Control System Distributed Control System capabilities How power plant processes are accessed and controlled from the DCS controllers DCS control system diagrams
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