sequential operations explanation of power plant start up
it is very simple to represent your training experience..
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vapor and combined power cycleFull description
power plant operation
REFERANCE. CONCLUSION. STATUS ADVANTAGES & DISADVANTAGES. VARIOUS FACTOR VARIOUS TYPES WORKING BLOCK DIAGRAM&IT’S COMPONANTS.
HANDBOOK FOR COGENERATION AND COMBINED CYCLE POWER PLANTSFull description
HANDBOOK FOR COGENERATION AND COMBINED CYCLE POWER PLANTS
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combined cycleFull description
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GENERATOR
COMPRESSOR
AIR INTAKE SYSTEM / AIR FILTER
Air intake and clean up the impurities and dust in the air into the compressor
- Sucks in the air and compress it to pressures. - Consists of a number of rows of blades mounted on shaft.
FUEL SYSTEM
COMBUSTION CHAMBER
GAS TURBINE
EXHAUST SYSTEM
- Process of burning occurs; the pressurized air is mixed with fuel and ignited. - It increases the temperature, velocity and volume of gas flow. - The hot gases leave the chamber with high energy level.
- The hot gases from the combustion chamber generate the gas turbine. - It is a rotary engine that extracts energy from the flow of combustion gas.
- The exhaust gas from the turbine exits to the exhaust system through a diffuser. - The exhaust system discharges the hot gases to a level that is safe for people and environment
STACK The hot gases are released through stack
Prepares a clean fuel for burning in the combustion chamber
GENERATOR
SUPERHEATER
STEAM TURBINE
Converts saturated steam into dry steam used for power generation
CONDENSER
WATER
BOILER Boils the water to generate steam
FEED WATER HEATER
Pre-heat the water before delivering to the boiler
ECONOMIZER Captures the waste heat and transfers it to the feed water
