An overview of steam powerplant
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Transcript of An overview of steam powerplant
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AN OVERVIEW OF STEAM POWER PLANT
Submitted by:DEEPAK KUMAR DAS
SUBMITTED TO:DR. ABHIMANYU MAHAPATRADR. RANJAN KUMAR JENA
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INTRODUCTION:
In this powerplant coal fossilfuel are used as fuel,from the combustion heatProduced this heat is utilised in boiler to increase the pressure and tempereture Of water which then fed to the turbine when the turbine rotates rotating The turbine shaft then electricity generated
TWO TYPE:1-CAPTIVE PP2-CETRAL PP
CE-TE-ME-EEAgain steam pp are two type 1-condensing type2-non condensing type
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Eficiency of power plant:
1-THERMAL EFFICIENCY2-ELETRICAL EFFICIENCY3-OVER ALL EFFICIENCYMERITS:.Fuel used cheaper.cheaper initial cost.such plants can existed irrespective of existance of fuel.can be located at load centersDEMERITS:.High mentainance and operating cost.polluting environ ment.huge requirment of water.handling of coal disposal and ass Is quite difficult
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WORKING OF STEAM POWER PLANT
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The most important constituents of a steam power station are:
a. Steam generating equipmentb. Condenserc. Prime moverd. Cooling towers e. Electrical equipment
Steam generating equipment includes:
• Boiler• Boiler furnace • Superheater• Economiser• Air Pre-heater
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ELECTROSTATIC PRECIPITATOR
AND ITS FUNCTIONS
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Introduction:
• Particulate Collection Device used in industries to minimize air pollution
• Principle of operation Electrostatic attraction
• Efficiency of 99% in many industries• Can handle large gas volumes with a
wide range of inlet temperatures, pressures, dust volumes, and acid gas conditions
• Can collect particles of varying sizes in dry and wet states
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Theory of Precipitation:
Theory of PrecipitationCharging, Collecting & Rapping
Particle charging Discharge & Collection Electrodes
Corona Discharge Avalanche MultiplicationIonization of gas moleculesParticle Charging Mechanism Field charging,
Diffusion charging, Electron chargingParticle CollectionParticle Removal
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Particle Charging:
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Corona Discharge
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Ionization of Gas Molecules
Particle Charging Field charging, Diffusion charging, Electron charging
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Particle collection
Particle Removal by rapping
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Conclusion
All ESPs, no matter how they are grouped, have similar components and operate by charging particles or liquid aerosols, collecting them, and finally removing them from the ESP before ultimate disposal in a landfill or reuse in the industrial process
The precipitator should be designed to provide easy access to strategic points of the collector for internal inspection of electrode alignment, for maintenance, and for cleaning electrodes, hoppers, and connecting flues during outages
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