ANALISIS KINERJA EFISIENSI ELEKTROSTATIC PRECIPITATOR DI PLTU CILACAP UNIT 1 & 2 2 X 300 MW
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Nugroho, Antonius Eggy Setya
Prianda, Prianda
Prianda, Prianda
Subject
Teknik Elektro
Datestamp
2019-11-05 00:31:17
Abstract :
The amount of exhaust emissions from the increased consumption of coal, resulting from the increased demand for electrical energy, will have an impact on air quality in the area around the power plant. Electrostatic Precipitator (EP) is an electrical device used as a filter for fly ash produced from the combustion of coal fuel in the combustion chamber (burner). By using Electrostatic Precipitator, the amount of dust waste coming out of the chimney can be reduced to 95 ? 99%. The main components of Electrostatic Precipitator are: Transformer Rectifier, Collecting Plate, Electrode Wire, Collecting Rapper Motor, Discharge Rapper Motor, Gas Distribution System, Control Power, Level EP Switch Hopper, Vibrator and EP Heater Hopper. To perform its function, the EP receives power supply from a transformer unit with a power of 40 kV ? 70 kV. EP is a benchmark in the environment where the flue gas generated by PLTU can be observed. Therefore, it needs an intensive level so that the efficiency of Electrostatic Precipitator can be realized maximally.
The amount of exhaust emissions from the increased consumption of coal, resulting from the increased demand for electrical energy, will have an impact on air quality in the area around the power plant. Electrostatic Precipitator (EP) is an electrical device used as a filter for fly ash produced from the combustion of coal fuel in the combustion chamber (burner). By using Electrostatic Precipitator, the amount of dust waste coming out of the chimney can be reduced to 95 ? 99%. The main components of Electrostatic Precipitator are: Transformer Rectifier, Collecting Plate, Electrode Wire, Collecting Rapper Motor, Discharge Rapper Motor, Gas Distribution System, Control Power, Level EP Switch Hopper, Vibrator and EP Heater Hopper. To perform its function, the EP receives power supply from a transformer unit with a power of 40 kV ? 70 kV. EP is a benchmark in the environment where the flue gas generated by PLTU can be observed. Therefore, it needs an intensive level so that the efficiency of Electrostatic Precipitator can be realized maximally.
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