The efficiency of an ESP depends upon two factors
The size of the unit i.e. total square ft. of the collecting plate area
Amount of independent electrical energisation
In addition following details are required for designing an ESP
1. Source of the emission : Properties of the process by which the pollutants are produced
2. Particle size distribution
3. Chemical analysis of dust in relation to particle size
4. Specific eclectic resistivity of dust
5. Dust concentration of clean gas
6. Required dust concentration of clean gas(efficiency)
7. Properties of gas: composition, temperature, pressure.
8. Corrosive properties of gas
9. Gas flow rate
Apart from these variables the design of ESP also include the determination of ancillary
factors such as rappers to shake the dust loose from the plates, automatic control system,
measures for ensuring high-quality gas flow, dust removal system, provisions for structural and
heat insulation and performance monitoring system
The size of the unit i.e. total square ft. of the collecting plate area
Amount of independent electrical energisation
In addition following details are required for designing an ESP
1. Source of the emission : Properties of the process by which the pollutants are produced
2. Particle size distribution
3. Chemical analysis of dust in relation to particle size
4. Specific eclectic resistivity of dust
5. Dust concentration of clean gas
6. Required dust concentration of clean gas(efficiency)
7. Properties of gas: composition, temperature, pressure.
8. Corrosive properties of gas
9. Gas flow rate
Apart from these variables the design of ESP also include the determination of ancillary
factors such as rappers to shake the dust loose from the plates, automatic control system,
measures for ensuring high-quality gas flow, dust removal system, provisions for structural and
heat insulation and performance monitoring system
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