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+88 02 5508 6766The ESP is divided into wet electrostatic precipitator (WESP) and dry electrostatic precipitator (DESP), both of which have the same principle of dust collection. Both rely on high-voltage discharge to make the dust charged, and the charged dust reaches the dust collection plate/tube under the action of the electric field force.
Dry ESP mainly deals with dry gas with low water content, while wet ESP mainly deals with wet gas with high water content or even saturated. There is a big difference between WESP and DESP in terms of dust capture and removal methods. DESP generally uses mechanical vibration or acoustic cleaning to remove the accumulated dust on the electrodes, while WESP uses regular flushing to remove the dust with the flow of flushing liquid.
Technical Parameters
Model | XDEP65-3 | XDEP88-3 | XDEP150J-3 |
The Actual Circulation Area of Fume | 65 m2 | 88 m2 | 150 m2 |
Predetermined Pressure | -8000 Pa | -8000 Pa | -20000 Pa |
Predetermined Resistance | ＜ 300 Pa | ||
Rate of Air Leakage | ＜ 3 % | ||
Operating Temperature | ＜ 300℃ | ||
Effective Height of Electric Field | 9.4 m | 9.85 m | 11.54 m |
Effective Width of Electric Field | 7 m | 9 m | 13 m |
Effective Length of Electric Field | 12 m | 12 m | 12 m |
Model | XDEP65-3 | XDEP88-3 | XDEP150J-3 |
Same Electrodes Spacing | 400 mm | ||
Quantity of Electric Field | 3 | ||
The Form of Sediment Collection | 480C | ||
The Form of Discharge Electrode | New Type RS Tubular Barbed Wires | ||
Dust Collection Area in Total | 4040 m2 | 5480 m2 | 8863 m2 |
Model of High Voltage Power Supply | GGAJ02-0.8A/72 KV | ||
Quantity of High Voltage Power Supply | 3 Sets | ||
