Electrostatic Precipitator

Electrostatic precipitator is composed of control box, boosting transformer and rectifier. The voltage outputted by the power supply also has great influence on the efficiency of the dust efficiency.

The Key Factor Influencing the Efficiency of Electrostatic Precipitator:

Electrostatic precipitator is composed of control box, boosting transformer and rectifier. The voltage outputted by the power supply also has great influence on the efficiency of the dust efficiency, for this reason, the running voltage of the electrostatic precipitator should be maintained in the range of 40-75KV and even over 100KV.

electrostatic precipitator

The Advantages and Benefits of Electrostatic Precipitator:

Compared with other dust collecting equipment, electrostatic precipitator has low energy consumption and high efficiency and it can be used in the sites with high temperature and pressure of smoke. Practice shows that the higher the amount of the smoke to be processed is, the lower the investment and operational cost of the electrostatic precipitator will be.

dust_collector

The Working Process of Electrostatic Precipitator:

Its purification work is mainly completed through two systems: discharge electrode and receiving electrode. When high pressure direct current is inputted between the two electrodes, anion and cation will be produced in the space of the electrodes and will function on the surface of the waste particles that go through the static electric field. The waste particles will move to the opposite electrode under the field stress and deposit on the electrode, thus achieving the aim of dust collection. There is rapping apparatus on both sides of the system, and when the rapping hammer periodically hits the two sides, the powder dust that stick onto it will be shaken off and fall to the ash bucket and will be discharged from the machine.

Technical Parameter

Model	Effective Section	Processing Air Quantity(m3/h)	Max. Working Temperature(℃)	Bearable Pressure(Pa)	Air Speed in the Electric Field(m/s)	Designed Efficiency	Dust Content in Feeding Mouth(g/Nm³)	Dust Content in Discharging Mouth(g/Nm³)	Resistance Loss(Pa)
15-III	15	37000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
20-III	20	51000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
30-III	30	756000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
40-III	40	100000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
50-III	50	126000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
60-III	60	152000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
70-III	4	177000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
80-III	08	210000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
90-III	09	230000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
100-III	100	252000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
110-III	110	280000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
120-III	120	300000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
140-III	140	353000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200
150-III	150	378000	400	6000	0.7-0.9	≥99.9	<500	<50mg	<200