Li Wei, Li Fang. An experimental study on high wind speed compound electorstatic precipitators(HWSCESP)[J]. Chinese Journal of Environmental Engineering, 2007, 1(11): 88-91.
Citation: Li Wei, Li Fang. An experimental study on high wind speed compound electorstatic precipitators(HWSCESP)[J]. Chinese Journal of Environmental Engineering, 2007, 1(11): 88-91.

An experimental study on high wind speed compound electorstatic precipitators(HWSCESP)

  • Accepted Date: 28/03/2007
    Fund Project:
  • According to the “high wind speed” theory,the HWSCESP system combines the hydrodynamics, electro dynamics and static electrics. The experiment was carried on with the dust collection efficiency as the index, with initial density of dust, working voltage as the influencing factors, examining the law of influence on the dust collection efficiency of every factor separately. The results indicate that when the dust initial density is about 45 g/m3, and when working voltage is 47 kV, the effective dust collection area is 14.5 m3 and the system wind speed is 3.8 m/s,the dust collection efficiency is up to 99.92.%.From this, it is indicated that HWSCESP is the new dust collection device with high efficiency and low cost.
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    沈阳化工大学材料科学与工程学院 沈阳 110142

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An experimental study on high wind speed compound electorstatic precipitators(HWSCESP)

Fund Project:

Abstract: According to the “high wind speed” theory,the HWSCESP system combines the hydrodynamics, electro dynamics and static electrics. The experiment was carried on with the dust collection efficiency as the index, with initial density of dust, working voltage as the influencing factors, examining the law of influence on the dust collection efficiency of every factor separately. The results indicate that when the dust initial density is about 45 g/m3, and when working voltage is 47 kV, the effective dust collection area is 14.5 m3 and the system wind speed is 3.8 m/s,the dust collection efficiency is up to 99.92.%.From this, it is indicated that HWSCESP is the new dust collection device with high efficiency and low cost.

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