Black Smoke Decontaminater (BSH)

The cathode in high voltage electric field will shoot out electron that will bring anion when collide with the air molecule. The anion will take the mill dust, so the mill dust becomes electriferous. Then the electriferous mill dust will be adsorbed by the anode plate. Therefore, this technique can achieve the aim of disposing the dust finally. The electrons diameter is very small, so the mill dust particle is a buster against it. Furthermore, the density of the electron in the electric field is very high (about 100 million per cubic centimeter), so it is almost ubiquitous. The mill dust in the electric field will be easily caught by the electron (namely lotus electricity). The lotus electricity of the mill dust follows certain mechanism ?s inevitable phenomenon at electric field, but not simply caused by occasional collision, including electric field lotus electricity and spreads lotus electricity. The design of electric field makes the smoke and dust move only about one meter per second, usually making the smoke and dust particle catch enough electric charge in within one second. The electric particle at high pressure electric field will be affected by the coulomb, making the smoke and dust be absorbed to the anode plate. Therefore, the electro-precipitation?s collection efficiency is very high, and it is very applicable to catch small in diameter or light in weigh mill dust