Lampblack purifier Waste gas treatment equipment Integrated fume purification machine

        The plasma fume purifier is designed according to the principle of low temperature plasma purification and the principle of machinery and centrifugation. The machine is composed of centrifugal separation section, high efficiency filtration section, low temperature plasma purification section and noise elimination section.

        1, centrifugal separation section: the use of mechanical oil removal technology, the use of fan gas power to purify lampblack. The oil fume separation is realized in the impeller by the bidirectional flow theory of fluid mechanics. By changing the Angle of the blade and the form of the blade, the lampblack molecules collide and accumulate on the impeller disk and blade. Make the lampblack take the shape of fine particle oil mist, be thrown into the inner wall of the box by centrifugal force, flow out from the leaking pipe.

2, high efficiency filter noise elimination period: after dealing with the front end, in addition to the most lampblack, and escape the micron grade of lampblack to the rear of efficient filter (coarse filtration and fine filtration) most be filtered after processing, the rest of the sub-micron oil mist particles and peculiar smell and the toxic and harmful substances in flue gas into the low temperature plasma purification period of treatment.

3, low temperature plasma purification section: mainly by corona discharge method to produce high concentration of ions, and then use plasma made by electric field in the flue gas particles with different charge (positive and negative), thus the attraction, coagulation, and a single volume increased the gathered into a mass of settlement, so that make the flue gas cleaning, can be as small as the nuances of sub-micron soot particles effectively collection. It is different from the electrostatic method, which directly USES the electric field plate to absorb lampblack particles, thus extending the effective working time of the electric field and achieving low-carbon operation.