Water cyclone dust removal system

Abstract

The invention discloses a water cyclone dust removal system, which includes: a dust removal air pipe, which is provided with a drainage port; discoid water throwing discs, which are disposed in the dust removal air pipe, with one disc face of each disc wholly sinking to the center to form a cambered surface, and serving as a water throwing surface that is toward the inlet or outlet direction of the dust removal air pipe and has erected periphery to form a vertical wall; a plurality of shunting grooves grooved in the radial direction of the water throwing discs and uniformly distributed on the vertical wall; a waterproof motor, which is connected to the water throwing discs and can drive the water throwing discs to rotate; and water spraying equipment, which can provide water to the water throwing surface. Under high speed rotation of the water throwing discs, water on the water throwing surfaces can be spread to diverge and is thrown outward from the shunting grooves to form water ring blades and water mist areas. And dust in dusty gas is humidified, adsorbed into water, and then drained through the drainage port. With the characteristics of simple structure and low cost, the water cyclone dust removal system can be widely used in various occasions needing dust removal and purification on gas.

Description

technical field [0001] The invention relates to an industrial dust removal equipment. Background technique [0002] Many industrial production activities will lead to the generation of dust (the dust in this article includes various solid particles, oil droplets and other fine floating objects), so ceramic processing factories, stone factories, power plants, etc. need to set up dust removal equipment to meet environmental protection requirements. Production requirements. Traditional dust removal methods include dry dust removal and wet dust removal. Dry dust removal uses electrostatic adsorption, slaked lime adsorption, and multi-stage series membrane filtration to remove dust. In the solution, the dust is washed down and the gas is purified. However, the dust removal methods listed above all have their own defects, either the dust removal effect is not ideal, the efficiency is low, or the cost is high and the floor area is too large, which is not suitable for general appl...

AI Technical Summary

Problems solved by technology

However, the dust removal methods listed above all have their own defects, either the dust removal effect is not ideal, the efficiency is low, or the cost is high and the floor area is too large, which is not suitable for general application.

In addition, in the face of some occasions with special requirements for gas treatment, such as the need to filter the dust particle size above a certain value, allow retention below this value, or need to remove some soluble gases, the existing dust removal equipment is hard to do

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