Horizontal type waste gas treating equipment

Abstract

The invention discloses horizontal type waste gas treating equipment and relates to the field of air purification. The equipment comprises a spraying layer and a packing layer which are arranged in a shell. The packing layer is arranged on the left side of the spraying layer. An air inlet is formed in the right end of the shell. A waste gas exhaust opening is formed in the left end of the shell. The spraying layer comprises a first spraying layer body, a second spraying layer body and a third spraying layer body which are sequentially arranged from right to left. The first spraying layer body and the second spraying layer body are arranged perpendicular to the upper surface of the shell. The third spraying layer body is arranged parallel to the upper surface of the shell. The packing layer comprises a packing support, packing and a demisting ball. The packing and the demisting ball are arranged on the packing support. A flow guide device is arranged between the second spraying layer body and the third spraying layer body. The horizontal type waste gas treating equipment is high in bearing ability, reasonable in structure and high in purification efficiency.

Description

technical field [0001] The invention relates to the field of air purification, in particular to a horizontal waste gas treatment equipment. Background technique: [0002] Toxic and harmful gases are produced in tire manufacturing, rubber technology, painting and pharmaceutical processes. These pollutants will not only cause great physical harm to the workers in the workshop, but also pollute the atmosphere when they are discharged. At present, the domestic mainstream technologies for treating high-volume and low-concentration waste gas have relatively low processing efficiency, low degree of integration, and high investment costs. Sometimes gas absorption and purification can only be placed on the roof due to the limitation of the site, and the vertical equipment cannot meet the carrying capacity per unit area when meeting the process design parameters, so the system can only be designed as multiple equipment working in series. Therefore, it is very necessary to analyze, di...

AI Technical Summary

Problems solved by technology

At present, the domestic mainstream technologies for treating large-volume and low-concentration waste gas have relatively low processing efficiency, low degree of integration, and high investment costs.

Sometimes gas absorption and purification can only be placed on the roof due to the limitation of the site. When the vertical equipment meets the process design parameters, it cannot meet the carrying capacity per unit area. The system can only be designed as multiple equipment connected in series.

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