Integrated equipment for efficient treatment of volatile organic waste gas

Abstract

The invention relates to the technical field of environmental protection, in particular to integrated equipment for the efficient treatment of the volatile organic waste gas. The equipment comprises ashell arranged on a base, wherein an electronic control cabinet is arranged in the shell, the interior of the shell is successively provided with a filtering module, a UV lamp module, an activated carbon module, an ozone removal module and an air-pumping module which are connected in a closed manner, the filtering module and the air-pumping module are arranged at the upper part of the interior ofthe shell, the UV lamp module, the activated carbon module and the ozone removal module, which can be disassembled, are arranged at the lower part of the interior of the shell, the upper part of thefiltering module is provided with a waste gas inlet, and the upper part of the air-pumping module is provided with a gas discharge outlet. The external waste gas is subjected to the dust removal by the filtering module, the waste gas decomposition and deodorization by the UV lamp module, the adsorption of the incompletely oxidized organic waste gas by the activated carbon module, the decompositionof the excess ozone by the ozone removal module, and discharge up to standard by the air-pumping module. The equipment integrates dust removal, VOCs waste gas treatment and ozone removal together, and has no secondary pollution and high purification efficiency.

Description

technical field [0001] The patent of the present invention relates to the field of environmental protection technology, in particular to an integrated equipment for efficiently treating volatile organic waste gas. Background technique [0002] With the development of the economy, environmental pollution has become more and more serious, especially the air pollution control is imminent. Under this severe situation, the government has proposed an action plan to win the blue sky defense war. Traditional exhaust gas treatment equipment such as UV light oxygen equipment, activated carbon adsorption equipment, dry filters, etc. have some limitations. UV light oxygen equipment technology is mature, but the effect is poor for large air volume and high concentration conditions, and redundant The emission of ozone into the air will cause secondary pollution; activated carbon adsorption equipment requires a large amount of activated carbon, and the replacement cost of activated carbon ...

AI Technical Summary

Problems solved by technology

Traditional exhaust gas treatment equipment such as UV light oxygen equipment, activated carbon adsorption equipment, dry filters, etc. have some limitations. UV light oxygen equipment technology is mature, but the effect is poor for large air volume and high concentration conditions, and redundant The emission of ozone into the air will cause secondary pollution; activated carbon adsorption equipment requires a large amount of activated carbon, and the replacement cost is high after the activated carbon is saturated, and the saturated activated carbon is troublesome to deal with as hazardous waste: the dry filter has a single purpose and can only remove dust

The efficiency of traditional equipment is low when treating exhaust gas, usually only about 70%, and it is difficult to meet the increasingly stringent national and local emission standards

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