A high-voltage electrostatic plasma smoke treatment equipment

Abstract

The invention discloses high-voltage static plasma smog processing equipment. The processing equipment comprises a cooling device, a smog purifying tower provided with multiple purifying layers, a cleaning system and a drying device, wherein the cooling device, the smog purifying tower, the cleaning system and the drying device are connected and combined through pipelines. As the cooling device is arranged, smog waste gas can be effectively cooled, part of smog is preliminarily deposited, and the smog purifying tower is prevented from being damaged by the high-temperature smog waste gas; the multiple purifying layers and a plasma purifying chamber in the smog purifying tower can effectively splitting and separating biological bacteria, chemical waste gas and large-particle smoke dust which is not adsorbed into gas-water compounds and small-particle smoke dust meeting the requirement, the smog waste gas is effectively purified through electrostatic adsorption of a rough filtration and fine filtration static purifying chamber, and the high-standard discharge requirement is met; as the cleaning system and the drying device are arranged, the smog purifying tower can be automatically cleaned and dried, it is not needed to waste a great deal of labor to clean the tower any more, and the processing efficiency of the equipment is improved greatly.

Description

technical field [0001] The invention relates to exhaust gas purification equipment, in particular to high-voltage electrostatic plasma smoke treatment equipment. Background technique [0002] At present, waste gas treatment is the pretreatment of waste gas generated in industrial sites and factory workshops before being discharged to the outside, so as to meet the national standards for external discharge of waste gas. Exhaust gas treatment equipment is widely used in chemical factories, pharmaceutical factories, electronics factories, printing factories, painting workshops, coating factories, food factories, rubber factories, plastic factories, galvanizing workshops, paint factories, petrochemical industries, etc. to generate dust, odor, and smoke place. [0003] Most of the existing smog and waste gas treatment equipment is wet treatment mainly through spraying and adsorption. This method has a great test on the performance of the treatment equipment itself, and the servi...

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Problems solved by technology

[0003] Most of the existing smog and waste gas treatment equipment is wet treatment mainly through spraying and adsorption. This method has a great test on the performance of the treatment equipment itself, and the service life of the equipment is greatly affected, and the smog and waste gas emitted will still be It has an impact on the environment, and some new treatment equipment through electrostatic adsorption is not good for the treatment of biological bacteria and chemical waste gas, and after electrostatic adsorption, multiple equipment bodies must be maintained and cleaned to make the purification effect meet actual needs. However, the cleaning work often requires manual operation, which is very inconvenient and causes a waste of manpower. Therefore, although many manufacturers have already carried out smoke and exhaust gas treatment, the smoke and exhaust gas emitted by them will still have an impact on the environment. Such smoke and exhaust gas It cannot be directly discharged into the air, and it needs to be purified twice, which will increase the time of smoke and exhaust gas treatment, reduce work efficiency, and increase the cost of exhaust gas treatment

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