A modular superimposed split flow environmental protection dust removal device

Abstract

The invention belongs to the technical field of dust removal, and discloses a modular superposed diverting environment-friendly dust removal device, which includes a dust removal component, an electrostatic generator, and a fixed outer frame. The dust removal component is an electrostatic dust removal component, is installed inside the fixed outer frame, and is connected to the electrostatic generator through a metal rod penetrating through the fixed outer frame. The fixed outer frame is composed of a plurality of unit plates. The dust removal component is composed of at least one unit dust removal component. The size of the inner cavity of the combined fixed outer frame matches the size of the combined dust removal component. The modular superposed diverting environment-friendly dust removal device also includes diverting components installed at the inlets and outlets of the respective unit dust removal components. In the present invention, the respective components of the entire device are structured as unit modules that can be machined on a large scale, thereby achieving advantages of low cost, convenient transportation, and simple disassembly. The components can be assembled inany number so as to be suitable for different dust removal amounts, thereby meeting the demand for efficient dust removal.

Description

technical field [0001] The invention belongs to the technical field of dust removal, and in particular relates to a modularized superimposed split flow environmental protection dust removal device. Background technique [0002] At present, whether in various industrial production processes or in daily life, a large amount of dust substances will be produced, such as in factory workshops, combustion exhaust gas, vehicle exhaust emissions, etc.; and these dust substances will be suspended in the air, making The air quality is greatly reduced, so certain dust removal treatment is required before exhaust gas or exhaust gas discharge. [0003] Taking industrial dust removal as an example, the existing dust removal methods include electrostatic dust removal, filter bag dust removal, etc. Among them, traditional electrostatic dust removal uses high voltage to generate corona discharge, ionizes the gas and charges the dust particles, and then is adsorbed to the electrode in the elec...

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Problems solved by technology

[0003] Taking industrial dust removal as an example, the existing dust removal methods include electrostatic dust removal, filter bag dust removal, etc. Among them, traditional electrostatic dust removal uses high voltage to generate corona discharge, ionizes the gas and charges the dust particles, and then is adsorbed to the electrode in the electric field plate to achieve the purpose of dust removal. On the one hand, this method has the problem of high cost, and on the other hand, it has the problem of secondary pollution caused by ozone generated when the air is ionized; and the filter bag dust removal is based on the filter screen and other structures to filter the gas. , so as to remove the dust in the gas, but when the dust on the filter increases, it will cause a large obstacle to the circulation of the gas, affect the gas circulation, and also cause the decline of the dust removal effect

[0004] In addition, most of the existing industrial dust removal devices have complex structures and large volumes. Especially for factories of different specifications, they need to be customized according to specific dust removal needs, which makes their manufacturing costs, transportation costs and installation difficult.

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