Flow gas equilibrating device

Abstract

Belonging to the technical field of dust removers, the invention specifically relates to a flow gas equilibrating device applicable to dust removers. The flow gas equilibrating device at least comprises a cavity, flue gas enters the cavity through a cavity inlet, and circulates into an electrostatic field from the cavity. Specifically, the inlet circulation area of the cavity is larger than the flue gas circulation area of the electrostatic field. According to the invention, through the arrangement, transient accumulation and collision can occur to the flue gas flowing into the cavity while the flue gas tries to enter the electrostatic field due to decrease of the circulation area, the situation can enable quick and uniform mixing of the flue gas in the cavity, specifically, congestion canoccur to electrostatic channels in which a lot of flue gas circulates originally, and the congestion can cause conveying of redundant flue gas to electrostatic channels with little flow volume originally, so that the actual circulation area in the electrostatic field can be the designed circulation area, the flow rate and dust removal time can be set according to the requirements, and the dust removal effect can be guaranteed.

Description

technical field [0001] The invention belongs to the technical field of dust collectors, and in particular relates to an air flow equalization device applied to dust collectors. Background technique [0002] Such as figure 1 As shown, the current dust remover provides power for the flue gas 2 to flow through the power device 1 during use, so that the flue gas passes through the electrostatic field 3 to perform dust removal operations. However, in the current use process, because the smoke 2 does not have any flow equalization device before entering the electrostatic field 3, the smoke 2 will be attracted by the power device 1 to one side of the electrostatic field 3, thereby entering the electrostatic field 3 Dust removal is carried out in a relatively concentrated area in the middle, which will cause the following problems: the reduction of the actual flow area in the electrostatic field 3 relative to the design flow area will cause the increase of the flow rate of the flue...

AI Technical Summary

Problems solved by technology

However, in the current use process, since the smoke 2 does not have any flow equalization device before entering the electrostatic field 3, the smoke 2 will be attracted by the power device 1 to one side of the electrostatic field 3, thereby entering the electrostatic field 3 Dust removal is carried out in a relatively concentrated area in the middle, which will cause the following problems: the reduction of the actual flow area in the electrostatic field 3 relative to the design flow area will cause the increase of the flow rate of the flue gas 2, resulting in a decrease in the electrostatic dust removal time, which seriously affects the dust removal Effect

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