Breeze electrical dust remover

Abstract

The invention discloses a breeze electrical dust remover which comprises a shell, a dust collection system, a dust collection vibration device, a discharging system and a discharging vibration device, wherein the shell comprises an inlet end and an outlet end; the dust collection system and the discharging system are arranged in an inner cavity of the shell; the dust collection system comprises multiple groups of anode plates which are staggered by an angle and are connected end to end; a plurality of closing points are formed at each of the inlet end and the outlet end of the shell; the discharging system comprises multiple groups of cathode wires; each cathode wire group is arranged in space formed between every two anode plates in a manner of being shifted for a distance relative to each anode plate group; the anode plate groups are provided with inlet air baffles at the positions close to the shell at the inlet end; the closing points for connecting the two adjacent anode plate groups end to end are provided with inlet flow guide plates at the inlet end; an air balancing device is arranged at the inlet end; a flow guide device is arranged at the outlet end; the anode plates in each group are a series of metal sheets; the metal sheets are arranged in a row in the shell; the distances between the metal sheets are kept the same; the cross sections of the metal sheets are in the shape of curve or fold line structures.

Description

technical field [0001] The invention relates to the technical field of dust removal equipment used for flue gas treatment, in particular to a breeze electric dust collector. Background technique [0002] Existing electrostatic precipitators have various shapes and structures, and usually contain an anode system and a cathode system. The anode system includes positive plates, and the cathode system includes negative plate lines. An existing flat-plate electrostatic precipitator adopts standard 480C pole plates arranged in parallel. The anode plate and the cathode plate line are arranged in an interlaced manner parallel to the airflow direction in the electric field, and the flow path of the flue gas in the electric field is Advance parallel and straight between the anode and cathode lines. If the distance between the anode plates is 400mm, the average distance between the dust particles and the anode plate is 200mm, the dust moves almost away from the pole plate, and the ave...

AI Technical Summary

Problems solved by technology

If the distance between the anode plates is 400mm, the average distance between the dust particles and the anode plate is 200mm, the dust moves almost away from the pole plate, and the average migration distance of the dust is large, so it not only affects the dust removal efficiency, but also has high specific resistance dust deposition The resulting back corona phenomenon is easy to produce secondary dust

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