High-efficiency multi-layer electrostatic dust collector

Abstract

The invention discloses a high-efficiency multi-layer electrostatic dust collector. The high-efficiency multi-layer electrostatic dust collector comprises a box body and partition plates, wherein a plurality of partition plates arranged at equal spaces are uniformly fixedly connected within the box body; the lower end of each partition plate is fixedly connected with an electrode screen board; one end of each partition plate is closely connected with an electrode dust collecting net, and the other end of each partition plate is closely connected with a baffle; the electrode dust collecting net and the baffle at the left and right sides are both connected with a long through pipe and a short through pipe respectively; the lower ends of the long through pipe and the short through pipe are each fixedly connected with a retaining pull plate; a base plate of the box body and the partition plates are also fixedly connected with flow disturbing frames which are symmetrically arranged in a spaced manner; each flow disturbing frame is rotationally connected with a rotating shaft; one end of each rotating shaft is in interference fit with a bevel wind wheel, and the other end of each rotating shaft is in interference fit with a straight-surface impeller; the partition plate at the uppermost end is also fixedly connected with a stabilizing frame; the right sidewall of the stabilizing frame and the right inner wall of the box body are each provided with an opened sliding chute; the inside of each opened sliding chute is slidably connected with a dust collecting net bag. The high-efficiency multi-layer electrostatic dust collector disclosed by the invention is good in dust collection effect, small in floor area, convenient to overhaul and capable of greatly improving the practicability of an existing dust collector.

Description

technical field [0001] The invention relates to a chemical dust removal equipment, in particular to a high-efficiency multi-layer electrostatic dust collector. Background technique [0002] Dust collectors are widely used in chemical industry, coal mine and other fields. Existing dust collectors mainly include cloth bags and electrostatic precipitators. Among them, electrostatic precipitators conduct adsorption and collection through collecting plates with opposite polarities after charging the dust. However, the waste gas The dust content in the medium is extremely large, and a large amount of dust is often not charged through a single charge, so that the subsequent collecting plate cannot effectively collect it, which greatly affects the dust removal effect of the current electrostatic precipitator; moreover, The current electrostatic precipitator is a single air duct, so its volume is often relatively large, which increases the land use burden for small places. Contents...

AI Technical Summary

Problems solved by technology

[0002] Dust collectors are widely used in chemical industry, coal mine and other fields. Existing dust collectors mainly include cloth bags and electrostatic precipitators. Among them, electrostatic precipitators conduct adsorption and collection through collecting plates with opposite polarities after charging the dust. However, the waste gas The dust content in the medium is extremely large, and a large amount of dust is often not charged through a single charge, so that the subsequent collecting plate cannot effectively collect it, which greatly affects the dust removal effect of the current electrostatic precipitator; moreover, The current electrostatic precipitator is a single air duct, so its volume is often relatively large, which increases the land use burden for small places

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