Electric dust remover with moving anodes

Abstract

The invention discloses an electric dust remover with moving anodes. The electric dust remover comprises a shell, a plurality of dust collecting anodes, a first dust collecting cathode and second dust collecting cathodes, wherein the dust collecting anodes are arranged in the shell and distributed in a loop, the first dust collecting cathode is positioned in the loop, the second dust collecting cathodes are positioned between two adjacent dust collecting anodes, the first dust collecting cathode and the second dust collecting cathodes are fixedly connected to form an integral structure which is suspended on the top of the shell by suspenders, and the suspenders are positioned in airflow channels formed by the two adjacent dust collecting anodes, and fixedly connected to the second dust collecting cathodes. According to the electric dust remover, the suspenders are fixedly connected to the second dust collecting cathodes and positioned in the airflow channels formed by the two adjacent dust collecting anodes, and compared with the prior art, the electric dust remover has the advantages that the actual length of an electric field is obviously shortened in the condition that the effective length of the electric field is not changed. In addition, when an electric dust remover with fixed anodes is upgraded and reformed, the dust removing efficiency can be improved, and additionally, the purposes of reducing the reforming cost and difficulty and shortening the reforming period can be realized.

Description

technical field [0001] The invention relates to the technical field of electric dust removal, in particular to a mobile anode electric dust collector. Background technique [0002] Such as figure 1 and figure 2 As shown, among them, figure 1 Shows the schematic diagram of the front view of the mobile anode electrostatic precipitator in the prior art, figure 2 show figure 1 Schematic side view of the moving anode electrostatic precipitator shown in . The mobile anode electrostatic precipitator includes a casing 1' with an air inlet and an air outlet, and a fixed anode dust removal device and a mobile anode dust removal device arranged in the casing 1' along the air flow direction; the mobile anode dust removal device includes multiple sets of rings. The dust collection anode 2' distributed in the circuit, the first dust collection cathode 31' located in the loop and the second dust collection cathode 32' located between two adjacent dust collection anodes 2'. [0003]...

AI Technical Summary

Problems solved by technology

[0011] 1. If the length of the effective electric field remains unchanged before and after the transformation, it will inevitably involve the reconstruction of a series of infrastructure, which will increase the cost and difficulty of the transformation;

[0012] 2. If the actual electric field length remains unchanged before and after the transformation, although the original conditions can be effectively used, at the cost of reducing the effective electric field length and reducing the dust removal effect, it is bound to weaken the advantages of the mobile anode electrostatic precipitator in improving the dust removal efficiency. Renovation and upgrading to greatly improve the efficiency of dust removal runs counter to the original intention

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