Wet type electric defogging device

Abstract

The invention provides a wet type electric defogging device. A water pipe supporting beam, an anode bent and big and small beams are arranged in a tower body. Anode pipes are arranged on the anode bent, cathode wires are hoisted on the big and small beams, and a defogging layer is flatly laid on a supporting beam. Backflushing water pipes are arranged on the water pipe supporting beam and provided with nozzles. The wet type electric defogging device is reasonable in structure, no special strict requirements for the project environment and fan models exist, the number of abandoned parts is small, and electric energy is saved; emission of smoke treated by the wet type electric defogging device meets or is even far higher than the national standard; the service life ranges from 5 to 10 years; the size of single modules is small, disassembling is easy, maintenance is convenient, the operation power is small, and energy loss is low; and economic indicators, such as the defogging device, supporting facilities and later project operation maintenance, of the wet type electric defogging device are all superior to those of traditional dust collectors.

Description

technical field [0001] The invention relates to the field of air pollution control equipment, in particular to a wet electric demisting device. Background technique [0002] The content of harmful gases such as sulfur and carbon dioxide in the flue dust is very high. If it is not treated, it will cause very serious damage to the ecological environment. The dust collector is a device that separates the dust from the flue gas. The performance of the dust collector is based on the gas that can be treated It is expressed by the resistance loss and dust removal efficiency when the amount and gas pass through the dust collector. In the existing dust collector, wear is an important factor affecting the normal operation. Due to the rotation of the dust-laden gas in the cylinder, the dust particles continuously scour the wall of the device, resulting in wear-through, which becomes the cause of air leakage or even paralysis. Taking the bag filter as an example, the power of the fan i...

AI Technical Summary

Problems solved by technology

In the existing dust collector, wear is an important factor affecting the normal operation. Due to the rotation of the dust-laden gas in the cylinder, the dust particles continuously scour the wall of the filter, causing wear-through, which becomes the cause of air leakage or even paralysis

Taking the bag filter as an example, the power of the fan is generally about 450KW. Calculated according to full load operation, the average daily power consumption is about 450 degrees. Each one is between 300-400 yuan, and it needs to be replaced after an average of 2 years of use. The operation and maintenance costs of the equipment are greatly increased. It can only remove large-sized droplets, but cannot effectively remove dust particles.

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