Multiple-effect synchronous continuous treatment equipment for flocculent fibers in textile waste gas

Abstract

The invention discloses multiple-effect synchronous continuous treatment equipment for flocculent fibers in textile waste gas, and belongs to the technical field of textile waste gas treatment. The multi-effect synchronous continuous treatment equipment comprises a purifying cylinder, an annular straight cylinder is fixedly connected to the top end in the purifying cylinder; flocculent fibers in textile waste gas are effectively adsorbed and purified through the annular straight cylinder and a filtering soft brush; in the waste gas purification process, flocculent fibers adhered to the filtering soft brush are synchronously removed through a needling type cleaning column; the adhered flocculent fibers are not easy to block the filtering soft brush; the continuous and efficient purificationprocess of waste gas is achieved, meanwhile, in the process of collecting and removing flocculent fibers on the filtering soft brush, the self-cleaning process is further achieved, therefore the continuous and efficient removal process of the needling type cleaning column on the filtering soft brush is guaranteed, and the continuous and efficient purification process of the waste gas is guaranteed.

Description

technical field [0001] The invention relates to the technical field of textile waste gas treatment, and more specifically relates to a multi-effect synchronous continuous treatment equipment for textile waste gas flocculent fibers. Background technique [0002] Textile printing and dyeing, also known as dyeing and finishing, is a processing method and a general term for pre-treatment (dyeing, printing) and post-finishing (washing, etc.). In the normal production process of the setting machine and dryer in the textile printing and dyeing industry, the high-temperature exhaust gas generally contains fiber pollutants (such as short staples, cotton wool, etc.) and dust, and some processes also contain additives and Oil wax and other discharges, if discharged directly without treatment, will not only endanger human health, but also cause air pollution. [0003] Because textile waste gas contains a large amount of fiber pollutants (such as short velvet, cotton wool, etc.), these ...

AI Technical Summary

Problems solved by technology

In the normal production process of the setting machine and dryer in the textile printing and dyeing industry, the high-temperature exhaust gas generally contains fiber pollutants (such as short staples, cotton wool, etc.) and dust, and some processes also contain additives and Oil wax and other discharges, if discharged directly without treatment, will not only endanger human health, but also cause air pollution

[0003] Because textile waste gas contains a large amount of fiber pollutants (such as short velvet, cotton wool, etc.), these large particle impurities, it is necessary to filter the waste gas to remove these fiber pollutants in the process of textile waste gas treatment, but fiber pollution During the treatment process, it is very easy to cause the blockage of the filter equipment, making it difficult for the entire filtration process to be continuously and efficiently carried out, and the efficiency is low

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