Intelligent and accurate special water supply treatment device for printing and dyeing

Abstract

The invention relates to the technical field of water supply treatment, in particular to an intelligent and accurate special water supply treatment device for printing and dyeing. The device is characterized in that a water storage tank is connected with an MBR treatment device through a pipeline, the MBR treatment device is connected with a clean water tank through a pipeline, and a special water integrated cleaning treater for printing and dyeing is arranged between the MBR treatment device and the clean water tank. According to the invention, special precise treatment equipment for dyeing water is created for the first time; benefits are increased for users, retouching and redyeing caused by a water system are reduced by 50% or above, chemical agents such as a chelating agent, a softening agent, a whitening agent and the like are reduced by 20-30%, and colored light and color fastness are increased by half level; the quality problem caused by substandard water quality is thoroughly solved, and benefits are increased for users; due to the fact that the water quality problem of printing and dyeing water is solved from the source, the quality and efficiency of users and the yield are qualitatively improved, meanwhile, waste of chemicals and energy is reduced, carbon emission is fundamentally reduced, and environmental resources are protected from the source; and the intelligent control fills the blank of the printing and dyeing industry and the water treatment industry in China.

Description

technical field [0001] The invention relates to the technical field of water supply treatment, in particular to an intelligent and precise special water supply treatment device for printing and dyeing. Background technique [0002] Today's conventional water supply for textile printing and dyeing lacks systematic treatment equipment, a standard system, and an intelligent control system. Due to the lack of the above three, the first-time success rate in printing and dyeing production has declined. Due to the lack of highly targeted treatment processes and treatment devices for water quality indicators in the water supply, the quality of dyed products is not up to standard. If the iron and manganese ions exceed the standard, the dyed product is prone to yellow spots, rust spots and poor shade; if the treatment of turbidity and residual color is not in place, the whiteness will decrease, the shade will decrease, and the color difference will decrease; if the colloid and algae ...

AI Technical Summary

Problems solved by technology

Due to the lack of the above three, the first-time success rate in printing and dyeing production has declined

Due to the lack of highly targeted treatment processes and treatment devices for water quality indicators in the water supply, the quality of dyed products is not up to standard

Images