Textile sewage recycling treatment equipment

Abstract

The invention discloses textile sewage recycling treatment equipment which structurally comprises a fluff treatment main machine, a control panel, a purification tank, a water pump and a circulating water pipe, the control panel is fixedly installed on the surface of the left front end of the fluff treatment main machine in an embedded mode, sewage flows upwards at the right end of a treatment box, fluff in the sewage is blocked through a dividing strip and a sharp-corner block, and the fluff in the sewage flows upwards through the water pump. Water flows upwards from the interiors of the water permeable holes, fluff is separated and precipitated through the inclined faces of the sharp corner blocks, part of fluff in sewage continuously flows upwards, the fluff is adsorbed by the adsorption rods and the adsorption wires, the fluff is prevented from falling onto the sharp corner blocks to be accumulated, pushing force is applied to the top balls on the outer sides of the partition plates through water pressure of the sewage, and the fluff is separated and precipitated. The elastic force generated by the elastic sheet is enhanced, sewage enters the collecting tank, fluff precipitates to the lowest end of the collecting tank, and part of fluff flowing out of the drainage hole along with the sewage is hooked by the traction rod, so that the fluff is prevented from entering the purification tank along with the sewage.

Description

technical field [0001] The invention relates to the field of textile sewage treatment, more particularly, to a textile sewage recycling treatment equipment. Background technique [0002] When a textile factory is producing textiles, it needs to dye and wash the textiles, thereby producing sewage. These sewages contain chemical dyes, which need to be recycled and treated by recycling equipment to achieve a certain degree of purity. It is recycled to achieve the purpose of saving water. However, during the process of dyeing and washing textiles, the textile products themselves carry some fluff, and these fluff will fall into the sewage with the washing. These fluffs need to be filtered out first, and the fluffs are easy to accumulate on the surface of the filter plate and cover the surface of the filter plate, and the fluffs are prone to precipitation, which is difficult to separate from the sewage, resulting in textile sewage treatment. The separation effect is not good. S...

AI Technical Summary

Problems solved by technology

[0002] When textile mills produce textiles, they need to dye and wash the textiles to produce sewage, which contains chemical dyes, which need to be recycled many times by recycling treatment equipment to reach a certain degree of purity. It is recycled to achieve the purpose of saving water. However, during the dyeing and washing process of textiles, the textile products themselves carry some fluff, which will fall into the sewage with washing. When the sewage is treated It is necessary to filter out these fluffs first by filtering, and the fluffs tend to accumulate on the surface of the filter plate and cover the surface of the filter plate, and the fluffs are prone to sedimentation, which is difficult to separate from the sewage, resulting in textile sewage treatment. The separation effect is not good

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