Internet-based stepwise intelligent integrated rural sewage treatment system and method

Abstract

The invention discloses an Internet-based stepwise intelligent integrated rural sewage treatment system, which includes a filter tank, an upper water storage tank, an anaerobic tank and an MBR membrane tank connected in sequence from high to low, and the filter tank is equipped with Separation plate, the separation plate divides the filter pool into the fore pool and the back pool, and the activated carbon wrapped by the filter is filled in the fore pool, the bottom of the side wall of the upper water storage tank, the top and bottom of the side wall of the anaerobic pool, and the MBR membrane pool A hole is opened on the top of the side wall, an agitator is installed in the center of the anaerobic tank, fillers are set on the four sides of the anaerobic tank near the side walls, and an MBR membrane is installed horizontally in the center of the MBR membrane tank, and the MBR membrane is connected to the vacuum pump through a sealed pipeline. The present invention is an Internet-based stepwise intelligent integrated rural sewage treatment system. The system has significant advantages such as novel structure, integration, and intelligence. The water quality or different improvement needs have good application prospects and promotion value.

Description

technical field [0001] The invention relates to an Internet-based stepwise intelligent integrated rural sewage treatment system and method, belonging to the field of sewage treatment. Background technique [0002] Domestic sewage is an important part of rural pollution. Compared with a relatively complete urban sewage collection and treatment system, rural sewage has the characteristics of wide discharge, disorder, multiple sources, and high concentration. It also has imperfect drainage network and weak economic foundation. , imperfect management mechanism, random discharge and other issues. Although some places have begun to adopt non-powered treatment measures such as constructed wetlands, purified biogas digesters, artificial rapid infiltration, stabilization ponds, and land treatment systems, the above-mentioned treatment methods require high costs, occupy a large area, and are easily affected by environmental factors and It is easy to cause secondary pollution, and it ...

AI Technical Summary

Problems solved by technology

[0004] However, the disadvantages of the current single integrated flat membrane treatment process include: each working pool exists independently in the equipment; the sewage inlet is single; the concentration of suspended sludge is high, so the membrane fouling rate is fast; the integrated device occupies a large area; The equipment is not automatically controlled, and the level of maintenance and management is poor. The operation and management of the equipment requires many professionals, and the later operation and management are difficult.

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