a sewage processor

Abstract

The invention discloses a sewage processor, which comprises a fuselage, a liquid chlorine tank arranged on the top left side of the fuselage, and a chlorine adding device arranged on the top right side of the fuselage. The liquid chlorine tank is provided with a liquid chlorine tank extending downward. Chlorine chamber, the extension section at the bottom of the liquid chlorine chamber protrudes into the fuselage, a mixing component is connected to the liquid chlorine chamber, a first chamber is provided in the fuselage below the liquid chlorine chamber, and a conversion device is installed in the first chamber, The fuselage above the right side of the first chamber is provided with a guide cavity, and the fuselage on the right side of the guide cavity is provided with a second chamber. The side extension tail tip penetrates the right side inner wall of the first chamber and is set through, and the right side extension tail tip of the sliding joint groove passes through the left side inner wall of the second chamber and is set through; the invention has simple structure, convenient operation, and improves use Long life and chlorination efficiency, reduce workload, and can automatically control height adjustment.

Description

technical field [0001] The invention relates to the technical field of sewage treatment, in particular to a sewage processor. Background technique [0002] With the further strengthening of new rural construction, the centralized treatment and discharge of rural sewage has become a new problem. In rural areas, sewage is mainly domestic sewage. In the past, these sewage were directly discharged into creeks and rivers without treatment, seriously affecting water quality and environmental landscape. At present, the rural sewage treatment system first collects the sewage into the sewage pool, and then discharges it into the river through a series of procedures such as sedimentation, adding alum, and adding chlorine. In the chlorination program, liquid chlorine addition is the most commonly used method. After the liquid chlorine is vaporized, it can be oxidized and chlorinated by putting it into water through a chlorinator. It is suitable for the disinfection treatment of sewag...

AI Technical Summary

Problems solved by technology

In the chlorination program, liquid chlorine addition is the most commonly used method. After the liquid chlorine is vaporized, it can be oxidized and added into water through a chlorinator. However, the existing liquid chlorine addition system has only one chlorine addition direction and cannot It is suitable for the disinfection treatment of sewage pools in different directions, and the sewage pools at high places cannot be treated from low places, and the concentration of liquid chlorine inside is not uniform

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