Mobile sewage continuous processor

Abstract

A mobile sewage continuous processor includes a case and devices which are mounted in the case, the devices comprise an electric generator for providing energy, a solid waste separation groove, a separate first sewage tank, a separate second sewage tank, a water ring vacuum pump, a mixed reaction tank, a solid-liquid separator and a floculation agent dissolution tank, the water ring vacuum pump vacuumizes the sewage tanks to produce negative pressure, so that after separation of solid waste in sewage by the solid waste separation groove, the sewage enters the first (second) sewage tank for stain-adsorption in the first ( second) sewage tank, during the stain-adsorption in the first (or, second) sewage tank, and the sewage in the second (first) tank sewage tank is poured into the mixed reaction tank for floculation reaction, and then flows into the solid-liquid separator for solid-liquid separation processing; the mobile sewage continuous processor can realize continuous sewage treatment without stopping of part of operating procedures to wait for another operating procedure.

Description

technical field [0001] The invention relates to the field of environmental protection equipment, in particular to a mobile continuous sewage treatment machine. Background technique [0002] The existing mobile sewage treatment machines are all indirect treatment, that is, when the sewage tank is pumping sewage, the subsequent treatment steps such as flocculation and solid-liquid separation of the sewage need to be stopped. Liquid separation and other sewage treatment steps; when processing the subsequent flocculation and solid-liquid separation steps, the sewage suction operation of the sewage tank needs to be stopped, resulting in low sewage treatment efficiency. The reason is that the sewage tank needs to perform negative pressure operation when absorbing sewage, and it cannot continuously discharge the liquid to the subsequent processing procedures. SUMMARY OF THE INVENTION [0003] The purpose of the present invention is to provide a mobile continuous sewage treatment...

AI Technical Summary

Problems solved by technology

[0002] The existing mobile sewage treatment machines are all indirect treatment, that is, when the sewage tank is pumping sewage, the subsequent treatment steps such as flocculation and solid-liquid separation of sewage need to be stopped, and the subsequent flocculation, solid-liquid separation and other treatment steps need to be stopped when the sewage tank is full. liquid separation and other sewage treatment steps; when dealing with subsequent flocculation and solid-liquid separation steps, it is necessary to stop the sewage suction operation of the sewage tank, resulting in low sewage treatment efficiency

The reason is that the sewage tank needs to operate under negative pressure when sucking sewage, and cannot continuously discharge the liquid to the subsequent processing procedures

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