Microorganism domestication and culture device for treating polluted water quality problem

Abstract

The invention discloses a microorganism domestication and culture device for treating polluted water quality, which comprises a base, wherein a culture device for culturing environmental microorganisms is arranged on the base, and a switching device for placing a microorganism culture dish subjected to domestication into the culture device is arranged at the middle end of the base. A domestication device for domesticating microorganisms is arranged on the base, a placement barrel is arranged at the upper end of the domestication device, and substances which need to be added when the microorganisms are domesticated are canned in the barrel. According to the domestication device, when the domestication device drives the culture dishes to rotate to the position below the placing barrel for one time for performing stirring in the culture dish, so that the domestication efficiency is improved, and the domestication device sends out the domesticated culture dishes so that the transfer device can stably transfer the culture dishes for culture.

Description

technical field [0001] The invention relates to the field of microbial domestication, in particular to a microbial domestication and cultivation device for controlling the problem of polluted water quality. Background technique [0002] At present, most domestic sewage treatment systems use anaerobic and aerobic microbial technology, which uses microorganisms to adsorb, phagocytize, oxidize, decompose and transform organic substances in sewage, so as to achieve the purpose of purifying sewage; but when using anaerobic , In the sewage treatment facilities with aerobic microbial technology, the microorganisms are basically added directly into the sewage treatment tank. With this mode, the microorganisms added to the sewage treatment tank are easily affected by factors such as the environment and climate, resulting in The survival rate of microorganisms added to the sewage treatment tank is low, and the expected sewage treatment effect cannot be achieved; in order to ensure the...

AI Technical Summary

Problems solved by technology

[0002] At present, most domestic sewage treatment systems use anaerobic and aerobic microbial technology, which uses microorganisms to adsorb, phagocytize, oxidize, decompose and transform organic substances in sewage, so as to achieve the purpose of purifying sewage; but when using anaerobic , In the sewage treatment facilities with aerobic microbial technology, the microorganisms are basically added directly into the sewage treatment tank. With this mode, the microorganisms added to the sewage treatment tank are easily affected by factors such as the environment and climate, resulting in The survival rate of microorganisms added to the sewage treatment tank is low, and the expected sewage treatment effect cannot be achieved; in order to ensure the effect of sewage treatment, it is necessary to continuously and a large number of microorganisms are added to the treatment tank, thereby directly improving the quality of sewage. Overall operating cost of processing

Images