P-L flora activation and mutation reproduction tank as well as inducing method

Abstract

The invention discloses a P-L flora activation and mutation reproduction tank as well as an inducing method. The reproduction tank comprises a tank body provided with an inlet and an outlet, wherein a chain row connected between a driving wheel and a driven wheel is arranged in the tank body, P-L flora activation and mutation reproduction nests are fixedly connected onto the chain row, and scrapers are further fixed on the chain row which rolls circularly when the driving wheel is driven. Each P-L flora activation and mutation reproduction nest comprises a base, wherein a net cover is connected onto the base, media where microbial flora is inoculated are placed in the net cover, a through hole matched with a screw is further formed in the base, and the screw penetrates through the net cover and the media and connected with the through hole, so that the net cover and the media are fixed on the base. According to the P-L flora activation and mutation reproduction tank, microorganisms in the flora activation and mutation reproduction nests are induced and acclimated in a water environment containing ethylene oxide waste gas, synergetic symbiosis, mutual united symbiosis and mutual dissimilative reproduction under long-term acclimation are performed, and ethylene oxide is degraded by cooperation functions of photosynthesis, enzymolysis, dissimilation, assimilation, oxidation and the like.

Description

Technical field [0001] The invention belongs to the technical field of ethylene oxide waste gas treatment, and relates to a P-L activated mutagenic bacterial group multiplication tank and an induction method. Background technique [0002] Ethylene oxide, also known as ethylene oxide, is a colorless liquid at low temperatures with an aromatic ether smell. It has a boiling point of 10.8°C and a density of 1.52. Ethylene oxide is flammable and explosive, and its minimum combustion concentration is 3%. Ethylene oxide gas has strong bactericidal power and broad bactericidal spectrum. It can kill various microorganisms including bacterial spores. It is a sterilizing agent. [0003] Ethylene oxide does not damage sterilized items and has strong penetrating power, so most items that are not suitable for general methods can be disinfected and sterilized with ethylene oxide. For example, electronic equipment, optical equipment, medical equipment, books, documents, fur, cotton, chemical fibe...

AI Technical Summary

Problems solved by technology

[0004] Due to the flammability, explosion and carcinogenicity of ethylene oxide, the control of ethylene oxide gas sterilization is still relatively difficult, especially the harmless treatment of ethylene oxide waste gas is a current problem

It should also be pointed out that the waste gas of the currently used ethylene oxide sterilization technology is basically discharged directly into the air without any treatment, so there are great environmental hazards and safety pressures, which need to be solved urgently. The problem

Images