Intelligent waste gas microbiological treatment device and treatment method

Abstract

The intelligent waste gas microbiological treatment device comprises a pretreatment spraying system, a temporary storage system, a waste gas treatment system and an exhaust system, and the four systems are sequentially communicated through pipelines. The rotating shaft in differential motion is additionally arranged in the waste gas pretreatment spraying system, so that a vortex gas field is formed, and waste gas is in full contact with spraying liquid; in a waste gas treatment system, a concentration detection device is additionally arranged, a microbial reagent can be specifically prepared according to components of waste gas, and a waste gas treatment area and a standby treatment area which can be rotationally interchanged in position are arranged, so that timely switching and continuous updating of the waste gas treatment area are facilitated, and continuous operation of waste gas treatment is guaranteed. The waste gas treatment efficiency can be improved, and uninterrupted and intelligent treatment of waste gas is achieved.

Description

technical field [0001] The invention belongs to the technical field of waste gas treatment, and in particular relates to an intelligent microbial treatment device for waste gas and a treatment method. [0002] technical background [0003] As the concept of sustainable development has become more and more popular among the people, low-carbon sustainable development has become the mainstream of the times. The traditional chemical industry cannot directly discharge untreated waste gas into the atmosphere. It is also a general trend to treat and discharge waste gas, and even Some enterprises will treat the exhaust gas and then recycle it for secondary use. At present, the treatment methods for waste gas are mainly divided into the following methods: the first, absorption method; the second, adsorption method; the third, thermal destruction method; the fourth, biological treatment method; the fifth, membrane Isolation technology; sixth, discharge plasma technology; seventh, phot...

AI Technical Summary

Problems solved by technology

The photocatalytic oxidation method has high efficiency at the present stage, but it consumes a lot of energy, the single activation removal efficiency is not ideal, the technology is not mature enough, and the thermal destruction method has high efficiency, but it cannot handle some special gases, such as high nitrogen oxide content exhaust gas

At the same time, when applying these methods to treat exhaust gas, most of them rely on the experience of relevant staff, and the degree of intelligence is low.

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