Odor gas biological treatment device

The odor gas biological treatment device is a system that relies on microorganisms growing on the filler carrier to treat VOC. Microbes grow on the filter media in the form of biofilm, and the mass transfer and degradation of VOC substances are carried out in the same reactor. The spray circulation system above the bio bed filler circulates the liquid phase. The equipment is equipped with fillers attached with microorganisms. Due to the existence of carriers, the biomass of microorganisms increases, and the gas-liquid contact efficiency is high, which can achieve the goal of efficient removal. The microbial treatment method also has high treatment efficiency for hydrogen sulfide, chlorinated organics, toluene, etc. As long as the microorganisms are "inoculated" on the surface of the appropriate carrier filter material, the odor can be purified by controlling the conditions suitable for the growth of microorganisms and passing through.

key word:

Water Treatment Series | Air Treatment Series

Product description

Equipment overview

The odor gas biological treatment device is a system that relies on microorganisms growing on the filler carrier to treat VOC. Microbes grow on the filter media in the form of biofilm, and the mass transfer and degradation of VOC substances are carried out in the same reactor. The spray circulation system above the bio bed filler circulates the liquid phase. The equipment is equipped with fillers attached with microorganisms. Due to the existence of carriers, the biomass of microorganisms increases, and the gas-liquid contact efficiency is high, which can achieve the goal of efficient removal. The microbial treatment method also has high treatment efficiency for hydrogen sulfide, chlorinated organics, toluene, etc. As long as the microorganisms are "inoculated" on the surface of the appropriate carrier filter material, the odor can be purified by controlling the conditions suitable for the growth of microorganisms and passing through.

Product features

Through artificial environment such as filtration, aeration and washing, artificial control and management can be carried out to avoid or reduce secondary pollution.
The operation cost is low, which can not only save energy and resources, but also lower the processing cost.
High processing efficiency, which can achieve high processing efficiency.
The equipment is easy to operate.

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