Efficient biological deodorization equipment

Odorous gases not only have a serious impact on the ecological environment, but also pose great harm to human health, causing central nervous system disorders and lesions, and leading to chronic and acute diseases. Heterocyclic spices have a low threshold, high odor intensity, and unpleasant odor. During production and packaging, a large amount of odor is easily released, which can cause physical and mental discomfort to both internal and surrounding personnel of the company.

Biological deodorization is a biological waste gas treatment technology that uses microbial membranes cultivated on biological fillers in biofilters to deodorize waste odor molecules.

Efficient biological deodorization equipmentMicroorganisms are attached to the surface of porous media packing, and polluted air is subjected to biological treatment in the filter bed layer. Volatile organic pollutants such as volatile organic compounds are adsorbed on the pore surface and consumed by microorganisms in the pores. The metabolic life activities of microorganisms are used to convert harmful substances in exhaust gas into simple inorganic substances and cytoplasm, and degrade them into CO2, H2O, and neutral salts. Our company has designed and developed a biological deodorization device with high purification efficiency. The filter bed uses fine fillers to ensure the reproduction of biological bacteria.

Microorganisms exist in the form of populations, with multiple microorganisms coexisting in the same environment. The characteristics of microorganisms are both similar and different, and different pollutants can be degraded by microorganisms found in nature. Therefore, multiple pollutants can be treated and purified simultaneously in one device. Biological strains will cause pollutants to degrade into carbon dioxide and water, without producing secondary pollution.

Efficient biological deodorization equipmentScope of application
1. Urban sewage stations (pump station odor, pre-treatment odor, sludge treatment odor);
2. Garbage treatment plant (collection station odor, sorting workshop odor);
3. Deodorization/Odor in Paint Factory;
4. Production waste gas from plastic and rubber factories;
5. Waste gas from feed processing;
6. Odor from food and beverage factories;
7. Deodorization/Odor Removal by Pharmaceutical Companies.