Biological deodorant equipment uses biological fillers as carriers so that microorganisms can form biofilms on the surface of the biological fillers in an appropriate environment.Microbes in biofilms use inorganic and organic matter in the exhaust gas as carbon sources and energy sources.Environmentally friendly equipment that sustains life by degrading fetid substances into odourless substances, such as carbon dioxide, water and minerals, to purify fetid gases.

Biological deodorant equipment uses the biochemistry of microorganisms to break down contaminants and convert them into harmless or less harmful substances.Microbes and bacteria use odor components as substrates for their growth and reproduction, and through different transformation pathways, macromolecules or complex odor pollutants will be oxidized and decompose through dispersion into simple water, carbon dioxide, and other inorganic substances.

The malodorous gas is collected through the pipe and then fed into the pretreatment unit.After cleaning and humidifying, the humidity of the exhaust gas reaches more than 90%.The moisture then goes into biofilters and deodorizers.The airflow and circulating fluid complete the biogas as it passes through the biofill layer.Three processes: liquid diffusion, liquid solid diffusion and biological oxidation.The microorganisms in the biofilm on the surface of the biofilm feed on malodorous gaseous material.Foul-smelling substances and VOC are oxidized and decomposed by microorganisms, and energy is generated in the transformation process to provide energy for the growth and reproduction of microorganisms. The transformation of foul-smelling gases continues.The purified gas is discharged by the induced draft fan.

The installation and operation of biological deodorant equipment in our factory are simple, and the maintenance cost of equipment in the later period will be greatly reduced.No secondary pollution, safety, no explosion and combustion risk, exhaust odor purification effect is better.