Introduction to Biological Deodorization Technology

NegotiableUpdate on 05/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Introduction to Biological Deodorization Technology: Odorous gases are collected through pipelines and enter the deodorization device of a biological filter. During the process of passing through the biological filling layer, the airflow and circulating fluid complete three processes: gas-liquid biological diffusion, liquid-solid diffusion, and biological oxidation.

Product Details

Introduction to Biological Deodorization Technology

Biological deodorization mainly utilizes microbial deodorization to transform odorous substances through physiological metabolism of microorganisms, effectively decomposing and removing target pollutants to achieve the goal of odor control. This is a harmless method for removing organic waste gas. In fact, biological purification methods utilize the life activities of microorganisms to convert harmful substances in exhaust gas into simple inorganic substances (such as carbon dioxide and water) and cellular substances. The main processes are biological washing, biological filtration, and biological drip filtration.

The purpose of various odor gas treatment methods is to change the material structure of odor gases through physical, chemical, and biological processes, and eliminate odors. The common methods for treating odorous gases include combustion, oxidation, absorption, adsorption, neutralization, and biological methods.

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

When toxic, harmful, and foul smelling exhaust gases containing a mixture of gas, liquid, and solid are collected through pipelines and introduced into this system, they are purified and degraded by biofilm formed by efficient microbial strains grown on biological fillers.

Under normal conditions, complete biological treatment of organic waste gas includes three basic steps: organic pollutants in organic waste gas first come into contact with water and can quickly dissolve in water; The concentration of organic matter dissolved in the liquid film is low in the liquid. Under certain conditions, it can gradually diffuse into the biofilm and then be absorbed by microorganisms attached to the biofilm. The organic waste gas absorbed by microorganisms will be degraded in its own physiological metabolism process and ultimately transformed into a compound that does not harm the environment.

Odorous gases are collected through pipelines and enter the deodorization device of the biological filter. During the process of passing through the biological filling layer, the airflow and circulating fluid complete three processes: gas-liquid biological diffusion, liquid-solid diffusion, and biological oxidation. Microorganisms use gaseous odorous substances as nutrients, and odorous substances and VOCs are oxidized and synthesized by microorganisms. During the transformation process, energy is generated to provide energy for the growth and reproduction of microorganisms. Microorganisms cause gaseous substances to emit a foul odor. Please continue to stop, and pure gas will be discharged through the induced draft fan. The above isIntroduction to Biological Deodorization Technology