I. Product Overview:

The core of the biological filtration odor-control system is a high-efficiency biofilter tower, equipped with composite packing materials that promote microbial attachment and growth, as well as dominant microbial strains. Under suitable environmental conditions, microorganisms in the filter tower form a biofilm on the surface of the packing material. These microorganisms utilize inorganic and organic compounds from the waste gas as carbon sources and energy sources, sustaining their metabolic activities by degrading odorous substances. As a result, the odorous compounds are broken down into odorless substances such as water, carbon dioxide, and minerals, thereby achieving the purpose of purifying odorous gases.

II. Working Principle:

Odorous Gaseous Substances and Biofilter Packing Material - Water at the surface of the biofilm comes into contact with water, transferring from the gas phase into the liquid phase and dissolving in the water. H2S The odorous substances are adsorbed by microorganisms residing on the packing material and then transferred from the liquid phase into the biological phase.

The microorganisms in the biofilm formed on the surface of the biological packing feed on and inhabit the odorous gas substances; the odorous substances and... VOC They are oxidized and decomposed by microorganisms, generating energy in the process of transformation, which provides an energy source for microbial growth and reproduction, thereby enabling the continuous conversion of odorous gaseous substances.

III. Product Advantages:

Highly effective odor removal with no secondary pollution. The biological purification process for malodorous gases is based on and incorporates Japanese treatment technologies. Using a collection hood, various odorous gases dispersed in an unorganized manner within indoor spaces are collected and directed into a supergravity dynamic gas-liquid chemical reactor, where toxic and harmful components in the malodorous gases are effectively removed. 95%-98% To provide reliable and stable operating conditions for the subsequent biological purification system's microbial community.

Reduce energy consumption and make full use of energy. As a chemical reagent used for absorbing and breaking down odors, it must also be ensured that it does not inhibit, kill, or poison the subsequent biological microbial purification process. Once saturated, the absorbent solution is not discharged externally; instead, after being processed and formulated, it is used as a nutrient solution for the subsequent biological purifier.