CBEP odor gas treatment technology is a high-efficiency odor treatment technology developed by our company based on years of R&D and operation experience for complex odorous gases. It is composed of two parts: a high-efficiency gas collection system and an ultra-low exhaust gas emission system, with a removal rate of more than 90% for VOCs, and the concentration of exhaust odor can be reduced to less than 100, and all indicators are far lower than the control requirements of the "Emissi

Dynamic Biological Filter Bed Technology System Technology Introduction: Dynamic Biological Filter Bed Technology System is a new and efficient biological deodorization system integrating biological washing and biological filtration. The system is based on the innovative concept of zero-emission architecture, adopts the continuous movement and rotation structure of biological filter material, and is equipped with the original advantageous biological deodorant bacteria acclimation device and new

Biological deodorization equipment Process principle: GELOR-SG® biological deodorization equipment uses the microbial film on the surface of biological filler to adsorb, absorb and degrade odorous substances, and effectively removes H2S, NH3, VOCs and other odorous components. Technical features:1. Efficient cultivation and domestication of deodorant strains: There is a professional biological laboratory, which can carry out the separation, screening and cultivation of superior deodorant strains

Process principle of root deodorization equipment: Gelor-ZHBR® root deodorization equipment adopts the integrated design of GELOR-ZHBR® bioreactor and domestication culture mechanism of dominant biological deodorization strains. Using the principle of soil microbial deodorization, nutrients and compressed air are added synchronously in the GELOR-ZHBR® bioreactor, and the sludge is fluidized with nutrients and compressed air through turbulent stirring, and the three are fully mixed and contacted

Process principle of ion deodorization equipment: under the action of electric field, the ionizer produces a large number of α particles, and the α particles collide with oxygen molecules in the air to form positive and negative oxygen ions. Positive oxygen ions can oxidize and decompose pollutant molecules such as methyl mercaptan, ammonia, hydrogen sulfide, VOCs in a very short time, and generate stable and harmless small molecules such as carbon dioxide and water to achieve the purpose of odo