Booth No. A114
Company Introduction
B&E Tech Co., Ltd. is an eco-friendly bio-environmental engineering company that values human life based on bio-environmental technology and strives to lead the Environmental Technology (ET) and Biotechnology (BT) industries in the 21st century.
In the environmental facilities sector, we design, manufacture, and construct air pollution control systems, hydrogen sulfide (H₂S) removal and desulfurization systems, odor control systems, wastewater and sewage treatment facilities, industrial ventilation systems, and downstream treatment facilities for waste incineration plants. In the environmental services sector, we provide environmental permitting and licensing services as well as technical management for environmental facilities.
We are also expanding our investment in new biotechnology fields, including bioenergy projects such as biomethanation and the development of functional food products.
Despite our relatively short history, B&E Tech has established itself as a leading environmental engineering company by possessing advanced technologies in air pollution control, including desulfurization systems, biofilter odor control systems, liquid catalyst odor control systems, and the EESSA advanced wastewater treatment process. Our technical expertise and proven performance have earned us recognition as one of the industry's leading providers of environmental facilities and engineering solutions.
In the environmental facilities sector, we design, manufacture, and construct air pollution control systems, hydrogen sulfide (H₂S) removal and desulfurization systems, odor control systems, wastewater and sewage treatment facilities, industrial ventilation systems, and downstream treatment facilities for waste incineration plants. In the environmental services sector, we provide environmental permitting and licensing services as well as technical management for environmental facilities.
We are also expanding our investment in new biotechnology fields, including bioenergy projects such as biomethanation and the development of functional food products.
Despite our relatively short history, B&E Tech has established itself as a leading environmental engineering company by possessing advanced technologies in air pollution control, including desulfurization systems, biofilter odor control systems, liquid catalyst odor control systems, and the EESSA advanced wastewater treatment process. Our technical expertise and proven performance have earned us recognition as one of the industry's leading providers of environmental facilities and engineering solutions.
Main Products & Services
1. Desulfurization Technology
This process utilizes an iron-chelate liquid catalyst based on the IC-CAT technology. Hydrogen sulfide (H₂S)-containing gas is brought into contact with the catalyst solution, where the gas is absorbed into the liquid phase and ionized. The resulting ions are then converted into solid sulfur through the catalyst's reduction reaction and removed from the system. The iron-chelate liquid catalyst is subsequently re-oxidized and continuously recirculated, enabling stable and efficient desulfurization.
2. Odor Control Technology
The IC-CAT Odor Control Process employs a liquid catalyst based on iron-chelate compounds to treat odorous gases, including low- and high-concentration hydrogen sulfide (H₂S), sulfur-containing compounds such as mercaptans, low-concentration ammonia and amines, as well as mixed gas streams containing both high concentrations of hydrogen sulfide and ammonia.
The odorous gases are absorbed into the liquid catalyst and ionized upon contact. These ions are then treated through oxidation-reduction (redox) reactions of the catalyst, effectively purifying the exhaust gas and eliminating odor-causing substances.
This process utilizes an iron-chelate liquid catalyst based on the IC-CAT technology. Hydrogen sulfide (H₂S)-containing gas is brought into contact with the catalyst solution, where the gas is absorbed into the liquid phase and ionized. The resulting ions are then converted into solid sulfur through the catalyst's reduction reaction and removed from the system. The iron-chelate liquid catalyst is subsequently re-oxidized and continuously recirculated, enabling stable and efficient desulfurization.
2. Odor Control Technology
The IC-CAT Odor Control Process employs a liquid catalyst based on iron-chelate compounds to treat odorous gases, including low- and high-concentration hydrogen sulfide (H₂S), sulfur-containing compounds such as mercaptans, low-concentration ammonia and amines, as well as mixed gas streams containing both high concentrations of hydrogen sulfide and ammonia.
The odorous gases are absorbed into the liquid catalyst and ionized upon contact. These ions are then treated through oxidation-reduction (redox) reactions of the catalyst, effectively purifying the exhaust gas and eliminating odor-causing substances.
