Gaseous pollutants such as hydrogen sulfide (H2S), sulfur dioxide (SO2), volatile organic compounds (VOCs) and mercaptans can produce unpleasant odors even at low concentrations. As the distance between residential areas and industrial plants continues to shrink, solutions to odor nuisance are urgently needed. Using large biological processors to treat odors throughout a wastewater plant is costly, and the wind resistance within its large pipe system also requires high energy consumption. The decentralized odor control system provided by Shenzhen ESKY cleanrooms Technology Co., Ltd. is a unique solution that installs small processors at key locations in odor treatment. Designed specifically for these unique applications, the system not only has low energy consumption, but each processor contains customized filter media for eliminating the target odor and airflow, and provides a low-cost maintenance solution.

 

Hydrogen sulfide (H2S) is not only a source of odor nuisance, but also a major cause of plant control system failure because it can accelerate the corrosion of sensitive electronic devices. A well-protected plant control system can prevent unexpected downtime, reduce maintenance costs, and avoid additional expenses for replacing equipment. Shenzhen ESKY cleanrooms Technology Co., Ltd.'s customized equipment can create a clean pressurized environment to avoid system failures caused by corrosion of electronic devices. Our products and solutions can detect and effectively remove toxic, harmful and unpleasant air pollutants such as odors, gases, particles, bacteria and viruses in the air environment, thereby improving the comfort of the environment, the reliability of the equipment, and complying with environmental safety regulations.

Our special adsorption filter material is formulated with a special chemical formula to effectively remove odors, toxic and harmful gases and corrosive gas pollutants. The adsorption filter material removes gaseous pollutants by chemical adsorption, reacts chemically with the pollutants, and the polluted gases are converted into harmless solids and remain inside the filter material. Unlike simple physical adsorption, in chemical adsorption, odors and toxic gases are converted into harmless salts and remain inside the adsorption filter material. Once the pollutants are removed from the environment, they can no longer return to the air, effectively eliminating secondary pollution of the air environment.

The dedicated adsorption filter material performs well under different temperatures and humidity, and can effectively remove various gaseous pollutants. The filter material is UL certified flame retardant. The adsorption filter material life can be tested, and according to the analysis results, the replacement date of the adsorption filter material can be arranged, thereby avoiding the leakage of toxic and harmful gases due to delayed filter material replacement, or the cost waste caused by premature filter material replacement.