Activated Carbon For Gas Treatment
What Is Gas Treatment Activated Carbon
ctive carbon has always been a good candidate for gas phase cleaning, providing a unique combination of surface area, porous structure, and chemical versatility.
In the case of gas processing, the active carbon acts by absorbing the target molecular – VOCs (VOC), HSO, NH3, HG, PCDD/Fs, PCDD/Fs, and a wide variety of odour inducing compounds – on the vast inner surface of the PAC when the polluted air or gas flows are flowing across the carbon bed. The carbon can be applied either in a standardized format or mixed with a particular chemical to improve the elimination of a particular pollutant, e.g. acidic, mercury, or radioiodine, according to the application.
GAC has been applied in many fields such as industry emission control, urban air cleaning, solvent recycling, natural gas cleaning, and breathing protection. Performance is mainly controlled by pore size distribution, volume density, hardness, and — where applicable — impregnant type and loading level.
Choosing the right level requires that the carbon characteristics be carefully matched with a particular air flow component, flux, temperature, and humidity for every use. The correct selection will have a direct impact on the removal efficiency, the lifetime of the bed, and the total operation cost of the system.
Gas Treatment Applications
適切な種類の活性炭を見つける
The choice of appropriate active carbon for gas processing exceeds the scope of application – the source of the feedstock, the shape of the grain, the pore structure, and the chemical composition of the surface are crucial to the determination of the removal efficiency and lifetime. Coir, coal and wood have different properties suitable for various gas phase requirements. Explore all of the active carbon products in order to identify the quality of your particular technological needs.
化学材料ソリューション
Advantages About Our Nut Shell Activated Carbon
Exceptional Mechanical Hardness
The highly developed micro-holes provide extraordinary surface area for the adsorption of VOCs, H ₂ s, Hg vapour, and odours. This guarantees complete elimination of pollutants even at low levels of pollutants, compliance with stringent IAQ and OQ requirements throughout the industry and the environment.
Versatile Impregnation Capability
Standard activated carbon may undergo impregnation treatment using reagents such as potassium iodide, potassium permanganate and sodium hydroxide, so as to achieve directional removal of specific pollutants. These pollutants cover acid gases, mercury pollutants and radioactive iodine, which can greatly broaden the applicable scope of efficient removal of activated carbon, rather than being limited to the function of physical adsorption.
Mechanical Strength for Long Service Life
The high hardness and low dust production characteristics effectively reduce carbon attrition loss during continuous gas flow operation, thereby lowering the frequency of material replacement and shortening system shutdown time. Meanwhile, the stable integrity of carbon particles helps maintain a steady pressure drop in the adsorption bed, guaranteeing stable gas circulation and predictable operational performance during the entire service life of the activated carbon.
梱包・物流サービス
安全でカスタマイズ可能な梱包
製品は、輸送中の清潔さと完全性を確保するため、耐久性があり防湿性のあるパウチまたはバルク容器に収納されるものとします。特殊なサイズや取り扱い要件に合わせた、カスタマイズされた梱包オプションもご用意しています。.
信頼性が高く、柔軟なグローバル配送
信頼できる物流パートナーと連携し、海上、航空、陸路の各輸送手段に対応した柔軟な配送体制を提供しています。世界中の目的地へ、迅速かつ安全に貨物を配送いたします。.
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