Impregnated Activated Carbon

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Zhengzhou Spring Envitec Cor,. Ltd.

Henan, China

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Impregnated activated carbon is commonly used for water sterilization as well as the removal of organic gases and vapors from air or other gas streams, such as hydrogen sulfide, H2S, HCN, phosphine, and arsine. Impregnated Activated Carbon is made from high-quality activated carbon that has outstanding adsorption capabilities. It is then impregnated with silver, copper oxide, phosphoric acid, KOH, NaOH, or other agents before being refined through cremation at 130°-180°. The final product is extremely effective for water sterilization and the elimination of organic gases and vapours such as hydrogen sulfide, H2S, HCN, phosphine, and arsine from air or other gas streams. Impregnated activated carbon is widely used in these and other fields.

Applications of Impregnated Activated Carbon

Applications of impregnated activated carbon include: mercury removal from natural gas, waste odor purification, and chemical removal.
Removal of hydrogen sulfide (H2S) and sulfur dioxide (SO2) from biogas
Mercury removal during the hydrogen gas generation process;
Fume filtration in laboratory fume cabinets;
Toluene, acetone
Bacteriostatic water filters for home use;
Aldehydes, radioactive iodine, mercury, and inorganic gases such as arsine and phosphine;
Removal of acid gases, ammonia, and amines from air
PSA system for biogas upgrading;
Gas mask;
Remove the acid and alkaline gases.
Chemical adsorption of SO2, NOX, O3, NH3, and SH2;

Benefits of Impregnated Activated Carbon

Impregnated activated carbon is an excellent option for adsorbing gases and vapours that regular activated carbon cannot or only partially adsorbs.
These compounds are often low-molecular, polar, and poisonous at low concentrations.
The removal of these dangerous compounds from the air by impregnated activated carbon is accomplished by a complex chemical reaction between the impregnating agent and the harmful substance, resulting in chemical adsorption.
Harmful gases are chemically bound to the impregnating agent in activated carbon during this procedure, resulting in their effective removal.