Coconut shell activated carbon is widely used for the deep purification of drinking water, industrial water, and wastewater, as well as for the purification of domestic and industrial water quality and gas-phase adsorption. It is applied in industries such as power plants, petrochemicals, oil refineries, food and beverages, sugar and alcohol production, pharmaceuticals, electronics, fish farming, and maritime operations for water purification. It effectively adsorbs free chlorine, phenol, sulfur, and other organic pollutants in water, particularly the precursor substances of mutagens (THMs), achieving purification, impurity removal, and deodorization. It is also used for industrial exhaust gas purification, gas desulfurization, petroleum catalytic reforming, gas separation, pressure swing adsorption, air drying, food preservation, catalyst carrier, industrial solvent filtration, decolorization, purification, and more. It is employed in the separation, purification, and refinement of various gases; recovery of organic solvents; decolorization, deodorization, and refinement in sugar, monosodium glutamate, pharmaceuticals, alcohol, and beverage industries; extraction of precious metals; and as catalysts and catalyst carriers in the chemical industry. The product offers functions such as decolorization, purification, impurity removal, deodorization, odor elimination, carrier use, purification, and recovery.
It is primarily used for food, beverage, and pure water filtration; treatment of power plant boiler wastewater; dechlorination and deodorization of domestic and industrial water; liquid filtration; and environmental protection activated carbon. It effectively removes harmful substances such as phenol, mercury, lead, arsenic, and heavy metals from water.Appearance of Coconut Shell Activated Carbon:

Coconut shell activated carbon is made from high-quality fruit shells such as apricot shells, peach shells, walnut shells, and jujube shells as raw materials. It is refined through processes including carbonization, activation, and superheated steam catalysis, resulting in black amorphous granular activated carbon produced via a series of production techniques.
It boasts advantages such as excellent wear resistance, developed porosity, high adsorption capacity, high strength, easy regeneration, and economic durability. It is now widely used in domestic and industrial applications, liquid-phase adsorption, water treatment activated carbon, and air purification activated carbon.
It is particularly suitable for industries such as power plants, petrochemicals, oil refineries, printing and dyeing textiles, food and beverages, pharmaceutical activated carbon, electronic ultrapure water, domestic drinking water, and industrial water reuse.
It effectively adsorbs free chlorine, phenol, sulfur, oil, colloids, pesticide residues, and other organic pollutants in water, as well as residual chlorine and semi-dechlorination values, and is used for the recovery of organic solvents.