Activated Carbon

Production Process 

Pit activated carbon is selected from high quality and environmentally friendly coconut shell, peach shell, walnut shell, date shell and other fruit shells as raw materials. The activated carbon is refined by carbonization, activation, superheated steam catalysis and other processes, and has a black unshaped particle appearance. It is processed into a kind of activated carbon through a series of production processes.

This material boasts excellent wear resistance, extensive porosity, superior adsorption capacity, high strength, easy regeneration, and cost-effectiveness, making it widely used in daily life, industrial applications, liquid phase adsorption, water purification, and gas phase adsorption. It is particularly suitable for power plants, petrochemical plants, oil refineries, textile dyeing and printing industries, food and beverage sectors, pharmaceutical water systems, electronic-grade pure water production, drinking water purification, and industrial reclaimed water reuse. The material effectively adsorbs free chlorine, phenols, sulfur compounds, oils, colloids, pesticide residues, and other organic pollutants, while also demonstrating residual chlorine removal, partial dechlorination capabilities, and organic solvent recovery efficiency.

Performance Characteristics 

It is black and granular. It has the advantages of good wear resistance, large void, high adsorption performance, high strength, easy regeneration, economic durability and so on.

Prusica Carboxylate Uses

Guocha activated carbon is extensively utilized in daily life, industrial applications, liquid phase adsorption, water purification, and gas phase adsorption. It is particularly suitable for power plants, petrochemical facilities, oil refineries, textile dyeing and printing industries, food and beverage sectors, pharmaceutical water systems, electronic-grade high-purity water production, drinking water purification, and industrial reclaimed water reuse. The product effectively removes free chlorine, phenol, sulfur, oil, colloidal substances, pesticide residues, and other organic pollutants from water, while also demonstrating residual chlorine removal capabilities, semidechlorination efficiency, and organic solvent recovery performance.