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Products
Coal-based activated carbon for desulfurization and denitrification
Special activated carbon for desulfurization and denitrification (removal of harmful substances such as sulfur oxides and nitrogen oxides) is mainly used for efficient desulfurization and denitrification of flue gas from thermal power plants, tail gas from steel enterprises and metal smelting, as well as desulfurization and denitrification of fuel oil, gas, coal, boiler flue gas, and exhaust gas from municipal solid waste incinerators.
8*30-mesh coal briquette crushing activated carbon
This briquetted carbon is produced by crushing after briquetting. It features high particle strength, excellent wear resistance, and is not easily pulverized or lost. It has a uniform pore structure with a reasonable distribution of macropores, mesopores, and micropores, resulting in rapid mass transfer and stable adsorption capacity. It is characterized by low ash content, high iodine value, high molasses value, and absence of floating matter. Briquetted and crushed charcoal can also produce charcoal with high molasses values, up to 240 or higher. It is suitable for high-load, high-flow-rate purification applications. It is mainly used in high-end air purification, exhaust gas purification, high-purity water treatment, and wastewater treatment. It can also be used for various gas separation and purification processes, and the recovery and utilization of various low-boiling-point substances.
20*50 mesh coal quality briquette crushing activated carbon
This briquetted carbon is produced by crushing after briquetting. It features high particle strength, excellent wear resistance, and is not easily pulverized or lost. It has a uniform pore structure with a reasonable distribution of macropores, mesopores, and micropores, resulting in rapid mass transfer and stable adsorption capacity. It is characterized by low ash content, high iodine value, high molasses value, and absence of floating matter. Briquetted and crushed charcoal can also produce charcoal with high molasses values, up to 240 or higher. It is suitable for high-load, high-flow-rate purification applications. It is mainly used in high-end air purification, exhaust gas purification, high-purity water treatment, and wastewater treatment. It can also be used for various gas separation and purification processes, and the recovery and utilization of various low-boiling-point substances.
8*16 mesh coal briquette crushing activated carbon
This briquetted carbon is produced by crushing after briquetting. It features high particle strength, excellent wear resistance, and is not easily pulverized or lost. It has a uniform pore structure with a reasonable distribution of macropores, mesopores, and micropores, resulting in rapid mass transfer and stable adsorption capacity. It is characterized by low ash content, high iodine value, high molasses value, and absence of floating matter. Briquetted and crushed charcoal can also produce charcoal with high molasses values, up to 240 or higher. It is suitable for high-load, high-flow-rate purification applications. It is mainly used in high-end air purification, exhaust gas purification, high-purity water treatment, and wastewater treatment. It can also be used for various gas separation and purification processes, and the recovery and utilization of various low-boiling-point substances.
Coal Quality Char for Drinking Water Treatment
Coal-based activated carbon for water purification is mainly used for the deep purification of drinking water and wastewater in modern human life. It is widely used in industrial water treatment such as food, chemical, power, and electroplating for decolorization, dechlorination, modification, oil removal, and odor removal. Coal-based activated carbon for water purification is divided into two main categories: granular and powdered. Granular activated carbon is mainly used for filling filter beds and filter tanks, and is used in conjunction with ozone biological treatment for the deep treatment of drinking water or wastewater. Powdered activated carbon is very effective in removing organic matter, decolorizing, and deodorizing water in emergency treatment or conventional water treatment.
Coal-based Activated Carbon for Industrial Wastewater Treatment
Specifically designed for industrial wastewater treatment, this product uses high-quality coal as raw material and undergoes a special activation process. It boasts a high mesopore ratio, large adsorption capacity, and strong resistance to pollution, effectively removing harmful substances such as COD, color, organic matter, heavy metals, and odors from industrial wastewater. It also exhibits excellent anti-clogging and anti-wear properties, making it suitable for long-term continuous operation. It is suitable for the deep treatment of various industrial wastewaters, including electroplating wastewater, circuit board wastewater, papermaking wastewater, chemical wastewater, and mining wastewater.
Coal-based honeycomb activated carbon
Made from coal-based charcoal powder, coconut shell charcoal powder, and wood-based charcoal powder, processed using a special technique and then reactivated at high temperature. Its biggest advantages are low air resistance and strong adsorption capacity during filtration, making it suitable for purifying and treating large volumes of low-concentration organic waste gas. It is commonly used for wastewater and waste gas treatment in coking plants, chemical plants, printing and dyeing plants, plastic factories, and paper mills; dioxin removal from waste incineration; desulfurization and denitrification of waste gas from power plants and smelters; waste gas treatment after the combustion of oil, natural gas, coal, and waste fuels; VOCs organic waste gas treatment; and household air purification to remove formaldehyde, benzene, and other pollutants.
100-hole coal-based honeycomb carbon
Made from coal-based charcoal powder, coconut shell charcoal powder, and wood-based charcoal powder, processed using a special technique and then reactivated at high temperature. Its biggest advantages are low air resistance and strong adsorption capacity during filtration, making it suitable for purifying and treating large volumes of low-concentration organic waste gas. It is commonly used for wastewater and waste gas treatment in coking plants, chemical plants, printing and dyeing plants, plastic factories, and paper mills; dioxin removal from waste incineration; desulfurization and denitrification of waste gas from power plants and smelters; waste gas treatment after the combustion of oil, natural gas, coal, and waste fuels; VOCs organic waste gas treatment; and household air purification to remove formaldehyde, benzene, and other pollutants.
100*100*100mm perforated coal honeycomb charcoal
Made from coal-based charcoal powder, coconut shell charcoal powder, and wood-based charcoal powder, processed using a special technique and then reactivated at high temperature. Its biggest advantages are low air resistance and strong adsorption capacity during filtration, making it suitable for purifying and treating large volumes of low-concentration organic waste gas. It is commonly used for wastewater and waste gas treatment in coking plants, chemical plants, printing and dyeing plants, plastic factories, and paper mills; dioxin removal from waste incineration; desulfurization and denitrification of waste gas from power plants and smelters; waste gas treatment after the combustion of oil, natural gas, coal, and waste fuels; VOCs organic waste gas treatment; and household air purification to remove formaldehyde, benzene, and other pollutants.
100*100*50mm perforated coal honeycomb charcoal
Made from coal-based charcoal powder, coconut shell charcoal powder, and wood-based charcoal powder, processed using a special technique and then reactivated at high temperature. Its biggest advantages are low air resistance and strong adsorption capacity during filtration, making it suitable for purifying and treating large volumes of low-concentration organic waste gas. It is commonly used for wastewater and waste gas treatment in coking plants, chemical plants, printing and dyeing plants, plastic factories, and paper mills; dioxin removal from waste incineration; desulfurization and denitrification of waste gas from power plants and smelters; waste gas treatment after the combustion of oil, natural gas, coal, and waste fuels; VOCs organic waste gas treatment; and household air purification to remove formaldehyde, benzene, and other pollutants.
Coal briquette crushing activated carbon
This briquetted carbon is produced by crushing after briquetting. It features high particle strength, excellent wear resistance, and is not easily pulverized or lost. It has a uniform pore structure with a reasonable distribution of macropores, mesopores, and micropores, resulting in rapid mass transfer and stable adsorption capacity. It is characterized by low ash content, high iodine value, high molasses value, and absence of floating matter. Briquetted and crushed charcoal can also produce charcoal with high molasses values, up to 240 or higher. It is suitable for high-load, high-flow-rate purification applications. It is mainly used in high-end air purification, exhaust gas purification, high-purity water treatment, and wastewater treatment. It can also be used for various gas separation and purification processes, and the recovery and utilization of various low-boiling-point substances.
4*8 mesh coal briquette crushing activated carbon
This briquetted carbon is produced by crushing after briquetting. It features high particle strength, excellent wear resistance, and is not easily pulverized or lost. It has a uniform pore structure with a reasonable distribution of macropores, mesopores, and micropores, resulting in rapid mass transfer and stable adsorption capacity. It is characterized by low ash content, high iodine value, high molasses value, and absence of floating matter. Briquetted and crushed charcoal can also produce charcoal with high molasses values, up to 240 or higher. It is suitable for high-load, high-flow-rate purification applications. It is mainly used in high-end air purification, exhaust gas purification, high-purity water treatment, and wastewater treatment. It can also be used for various gas separation and purification processes, and the recovery and utilization of various low-boiling-point substances.
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