water treatment purification/MA-T series
It can effectively remove the impurities and pollutants from the water treatment process, reduce the content of organic matter, remove odors and toxins and finally attain direct, high purity drinking water quality.
 
Sewage Treatment
It can effectively remove COD, BOD5, SS, total phosphorus, ammonia nitrogen, total nitrogen etc. when used in sewage treatment. This enables the treated sewage to achieve nation’s discharge standard and be used as reclaimed water.
 
Environmental Water
Activated carbon is used to remove COD, BOD5, SS, total phosphorus, ammonia. nitrogen, total nitrogen and other pollutants in the deeptreatment of rainwater and groundwater.

Landfill
Landfill is a solid waste disposal technology widely used at home and abroad. However, there will be a lot of leachates generated during the landfill process. If these leachates are directly discharged without proper treatment, they will pose a threat to the ecological environment and human health. Activated carbon can effectively treat the leachate. The removal rates of leachate chroma, pollutants, COD, NH4+-N are high.

Caramel Decolorizing
It is refined from fruit shell and wood chips raw materials, the appearance is black fine powder, non-toxic,  odorless,  has a large specific surface area, strong adsorption capacity, and is suitable for applications in sugar refining, pharmaceutical, beverage,  brewing and water purification It is also widely used in de-colorization of organic solvents, oil refining, and wastewater treatment.

Gold Extraction
There are three types of activated carbon adsorption for gold extraction, one is gold adsorption coconut shell activated carbon, the second is almond shell special gold adsorption activated carbon and the third is wood pellet activated carbon. Gold extraction activated carbon is refined by a specific process from raw materials, and has a high adsorption capacity. The appearance is black and irregular activated carbon, is non-toxic and odorless, large specific surface area, strong adsorption capacity, fast adsorption rate and low impurity content. It is mainly used for the separation and extraction of precious metals in heap leaching, magmatic extraction of gold, metallurgy and other industries.
 
Industrial process water (In production and wastewater treatment)

Industrial Process Water

Water treatment for Production Process
Activated carbon is mainly used for the de-colorization, deodorization, refining in the production process of chemicals , food, medical  and other industries, such asalkali-free deodorization (refined desulfurization), ethylene desalinated water (refined fillers), water purification in petrochemical industry; Water treatment in power plants; beverage,brewing, MSG , de-colorization and food processing related applications.
  
Industrial Wastewater

Industrial wastewater mainly generated from printing and dyeing, oil refining and chemical industry, pharmaceutical and other industries. Activated carbon can be used in the primary, secondary and tertiary treatment processes, which can remove non-biodegradable color and odor in wastewater. This can avoid foaming in the aeration tank and at the same time it can promote the coagulation floc or biological flocgrowth and precipitation process. It can also remove heavy metal ions and their complexes in wastewater, finally meeting the dischargestandard.

Industrial Gases

Industrial Gases

Separation and Refining of Industrial Gases
Refining of industrial gas is the operation of removing unwanted impurities with activated carbon in a medium containing major active ingredients to increase the value of the product; for example, removing Hg, CO2 and CH4 in hydrogen and also removing hydrogen chlorides in chlorine oxide.
 
Gas Recovery

Adsorption and recovery of benzene, toluene, xylene, acetone, petroleum, CS2 and other organic solvents.
Poisonous Gas Protection

Catalyst carrier carbon manufactured with activated carbon as carrier. It is widely used as catalyst carrier in phosgene synthesis, polyvinyl chloride synthesis, vinyl acetate synthesis and other industries. It is an effective protection against toxic gases such as ammonia, hydrogen sulfide, sulfur dioxide, carbon monoxide, hydrocyanic acid, phosgene and benzene.
 
Harmful Gas Adsorption

Cigarette filters, decoration deodorization, indoor air purification (removal of formaldehyde, benzene, etc.), purification of industrial gas (such as CO2, N2, etc.) petrochemical industry production, natural gas purification, desulfurization, deodorization, exhaust gas treatment biochemicals, paint industry, underground places, leather factories, air purification and deodorization in animal breedingfarms.

Catalyst

Activated Carbon Catalyst Carrier

Activated carbon can act as a catalyst support with its well-developed pores, large specific surface area and thermal stability.The applications of activated carbon on catalysts are: isomerization, low pressure polymerization of olefins, synthetic fibers, rosin reprocessing, synthesis of vinyl chloride, production of hydrogen peroxideconversion of hydrogen sulfide to elemental sulfur and catalysis of methachloroethane. Preparation of trichloroethylene from HCl, hydrogen production from methane cracking, dechlorination of water, production of phosgene, cyanuric chloride, ethyl chloride, halogenated sulfonyl, pesticide intermediates.
 
Activated Carbon Application List