Liquid Treatment Activated Carbon Activated Carbon div. Japan EnviroChemicals, Ltd.

• Purification of drinking water.
• Treatment of sewage water.
• Purification of oils and fats, plasticizers, and other chemicals.
• Decolorization and deodorization of wastewater.
• Removal of organic matters in the wastewater.

• Powdered.
• Saw dust based.
• Average pore diameter 2.0 nm.

• Decolorization of starch sugars, sugars, glutamic acids,organic acids, and other chemical intermediates.

• Powdered.
• Saw dust based.
• Purified.
• Average pore diameter 2.0 nm.

• Decolorization of starch sugars, sugars, glutamic acids,organic acids, and other chemical intermediates.

• Powdered.
• Saw dust based.
• Purified.
• Average pore diameter 2.0 nm.

• High purification of pharmaceuticals and other chemicals.

• Powdered.
• Saw dust based.
• Highly purified.
• Average pore diameter 2.0 nm.

• Decolorization and refinery of sugars, sweeteners, MSGs, and chemical intermediates.
• Purification of solvents for dry cleaning and other organic solvents.

• Zinc chloride activated carbon.
• Powdered.
• Saw dust based.
• Average pore diameter 3.0 nm.

• Decolorization/purification/separation of industrial chemicals,food stuffs,and dry cleaning solvent.

• Zinc chloride activated carbon.
• Powdered.
• Saw dust based.
• Purified.
• Average pore diameter 3.0 nm.

• Purification of pharmaceuticals.
• Refinery requiring high purity.

• Zinc chloride activated carbon.
• Powdered.
• Saw dust based.
• Highly purified.
• Average pore diameter 3.0 nm.

• Purification of pharmaceuticals.
• Refinery requiring high purity.

• Zinc chloride activated carbon.
• Powdered.
• Saw dust based.
• Extremely purified.
• Average pore diameter 3.0 nm.

• Decolorization and purification of various solvents.
• Chromatographic separation of multicomponent solutions.

• Granular.
• Wood based.
• Excellent adsorption of larger sizes of molecules.
• Able to be reactivated by caustic soda and organic solvents.

• Purification of water for food processing and beverage uses.
• Filtration of drinking water in purification plants.
• Pretreatment for protecting ion-exchange resins.

• Granular.
• Coconut-shell based.
• WH2c---pH conditioned.
• W2c---pH not conditioned.

• Deodorization of raw water for drinking.
• Treatment of sewage and waste water.

• Granular.
• Coal based.
• WH5c--- pH conditioned.

W5c-- pH not conditioned.

• Purification of water for food processing and beverage uses.

• Pelletized.
• Coconut-shell based.
• Washed.
• Low metal content.

• Treatment of sewage, industrial wastewater, and domestic wastewater.

• Spherical.
• Coal based.
• Easy to fill in and remove from adsorbing towers.
• Superior fluidity in slurry.
• 7000H--- pH not conditioned.
• 7100H--- pH conditioned.

• Removal of residual chlorine and trihalomethane from tap water.

• Granular.
• Coconut-shell based.
• Impregnated.
• Antibacterial.

• Removal of mercury in wastewater.

• Granular.
• Coconut-shell based.
• Impregnated.
• High effective adsorption of dilute mercury.