Gas Treatment Activated Carbon

Powdered Activated Carbons

Grade Applications Characteristics
DO-2
  • Adsorption of dioxin and its precursors synthesized in garbage furnace.
  • Powdered.
  • Coconut-shell based.
  • Small pore diameter.
DO-5
  • Adsorption of dioxin synthesized in garbage furnace.
  • Powdered.
  • Coal based.
  • High ignition temperature.
DO-11
  • Adsorption of dioxin synthesized in garbage furnace.
  • Powdered.
  • Saw dust based.
  • Small pore diameter.
  • High efficiency in contact with gases.

Granulated Activated Carbons

Grade Particle Size (mm) Applications Characteristics
G2c 2.360-4.750
0.850-1.700
  • Purification of air and various kinds of gases.
  • Deodorization of industrial gases and malodorous gases.
  • Granular.
  • Coconut-shell based.
 
G2x 3.350-4.750
  • Purification of air and various kinds of gases.
  • Deodorization of industrial gases and malodorous gases.
  • Pelletized.
  • Coconut-shell based.
  • Washed.
S2x 3.350-4.750
2.360-3.350
  • Recovery of various vaporized organic solvents in gases.
  • Pelletized.
  • Coconut-shell based.
  • Washed.
  • Low alkaline metal content.
Grade Particle Size (mm) Applications Characteristics
GH2x 3.350-4.750
  • Adsorption of acidic gases.
  • Adsorption of sulfur compounds in the presence of ammonia.
  • Pelletized.
  • Coconut-shell based.
  • Impregnated.
  • Combination use of these products is highly effective for mixed gases.
GS3x 3.350-4.750
  • Adsorption of hydrogen sulfide, mercaptans in the absence of ammonia.
GTsx 3.350-4.750
  • Adsorption of basic gases such as ammonia, trimethylamine, monomethylamine.
GS2x 3.350-4.750
  • Adsorption of sulfides.
  • Adsorption of mercaptans.
GOC 2.360-4.750
  • Removal of surplus ozone gases.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
APRC 1.700-4.750
0.710-2.360
  • Removal of doping gases used for producing semiconductors.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
  • Effective adsorption in dry process.
XRC 1.700-4.750
0.710-2.360
  • Removal of halogens and hydrogen halides.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
TAC 1.700-4.750
0.710-2.360
  • Removal of sulfides, cyanides, halides, and arsenides under oxygen free.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
MAC 1.700-4.750
0.710-2.360
  • Removal of mercury vapor.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
NCC 1.700-4.750
0.710-2.360
  • Removal of mercaptans and sulfides used as odorants from town gas and LPG under oxygen free and moisture free.
  • Granular.
  • Coconut-shell based.
  • Impregnated.
  • Highly effective adsorption of sulfur compounds.
SRCx 3.350-4.750
  • Removal of mercaptans and sulfides used as odorants from town gas and LPG.
  • Pelletized.
  • Impregnated.
  • Effective adsorption of sulfur compounds.
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