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Coconut shell activated carbon product families

Granular, powder, impregnated, and catalytic grades cover fixed-bed filtration, fast-response dosing, targeted gas treatment, chloramine reduction, and specialty process duties.

Granular

Granular Activated Carbon

High-hardness coconut shell GAC for water treatment, gold recovery, solvent recovery, and condensate polishing.

Granular Activated Carbon (GAC) media and cartridges are used across water, mining, and gas-phase treatment when buyers need hardness, adsorption performance, and reliable attrition resistance.

Highlights
Manufactured from selected grades of coconut shell under stringent controls for hardness, surface area, and attrition resistance.
Available in different mesh sizes, adsorption levels, and pH-adjusted or washed variants tailored to customer requirements.
Water-treatment grades are manufactured in ISO accredited facilities and support NSF 42 and NSF 61 applications.
Common uses
Water treatmentGold recoverySolvent recoveryCondensate and H2S removal
Granular Activated Carbon
Powder

Powder Activated Carbon

Virgin powdered activated carbon for drinking water, food-grade, wastewater, and odor-control programs.

PAC gives treatment teams a fast-response format for drinking water and batch programs where rapid contact and flexible dosing matter more than fixed-bed operation.

Highlights
Suitable for drinking-water and food-grade applications aligned with ANSI/NSF Standard 42 and 61 requirements.
Used in water treatment, wastewater treatment, odor removal, and brewery or winery applications.
Commonly applied for chloramines, pesticides, herbicides, groundwater remediation, and DBP reduction.
Common uses
Municipal Water treatmentWastewater treatmentCarbon blocks for POU applicationsBrewery and winery applications
Powder Activated Carbon
Impregnated

Impregnated Activated Carbon

Chemically enhanced coconut shell carbon for targeted gas-stream, bacteriostatic, and specialty purification duties.

Impregnation extends standard activated carbon performance so certain contaminants can be removed more effectively and more economically.

Highlights
Silver-impregnated carbon supports bacteriostatic protection in drinking-water filters and water systems.
Sulfur-impregnated carbon supports mercury removal in natural gas, air, hydrogen, and other gas streams.
Targeted impregnation supports removal of acid gases, ammonia, amines, and other specialty contaminants.
Common uses
Gas purificationCivil and military gas protectionMercury removalBacteriostatic drinking-water systems
Impregnated Activated Carbon
Catalytic

Catalytic Activated Carbon

Surface-modified coconut shell carbon for chloramine, hydrogen sulfide, and difficult water-treatment contaminants.

Catalytic carbon supports chloramine reduction in U.S. drinking-water systems moving away from free chlorine.

Highlights
Used for chloramines, hydrogen sulfides, hydrogen peroxides, THMs, TCE, PCE, detergents, pesticides, phenols, and taste and odor compounds.
Surface modification enhances the media’s natural ability to chemically change difficult contaminants.
CATCARB is engineered for water-treatment applications requiring rapid chloramine and H2S decomposition.
Common uses
Chloramine reductionHydrogen sulfide removalTaste and odor reductionSpecialty water treatment
Referenced grades
CATCARB catalytic grades
Catalytic Activated Carbon