Granular Activated Carbon for Industrial Suppliers in Kenya, Uganda, Tanzania, and Rwanda
Finstar
Available to order

Granular Activated Carbon

Granular Activated Carbon (GAC) is a form of carbon processed to have small, low-volume pores that increase the surface area available for adsorption or chemical reactions.

Technical Specifications

CAS NumberNot specified
Chemical FormulaC
AppearanceBlack granules
Packaging25 kg bags
StorageStore in a cool, dry, ventilated place
pH Range (aqueous slurry)Typically 6-8

Granular Activated Carbon — Specifications, Uses & Availability

Product Overview

Product NameGranular Activated Carbon
CategoryMining Chemicals
SupplyQuoted per order — confirm lead time with the sales desk

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Available Packaging Options

25 kg bags

Need a different pack size or bulk tanker delivery? Request a custom quote.

About Granular Activated Carbon

Granular Activated Carbon (GAC) is a form of carbon processed to have small, low-volume pores that increase the surface area available for adsorption or chemical reactions. Supplied as black granules typically packed in 25 kg bags, this material is primarily used to remove contaminants from liquids and gases. It features a surface area that can reach up to 1000 m²/g depending on the grade, contributing to its high adsorption capacity. When ordering, users should consider its typical pH range in aqueous slurry, between 6 and 8, and note that it must be stored in a cool, dry, and well-ventilated environment to maintain performance. GAC is incompatible with strong oxidizers and should not be exposed to flames or ignition sources during handling. The granular form allows for use in packed bed filters and facilitates easy regeneration or replacement in continuous processes. Its moisture content typically remains below 10%, ensuring the material's effectiveness in industrial applications. Before use, industrial operators should confirm particle size distribution for compatibility with their specific filtration systems, as size varies between grades.

External references: PubChem · Wikipedia

Why Granular Activated Carbon Matters

In water and air treatment processes, contaminants such as organic compounds, chlorine, and odors reduce product quality and can cause equipment damage or regulatory non-compliance. Granular Activated Carbon effectively adsorbs these impurities, protecting downstream equipment and ensuring end-product purity. Its use enhances compliance with environmental discharge standards by capturing pollutants in wastewater treatment stages. Without efficient adsorption media like GAC, processes may suffer from increased maintenance costs and product rejection due to contamination. Using GAC thereby improves operational reliability and reduces unplanned downtime in filtration systems treating industrial effluents or potable water supplies.

Applications & Industries

Water purificationGAC adsorbs organic contaminants, chlorine, and taste/odor compounds from drinking and process water to improve quality and safety.
Air purificationUsed in air scrubbers and filters to remove volatile organic compounds and control odors in industrial emissions and work environments.
Wastewater treatmentRemoves dissolved organic pollutants and colorants from industrial effluents prior to discharge or reuse.
Solvent recoveryGAC adsorbs solvents from vapor streams allowing recovery and reuse in chemical manufacturing processes.
Food and beverage filtrationClarifies liquids by removing color bodies, odors, and residual contaminants from syrups, juices, and alcoholic beverages.
Pharmaceutical purificationRemoves impurities and residual solvents from process streams to meet purity specifications.
Gas purificationAdsorbs impurities such as sulfur compounds and moisture from gases in petrochemical applications.
Chemical manufacturingUsed for purification of intermediates and for removal of unwanted by-products through adsorption.
Laboratory adsorptionEmployed in analytical procedures to concentrate or separate trace organic compounds from samples.
Catalyst supportActs as a solid support for catalysts in hydrogenation, oxidation, and other chemical reactions.
Metal recoveryAdsorbs precious metals from leach solutions in mining and refining operations.
Gold extractionUsed in carbon-in-pulp and carbon-in-leach processes to recover dissolved gold from cyanide leach liquors.
Brewing filtrationRemoves off-flavors, color, and impurities to improve beer clarity and taste.
Air humidity controlAdsorbs moisture to maintain dry conditions in packaging and processing areas.
Odor control in waste managementRemoves malodorous gases in landfill gas treatment and composting facilities.
Water treatment plantsUse GAC in filtration stages to purify potable and process water supplies.
Mining operationsApply activated carbon for gold recovery and removal of dissolved metals from leachate.
Food and beverage productionUtilize carbon for clarification and deodorization in brewing, juice, and syrup processing.
Pharmaceutical industryUse for elimination of impurities and solvent residues during active pharmaceutical ingredient production.
Air pollution controlIncorporate GAC in exhaust treatment to adsorb volatile organic compounds and odors.
Petrochemical sectorRemove sulfur compounds and other contaminants from gas streams and fuels.
Wastewater treatment facilitiesReduce organic load and color in industrial effluents prior to discharge or reuse.
Environmental remediationUse in in-situ and ex-situ sites to adsorb pollutants from soil and groundwater.
Automotive industryEmploy activated carbon in cabin air filters to improve air quality inside vehicles.
Power generation plantsControl emissions and purify cooling and process water streams.
Packaging industryMaintain low humidity environments via moisture adsorption in sealed packages.
Landfill gas managementControl landfill odors and volatile emissions by adsorbing malodorous compounds.
Metal finishingPurify rinse waters and process baths by removing organic contaminants.
Laboratory researchUtilize GAC for sample preparation, trace contaminant adsorption, and purification processes.

Properties & Handling Notes

Granular particle formThe granule size facilitates low pressure drop and easy handling in packed bed systems.
High surface areaSurface areas can approach 1000 m²/g, enhancing adsorption efficiency for a variety of contaminants.
Moisture content controlMaintained below 10% to ensure optimal adsorption capacity and handling characteristics.
Batch traceabilityEach shipment can be traced by batch number for quality control and regulatory compliance.
Standard packagingAvailable in 25 kg bags suitable for safe storage and transport.
Typical pH stabilityOperates effectively within a neutral pH range of 6 to 8 in aqueous systems.
Compatibility notesShould be kept away from strong oxidizers and excessive heat to prevent degradation.
Regeneration capabilityCan be thermally or chemically regenerated to extend service life in continuous processes.
Bulk densityCompliant with industrial norms for granular activated carbons to fit standard filter designs.
Non-toxic compositionConsists primarily of elemental carbon, posing minimal health risks with proper handling.
Low ash contentMinimizes interference in adsorption and contamination of treated fluids.
Consistent particle size distributionEnsures predictable flow and adsorption characteristics in fixed-bed filters.
Resistance to attritionDurable granules reduce fines formation and maintain bed integrity in operation.
Storage stabilityStable under recommended storage conditions without significant loss of performance.
Odorless materialDoes not introduce smell or taste to treated products.
Efficient contaminant removalProvides effective adsorption of a wide range of organic and inorganic impurities.
Improved process reliabilityReduces equipment fouling and downtime by removing harmful substances from process streams.
Regulatory compliance supportHelps meet discharge limits for water and air quality regulations through pollutant capture.
Operational flexibilityGranular form enables easy integration into existing filtration systems and process lines.
Extended service lifeRegeneration capability allows repeated use, lowering overall material replacement costs.
Enhanced end-product qualityEnsures clarity, taste, and odor standards in potable water and beverage applications.
Reduced maintenance costsMinimizes need for frequent filter media replacement and cleaning interventions.
Safe handling characteristicsNon-toxic and stable material reduces risks associated with chemical exposure and handling.
Consistent product performanceControlled physical and chemical properties guarantee reproducible adsorption results batch to batch.
Simplified procurementStandardized packaging and batch traceability facilitate inventory management and quality control.
Wide industrial acceptanceUsed in numerous established processes ensuring compatibility with industrial requirements.
Environmental benefitsEnables removal of pollutants before discharge, contributing to environmental protection efforts.
Supports solvent recoveryAdsorbs volatile solvents allowing reuse and reducing emissions in chemical processing.
Customizable grades availableFacilitates selection of particle size and adsorption capacity to match specific process demands.
Improves equipment lifespanProtects downstream components from contaminants that cause corrosion or degradation.

Delivery Coverage Across Kenya’s Counties

Finstar is a leading supplier of industrial chemicals across Kenya’s counties. Granular Activated Carbon is dispatched from our Nairobi Industrial Area warehouse to businesses nationwide — including Nairobi, Mombasa, Kisumu, and Nakuru counties — plus cross-border delivery to Uganda, Tanzania, and Rwanda. Towns we regularly supply include:

NairobiMombasaKisumuNakuruEldoretThikaRuiruKiambuMachakosNaivashaNyeriMeruKerichoKakamegaKitaleMalindiNanyukiAthi RiverVoiKilifi

Delivering to a different town or county? Request a quote and our logistics team will confirm delivery timelines to your location.

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