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Activated Carbon Selection Guide by Core Application Industry

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All indicators are based on industry-standard metrics.

Application IndustryKey Performance IndicatorsRecommended SpecificationsKey Selection Criteria
Drinking Water Purification
(Municipal / Household / Bottled Water)
Iodine Value: 800–1000 mg/g
Methylene Blue Value: ≥10 mL/g
Strength: ≥95%
Ash Content: ≤3%
Granular Carbon: 8–16 mesh, 10–24 mesh
Powdered Carbon: 200–325 mesh (household filters / emergency treatment)
Food-grade certified, no heavy metal leaching, well-developed micropores, fast adsorption of chlorine and odors, moderate regenerability
Industrial Pure Water / Ultrapure Water
(Electronics / PV / Pharmaceuticals)
Iodine Value: 900–1200 mg/g
Methylene Blue Value: ≥12 mL/g
Strength: ≥96%
Ash Content: ≤2%
TOC Adsorption Rate: ≥80%
Granular Carbon: 4–8 mesh, 8–16 mesh (RO pretreatment)Ultra-high purity, no leachables, highly developed micropores, effective removal of TOC, colloids, and chlorine to prevent membrane oxidation
Industrial Wastewater Treatment
(Plating / Dyeing / Chemical)
Iodine Value: 700–900 mg/g
Methylene Blue Value: ≥8 mL/g
Strength: ≥94%
Water Holding Capacity: ≥50%
Granular Carbon: 6–12 mesh, 8–20 mesh
Cylindrical Coconut Carbon: Φ4 mm (for high-concentration wastewater)
Acid/alkali resistant, high adsorption capacity, easy regeneration, suitable for organics, heavy metals, and dyes
Indoor Air Purification
(Household / Commercial / Fresh Air Systems)
Iodine Value: 600–800 mg/g
Methylene Blue Value: ≥8 mL/g
Strength: ≥93%
Surface Area: 700–900 m²/g
Granular Carbon: 10–30 mesh
Honeycomb Coconut Carbon: 100×100×50 mm (fresh air / central AC units)
Balanced micro- and mesopores, fast adsorption kinetics, good desorption performance, for low-concentration harmful gases
Industrial Waste Gas Treatment
(VOCs / Coating / Printing)
Iodine Value: 800–1000 mg/g
Methylene Blue Value: ≥10 mL/g
Strength: ≥95%
Benzene Adsorption Rate: ≥20%
Granular Carbon: 4–8 mesh, 6–12 mesh
Spherical Coconut Carbon: Φ3–5 mm (fixed-bed adsorption)
Well-developed mesopores, high adsorption capacity, excellent regeneration, heat resistance (≤120°C)
Food & Beverage Refining
(Sugar / Alcohol / Beverages)
Iodine Value: 700–900 mg/g
Methylene Blue Value: ≥12 mL/g
Strength: ≥94%
Ash Content: ≤2%
Powdered Carbon: 100–325 mesh (decolorization)
Granular Carbon: 8–20 mesh (deodorization / filtration)
Odorless, no leachables, effective in both decolorization and deodorization
Pharmaceutical Production
(API / Water for Injection)
Iodine Value: 800–1000 mg/g
Methylene Blue Value: ≥12 mL/g
Strength: ≥95%
Ash Content: ≤1%
Powdered Carbon: 200–325 mesh (liquid decolorization)
Granular Carbon: 8–16 mesh (pharma-grade water)
Pharmaceutical-grade, sterile, no heavy metals, developed micropores, suitable for drug solution decolorization and pure water polishing
Precious Metal Recovery
(Gold Mining / Plating / E-waste)
Iodine Value: 900–1200 mg/g
Methylene Blue Value: ≥10 mL/g
Strength: ≥96%
Bulk Density: 0.45–0.55 g/cm³
Granular Carbon: 4–8 mesh, 6–12 mesh (coconut carbon for gold adsorption)Highly developed micropores, strong affinity for Au/Pt/Pd ions, easy elution, high mechanical strength
Landfill Leachate TreatmentIodine Value: 700–800 mg/g
Methylene Blue Value: ≥8 mL/g
Strength: ≥93%
Acid/Alkali Resistance: pH 3–11
Granular Carbon: 6–12 mesh, 8–20 meshHigh adsorption capacity, tolerant to high/low concentration pollutants, low fouling tendency, suitable for high COD leachate
Electronics / New Energy
(Semiconductor / Li‑ion Batteries)
Iodine Value: 1000–1200 mg/g
Methylene Blue Value: ≥13 mL/g
Strength: ≥97%
Ash Content: ≤0.5%
Granular Carbon: 4–8 mesh (ultrapure water)
Powdered Carbon: 325 mesh (battery electrodes)
Ultra-high purity, low impurity levels, tailored micro/mesopores, good conductivity (for battery applications)
Aquaculture / AquariumsIodine Value: 600–700 mg/g
Methylene Blue Value: ≥7 mL/g
Strength: ≥92%
Water Solubles: ≤0.5%
Granular Carbon: 10–30 mesh (aquarium filters)
Block Carbon: 5–10 cm (pond systems)
Slow-release design, adsorbs ammonia/nitrite, no leaching, non-polluting to water quality

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