Linked from

The 20 pages that link to Activated carbon, each with the reason it gives.

• Volatile organic compoundRelated: Adsorption onto activated carbon is one way filters reduce airborne VOC concentrations.

• AdsorptionBroader topic: Its extensive pores capture dissolved contaminants and gases from fluids.

• CoalRelated: Some coal is processed into this valuable material for filtration and purification.

• CarbonBroader topic: Its large internal surface makes carbon useful for filtration and purification.

• CalcinationRelated: Thermal treatment can remove volatile matter and alter carbon porosity.

• ZeoliteCompared with: Unlike crystalline zeolites, it has a largely noncrystalline pore structure and carbon surfaces.

• CharcoalBroader topic: Activation further develops charcoal-like pores for efficient trapping of molecules.

• Water purificationRelated: It can reduce tastes, odors, and many organic contaminants that ordinary particle filters leave behind.

• Silica gelCompared with: Its carbon surface often favors organic compounds, whereas silica gel is widely used for polar substances.

• Adsorption isothermRelated: Its pore structure produces isotherms used to assess adsorption capacity.

• SupercapacitorRelated: Its accessible pores provide extensive surfaces for electric-double-layer charge storage.

• Molecular sieveCompared with: Its pore network adsorbs many compounds but generally offers less uniform size exclusion than crystalline sieves.

• PhysisorptionBroader topic: Its pores capture gases and dissolved molecules through extensive physical adsorption.

• Air purifierRelated: Carbon beds can reduce odors and some gaseous pollutants that particle filters do not capture.

• Gas maskRelated: Its extensive internal surface captures many vapor molecules in gas-mask canisters.

• VodkaRelated: Some producers use it to remove selected aromas and impurities from vodka.

• GeosminRelated: Activated carbon can remove geosmin from water by binding the odorant.

• 1,4-DioxaneCompared with: Unlike many organic contaminants, 1,4-dioxane is poorly removed by ordinary carbon adsorption.

• Freundlich equationRelated: Its diverse adsorption sites often motivate empirical heterogeneous-surface models.

• HEPACompared with: Carbon can address odors and gases that particle-focused HEPA media do not capture well.