1. Activated Carbon Environmental Protection Field
Water treatment: Remove residual chlorine, heavy metals (such as lead, mercury) and organic pollutants (such as pesticides, perfluoro compounds) from tap water.
Air purification: Adsorbs harmful gases such as formaldehyde, benzene, VOCs, etc., and is widely used in household purifiers, automotive air conditioning filters and industrial waste gas treatment.
Soil Repair: Repair contaminated soil by adsorbing heavy metals and organic pollutants.
2. Activated Carbon Industry and Energy
Catalyst support: High-efficiency catalysts are made by supporting precious metals (such as palladium and platinum) for chemical synthesis.
Supercapacitor: As an electrode material, it uses a high specific surface area to improve energy storage performance.
Oil and gas recovery: Columnary activated carbon adsorbs volatile oil and gas to reduce resource waste.
3. Activated Carbon Medical and Food
Blood purification: Adsorb toxins in the blood through perfusion technology (such as drug poisoning and metabolic waste in patients with uremia).
Drug refining: remove impurities and pigments and improve drug purity.
Food decolorization: used to refine sucrose, cooking oil, and beverages to remove odors and impurities.
4. High-end Activated Carbon Technology and Special Applications
Gold extraction: Adsorb gold ions to achieve enrichment and reduce mining costs.
Military gas mask: filters toxic gases on the battlefield to ensure personnel safety.
Spacecraft air purification: Maintain air cleanliness in a closed environment.
1. Activated Carbon Environmental Protection Field
Water treatment: Remove residual chlorine, heavy metals (such as lead, mercury) and organic pollutants (such as pesticides, perfluoro compounds) from tap water.
Air purification: Adsorbs harmful gases such as formaldehyde, benzene, VOCs, etc., and is widely used in household purifiers, automotive air conditioning filters and industrial waste gas treatment.
Soil Repair: Repair contaminated soil by adsorbing heavy metals and organic pollutants.
2. Activated Carbon Industry and Energy
Catalyst support: High-efficiency catalysts are made by supporting precious metals (such as palladium and platinum) for chemical synthesis.
Supercapacitor: As an electrode material, it uses a high specific surface area to improve energy storage performance.
Oil and gas recovery: Columnary activated carbon adsorbs volatile oil and gas to reduce resource waste.
3. Activated Carbon Medical and Food
Blood purification: Adsorb toxins in the blood through perfusion technology (such as drug poisoning and metabolic waste in patients with uremia).
Drug refining: remove impurities and pigments and improve drug purity.
Food decolorization: used to refine sucrose, cooking oil, and beverages to remove odors and impurities.
4. High-end Activated Carbon Technology and Special Applications
Gold extraction: Adsorb gold ions to achieve enrichment and reduce mining costs.
Military gas mask: filters toxic gases on the battlefield to ensure personnel safety.
Spacecraft air purification: Maintain air cleanliness in a closed environment.