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Gold nanoparticle air purification catalyst

By Astrea Materials

Astrea Materials' catalyst technology can assist in preserving air quality in closed environments such as emergency rooms, submarines, airplanes or diving chambers. Our air purification technology based in gold nanoparticles is capable of removing carbon monoxide and volatile organic compounds (VOCs) simultaneously at room temperature in presence of humidity. Our product can be easily integrated into existing technologies such as HEPA filters or catalytic burners.

More from Astrea Materials

Gold nanoparticle based catalyst

Nanotechnology catalysts for pollutant removal: - Gold nanoparticle based catalyst - Room temperature pollutant abatement - Unprecedented stability against humidity - Temperature stability up to 700 ºC - Oxidation of CO and VOCs - Tailor made formulations and product presentation - Patent protected Astrea Materials’ patented technology offers a worldwide unique catalyst capable of removing toxic contaminants at room temperature and in the presence of humidity.

Gold nanoparticle catalyst for airborne pollutant removal

Our propietary advanced manufacturing process results in a gold based nanoparticle based catalyst with unprecendented properties: - Room temperature pollutant abatement - Unprecedented stability against humidity - Temperature stability up to 700 ºC - Extremely high catalytic activity The product available in multiple formats: powder, pellets, monoliths or impregnated filters

Gold catalyst for VOC elimination (Domestic air purification)

The adverse effects of volatile organic compounds (VOCs) for human health are well known. These have been reported to be toxic and long exposure is potentially teratogen. For this reason, the air purification of indoor environments from VOCs is a major social concern, which remains largely unsolved. Astrea Materials presents a revolutionary product based in gold catalyst for the elimination of many VOCs such as formaldehyde or toluene in flow conditions at domestic levels. Importantly, our technology does not produce noxious byproducts but converts these VOCs to carbon dioxide and water.