Photocatalysis proven highly efficient in removing ethylene, which is responsible for faster food ripening and degradation. Thanks to photocatalysis the ethylene concentration is reduced more than 4 times, thereby prolonging shelf life. The full article can be found...
Life cycle assessment comparison was performed by scientists from CTU, Prague. The conclusion is: „It is clear that this comparitive LCA study confirms the significantly lower environmental impact of FN2 photocatalytic coating as compared to an air...
JECFA furthermore considered that no evidence for carcinogenic, reproductive or developmental toxicity effects after long term exposure in animals have been identified. JECFA also noted that there are currently no epidemiological studies that allow any conclusions to...
A new independent study by the Japanese National Institute of Health Sciences (NIHS) recently published in Particle and Fibre Toxicology[i] shows no toxic effects from the oral ingestion of titanium dioxide (TiO2). This study is consistent with conclusions published...
This article is a culmination of a three year research project about photocatalysis and its use for air cleaning. It connects laboratory results with measurements in a wind tunnel that simulates the behavior of air in real development. FN NANO®2 coating was applied in...
The commercial photocatalytic product FN NANO®2 (FN2) was found to be more effective in removing NOx than the Evonik P25 standard. Tests were conducted under different conditions – multiple substrate types and NOx input concentrations. „The reaction rate with...
