The abatement of NO x emission, which is one of the most critical global environmental
issues, is traditionally addressed using risky and costly approaches that require high …

Powdered photocatalytic materials have been successfully applied for the degradation of
organic and inorganic pollutants as well as for hydrogen production and CO 2 photo …

Environmental remediation is a research field transformed over the past two decades by the
integration of engineered nanoscale materials. The market for nanotechnology in …

ZnO was synthesized by a sonochemical method and it was used as photocatalyst for
hydrogen generation. The physical properties of ZnO that had a major influence in the H 2 …

Experimental investigation has been undertaken with the goal to determine the effect of
specific surface area, extent of hydroxylation, surface acidity properties on TiO2 …

The photocatalytic activity of mixed oxide α-Fe 2 O 3/TiO 2 doped with P (αFe-Ti/P) was
evaluated on diuron degradation in aqueous solution and NOx oxidation under UV and …

Photocatalysis holds promise for the removal of NO x from the air, yet its limited selectivity
toward desired products (eg nitrate ions) hinders its widespread application. In this study, we …

This article investigates the efficacy of a photocatalytic paint for bacteriophages inactivation
under various levels of incident radiation flux, relative humidity and radiation sources. Two …

The photo-catalytic oxidation is a promising air-cleaning technology in the decomposition of
volatile organic compounds and mineralization of undesired chemical substances in indoor …

This work proposes the formulation of a photocatalytic stucco by the incorporation of TiO 2
synthesized by sol-gel method under optimal conditions. The development of this type of …