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Air pollution is a global concern. Public and governments sensitivity to matters related to air pollution has been constantly increasing since the 1970’s. The urgency to lower greenhouses emissions in order to protect the environment and its wildlife while mitigating the impact of pollution on people’s health reflects into the growing private and government investment on green technologies for renewable energy and sustainable products. Along with CO 2 , there are other pollutants that affect the quality of the air we breathe. Among them, nitrogen oxides. To neutralize their effects, the research community has been synthesizing photocatalysts capable to oxidize them. The work focuses on the synthesis of doped titanium dioxide by sol gel method and on the influence of the calcination temperature on the final material photo-oxidation ability.

Influence of Morphology and Doping of Titania Nano-porous Materials for Efficient Oxidation of Air Contaminants