Synthesis&Catalytic Application of Functional Transition Metal Oxides

Advances progress in the deposition of single and binary metal oxides-containing thin films using gas phase processes has been intensively investigated during my PhD. The aim was to achieve clean materials which strives to reduce environmental emissions. A series of active and low-cost transition metal oxides were prepared, by means of pulsed spray evaporation chemical vapor deposition (PSE-CVD). In this work, the synthesis of a number of catalysts for the total oxidation of compounds that may be classified as VOCs (C3H6, n-C4H8, C2H6O), biofuel (C2H6O, n-C4H8O) and Carbon monoxide (CO) are reported, and the important features of the catalyst highlighted using oxygen as oxidant. The main objective is the catalytic oxidation of VOCs over single and mixed TMOs. We have investigated several typical metal oxides that are widely studied as the essential components for catalytic oxidation of CO and VOCs and explored the effect of some important influencing factors such as the redox and optical properties, composition, doping, film morphology and the particle size of the metals oxides. The specific mechanisms involved in the catalytic activity process were investigated.

Autorentext

Patrick Mountapmbeme Kouotou, received his Ph.D in Physical-Chemistry from the University of Bielefeld (Germany) in 2014. He worked as postdoctoral at the Chinese Academy of Sciences still 2017. Since Nov. 2014 he is Senior Lecturer in Cameroon. His research interests include functional materials synthesis and applications.