New Concepts in Oxidation ProcessesEric Genty, Ciro Bustillo-Lecompte, Cédric Barroo, Renaud Cousin, Jose Colina-Márquez This Special Issue of Catalysts aims to cover the recent progress and novel trends in the field of catalytic oxidation reaction. Topics addressed in this special issue concern the influence of different parameters on catalytic activity at various scales (atomic, laboratory, pilot, or industrial scales), the development of new catalytic materials of environmental or industrial importance, as well as the development of new methods, both microscopic and spectroscopic, to analyze oxidation processes. |
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acid activity addition adsorption Ag/CeO2 alcohol alcohol oxidations amount amoxicillin analysis Appl applications atoms byproducts calcination carbon carried Catal catalyst load catalysts catalytic activity catalytic oxidation CeO2 ceria Characterization Chem chemical CoAlCeO compared composites compounds concentration considered conversion CrossRef degradation determined dispersion effect electron emission energy Environ experimental Figure followed formaldehyde formation formed gas phase higher increase industrial initial interaction kinetic liquid phase lower materials MeOH metal method mixed mixture molecules observed obtained organic oxidation oxygen oxygen vacancies parameters particles peak performance photocatalytic Phys prepared presented properties Pt nanoparticles PubMed Qmax radiation ratio reaction reactor reduced reported sample selectivity showed shown silver solar solution soot oxidation species spectra structure surface surface area synthesis Table temperature tests TiO2 toluene total oxidation values vanadia vanadium VOCs