A variety of mixed metal oxides (MMOs), containing alkali, alkaline, rare earth and noble
metals, and their applications are presented. In this mini review, we summarize versatile …

Small silver nanoparticles (less than 7 nm) supported on silica as well as silica modified with
CeO 2 were prepared by impregnation techniques, characterized by physical-chemical …

Propane oxidation at 653–673 K and benzyl alcohol oxidation at 393 K over phase-pure
MoV (TeNb) M1 oxide catalysts were studied to gain insight into the multiple catalytic …

A set of nanostructured gold catalysts with Au loadings ranging from 0.5 to 7.0 wt% on a
TiO2 support was prepared and evaluated in a gas-phase oxidation of ethanol with …

The silver-modified cryptomelane-type crystalline and silica-supported OMS-2 catalysts
(Ag/OMS-2 and Ag/OMS-2/SiO 2, respectively) were prepared by impregnation, co …

Selective oxidation reactions are an important class of the current chemical industry and will
be highly important for future sustainable chemical production. Especially, the selective …

A series of CuCr catalysts were prepared by co-precipitation method and used to produce
acetic acid from ethanol via dehydrogenation-(aldehyde–water shift) reaction. The catalysts …

A spectrokinetic methodology was developed to determine reactive surface species by
combining operando ultraviolet–visible spectroscopy and charge transfer kinetic models …

Iron molybdate catalysts are applied in the industrial FormOx process to produce
formaldehyde by oxidative dehydrogenation (ODH) of methanol. Only few studies are …

The gas-phase oxidation of alcohols is a reaction of industrial relevance, although
nowadays the only commercially important application is the production of formaldehyde …