The use of hydrogen is increasing in many countries due to potential decarbonization and
sustainable energy transition projects. Hydrogen is shown to be a versatile transition …

Methanol steam reforming manifests great potential for generating hydrogen owing to its
lower reaction temperature (200–300° C) and higher hydrogen/carbon ratio comparing with …

Exploring efficient catalysts for hydrogen production from methanol steam reforming (MSR)
is quite challenge. Introducing a photosensitive material into conventional thermal catalysts …

Today, there is a great opportunity for alternative energies and specifically for hydrogen
technologies to flourish within Mexico. The opportunity for the hydrogen production research …

The reactivity of the PtNi supported on CeO 2-nanorods was performance on methanol
steam reforming (MSR). CO ads revealed that outer of the PtNi-catalyst could be mainly Pt …

Pt nanocatalysts supported on CeO 2-NR (CeO 2-nanorods) were synthesized and
evaluated in the steam reforming of methanol reaction (SRM) for hydrogen production. The …

Abstract Three Ag-CeO 2/SiO 2 catalysts were prepared by different methods, namely,
sequential impregnation, co-impregnation and impregnation of pre-reduced CeO 2/SiO 2 …

Abstract Bimetallic Ni/Cu/ZrO 2 catalysts were prepared by successive impregnation and,
the effect of the bimetallic Ni/Cu content on the ZrO 2 support was evaluated in the …

A simple method for creating Ag/CeO 2 composites involves the reaction between
components of an aqueous salt solution and ammonia vapor at the gas-solution interface …

Metal-oxide interfaces play a critical role in catalytic processes, such as methanol adsorption
and decomposition reactions. In this work, we investigated methanol reactions on the …