High-purity hydrogen delivery for stationary and mobile applications using fuel cells is a
subject of rapidly growing interest. As a consequence, the development of efficient storage …

Continuous hydrogen evolution occurred in near-quantitative yields from the
dehydrogenation of an organic hydride (methylcyclohexane; MCH) through a microwave …

Over the past decade, a great deal of effort has been devoted to develo** reductive
processes in the field of biomass valorisation for the sustainable production of bio-fuel …

Ni-based catalysts promoted by Rh were prepared from hydrotalcite-type (Ht) precursors
and employed in Dry Reforming (DR) and combined Steam/Dry Reforming (S/DR) of clean …

Catalytic dehydrogenation of cycloalkanes is considered a valuable endothermic process for
alleviating the thermal barrier issue of hypersonic vehicles. However, conventional Pt-based …

A process combining aldol condensation and hydrogenation of bio‐based cyclopentanone
(CPO) in a one‐pot reaction is proposed. Cu‐based bifunctional catalysts obtained from …

The combined steam/dry reforming of clean biogas (CH4/CO2= 50/50 v/v) represents an
innovative way to produce synthesis gas (CO+ H2) using renewable feeds, avoiding to …

Partial dehydrogenation (PDh) of fuels is a novel method to generate high purity hydrogen
on-board, in order to directly feed a fuel-cell based power unit. In this work, the PDh of diesel …

The partial catalytic dehydrogenation has been carried out with defined model components
and model mixtures representing hydrocarbon groups and chemical composition of …

Due to decreasing supplies of fossil fuels and increasing environmental pollution, the
introduction of a more fuel efficient electrical power system in aircraft applications is …