Methanol is regarded to be a promising hydrogen carrier owing to the virtues of high
hydrogen content and liquid-state at room temperature. Methanol can be converted into …

Hydrogen energy has become an important research area worldwide for environmental-
friendly and sustainable energy development. A large number of studies can be found in the …

Reforming of methanol is one of the most favorable chemical processes for on-board H2
production, which alleviates the limitation of H2 storage and transportation. The most …

Methanol is a suitable raw material for in situ hydrogen generation by steam reforming that
enables the safe storage and transportation of hydrogen. Pt-based catalysts have been …

Abstract Nano-rod (R), nano-particle (P) and sponginess (S) of ceria samples were used to
study catalytic performance of hydrogen production by methanol steam reforming. The …

Methanol steam reforming (MSR) is a promising process to produce hydrogen suitable for
polymer electrolyte membrane fuel cells, but the development of catalysts with high activity …

Hydrogen is a promising replacement for fossil fuels since it can be produced using
renewable resources. However, hydrogen storage and transportation are the two significant …

In-situ supply of H 2 by aqueous phase reforming (APR) of methanol is promising but still
challenging due to the unsatisfied activity and stability of catalyst. Herein, we prepared …

The use of hydrogen can reduce CO 2 emissions and alleviate energy shortages, but large-
scale storage and transfer of hydrogen remain obstacles to utilization. Hydrogenation of CO …

A combination of periodic density functional theory (DFT, PW91-GGA) calculations, reaction
kinetics experiments, and mean-field microkinetic modeling is used to derive insights on the …