Hydrogen is contemplated as an alternative clean fuel for the future. Ethanol steam
reforming (ESR) is a carbon-neutral, sustainable, green hydrogen production method. Low …

This Review describes recent advances in the design, synthesis, reactivity, selectivity,
structural, and electronic properties of the catalysts for reforming of a variety of oxygenates …

This paper describes the synthesis of CeO 2-promoted Ni/SBA-15 catalysts (denoted as
CeNi/SBA-15) via a surfactant-assisted iso-volumetric impregnation method and their …

Hydrogen demand is vigorously increasing due to its significant role in energy sources and
chemical reactants. Catalytic steam reforming for hydrogen production is considered as one …

This paper describes the synthesis of a group of meso-xLaNiAl catalysts with ordered
mesostructure and La promoters, and their catalytic performance for hydrogen production …

Liquid biofuels (LBFs) that are renewable and sulfur-free, are one important part of future
energy supplements. The advantage of ready availability of LBFs with high efficiencies and …

Doped ceria-based metal oxides are widely used as supports and stand-alone catalysts in
reactions where CO2 is involved. Thus, it is important to understand how to tailor their CO2 …

Ammonia decomposition is an effective way for high purity hydrogen production, yet the
increase of catalytic activity at low temperatures remains a big challenge for this process. In …

Hydrogen production by stream reforming ethanol (SRE) derived from biomass is a
promising method. Thus, utilizing cut-price mineral clays to exploit an efficient and stable …

Mesoporous silica-supported metals are often used as catalysts in the steam reforming of
hydrocarbons to produce hydrogen or syngas. In the current study, the steam reforming of …