Ni/char catalyst is one of the most promising catalysts for enhancing gas production,
particularly syngas from catalytic steam gasification of biomass. In the current study, one …

Biomass gasification with steam injection in a fluidized bed reactor has emerged as a
promising method to improve syngas quality by increasing hydrogen production. In this …

Partial oxidation of methane (POM) is a promising route for hydrogen production, and
achieving a high H 2 yield with an H 2/CO ratio> 3 is highly appealing. Optimization of Ni/Co …

Flexible capacitive energy storage applications require polymer nanocomposites with high
dielectric properties, which can be accomplished by addition of inorganic nanofillers to the …

Electricity generation via low concentration coal bed methane (LC-CBM) can save energy
and reduce greenhouse gas emissions. Solid oxide fuel cell (SOFC) is a very promising …

The appropriate combination of different functional catalysts effectively improved the
methane conversion and syngas production in the porous media burner. In this paper, the …

This research investigates the synthesis and application of Losod-zeolite (LOS-Z), a
crystalline hydrated sodium aluminosilicate (Na 12 Al 12 Si 12 O 48. xH 2 O) as a potential …

CH 4 is a potential greenhouse gas, and its fast-catalytic transformation into hydrogen-rich
syngas by molecular oxygen escalates both environmental and industrial benefits. Herein …

Due to the depletion of fossil fuels, the demand for renewable energy has increased, thus
stimulating the development of novel materials for energy conversion devices such as fuel …

The catalytic conversion of CH4 by O2 into syngas (known as partial oxidation of methane;
POM) is a practical approach for depleting CH4 concentration as well as achieving excellent …