Conventional biomass gasification involves a complex set of chemical reactions leading to
the production of a gas mainly composed on carbon monoxide, hydrogen, carbon dioxide …

In the thermo-catalytic hydrogen production from methane, catalyst deactivation is a major
issue for the industrial applications. In this review, six modification strategies to achieve a …

Hydrogen–a renewable and clean energy is deemed as the best alternative to fossil fuels.
Electro-catalytic hydrogen evolution reaction (HER) based on non-noble metals exhibits …

This study introduces a novel “methanol-solar-to-X" hybrid energy system based on proton
exchange membrane fuel cells (PEMFC), a promising approach for distributed energy …

Abstract Hydrogen (H 2), more than a promising solution, has been considered one of the
pillars to reduce CO 2 equivalent emissions (CO 2-eqv) in hard-to-abate sectors like …

A novel adaption of the thermochemical recuperation (TCR) approach is presented in this
paper. Combined steam reforming and the partial oxidation of methane is applied to a TCR …

Dry reforming of methane (DRM) is a promising way of transforming greenhouse gases into
syngas products and value-added chemicals. Owing to their strong CO2 adsorption, ordered …

A series of highly dispersed manganese-based catalysts coating on PPS were prepared
using a novel in-situ synthesis method to enhance selective catalytic reduction of NO x with …

This work aims to synthesize a catalyst based on semicrystalline calcium silicate hydrate
with intercalated multiple transition metal ions (Co 2+, Cu 2+, and Cr 3+), and to determine …

The catalytic yields of partial oxidation of methane (POM) to hydrogen over M (1)-Ni
(5)/Al2O3 (M=, Ce, La, Y) catalysts were investigated using a fixed bed flow reactor under …