Traditional fossil fuels emissions (mainly CO x, SO x, and NO x) have adverse effects on
human health and the atmosphere. As part of the clean use of fossil fuels, substitute natural …

CO elimination through oxidation over highly active and cost-effective catalysts is a way
forward for many processes of industrial and environmental importance. In this study, doped …

The effect of H2 partial pressure in a wide range (P H2= 0.12–0.6 bar, or H2/CO gas ratio of
2–10; P CO= 0.06 bar) on important kinetic parameters of the methanation reaction at 230° …

CO2 hydrogenation over Fe-based catalysts is a promising pathway to mitigate emissions of
this greenhouse gas and provides a possibility for crude-oil-free production of chemicals …

Developing new catalysts with improved performance is crucial for establishing a
sustainable chemical industry and requires atomic-scale knowledge of the relevant catalyst …

Abstract Fischer–Tropsch synthesis over CoMn oxides is a surface-catalyzed structure-
sensitive reaction. Active site changes greatly alter product distribution. The dynamics and …

The CO methanation reaction has been widely used in the fields of synthetic natural gas and
ammonia (NH 3). This study improves the CO methanation performance using a two …

Abstract A Single-Event MicroKinetic (SEMK) model has been extended towards the
simulation of Steady State Isotopic Transient Kinetic Analysis (SSITKA) data for Co catalyzed …

In this work, a novel Co/CoAl 2 O 4/sepiolite nanocomposite was synthesized by reducing
the CoAl 2 O 4/sepiolite nanocomposite prepared via a microwave hydrothermal method …

MoS 2 is an attractive sulfur-resistant catalyst for directly converting sulfur-containing syngas
to high value-added chemicals. However, the effect of the layered structure on the catalytic …