The separation of CO activation and C─ C coupling enables oxide–zeolite catalyzed
tandem reaction toward direct conversion of syngas into light olefins to be a promising …

Microchannel reactors involve chemical-reaction engineering problems in their design and
operation, with heat and mass transfer considerations dominating their practicability and …

Supported metal sulfide catalysts have effective selective deoxygenation (SDO) activity on
biomass substrates, but their subsequent sulfur removal processes pose challenges to …

Catalyst interface determines the activity and stability of partial oxidation of methane (POM)
toward syngas under high temperatures crucially. Herein, Ni catalysts supported on CeO 2 …

Pd–CeO2 based catalysts are state-of-the-art for methane oxidation, but deactivate due to
Pd nanoparticle growth at high temperature. While encapsulation by CeO2 shells was …

This study explores the catalytic efficacy of fluorine-modified 1 wt% copper oxide on MCM-
41 (F-1Cu/MCM-41) in carbon dioxide cycloaddition reactions. It delves into reaction …

The research investigates converting carbon dioxide through methanation using
computational fluid dynamics (CFD) in a baffled straight microchannel. The study considers …

Hydrogenation of carbon dioxide (CO2) to liquid fuels via an industrial catalytic reaction is
the most effective strategy for the realization of carbon neutrality. The sequential reaction …

Catalytic vapor-phase dehydration of glycerol is an energy-efficient and environmentally
friendly route for producing acrolein, a valuable organic chemical intermediate. However …

A dual template-assisted approach for optimizing support structures to enhance catalytic
efficiency in hydrotreating reactions is presented. Catalysts synthesized using activated …