The catalytic reduction of CO2 into value-added products has been considered a compelling
solution for alleviating global warming and energy crises. The reverse water gas shift …

Dry reforming of methane (DRM) involves catalytic reaction of CO 2 and CH 4 to produce
syngas. Although the process is environmentally beneficial, it has not been implemented on …

Bimetallic NiCe/Lay catalysts were prepared using an impregnation method with a Lay
molecular sieve as a carrier, and oleic acid (OA) as a model compound of unsaturated fatty …

During dry reforming of methane, oxygen species over the catalyst surface play an important
role in CH 4/CO 2 reactivity, catalytic performance and carbon deposition. Herein, the effects …

To achieve the global net-zero carbon emissions target, enhanced studies on how to
effectively convert and utilize CO 2 have been conducted. Herein, the research progress and …

Combining spectroscopic and transient kinetic techniques provides access to the
identification and quantification of active sites and corresponding turnover frequencies of …

A catalyst-layer supported single cell consisting of a porous YSZ backbone support and
NiMo catalyst is developed for solid oxide fuel cells running on isooctane/air. The reforming …

This paper investigates the hot gas temperature effect on enhancing hydrogen generation
and minimizing tar yield using zeolite and prepared Ni-based catalysts in rice straw …

Reduction of CO 2 in presence of oxidative impurity (eg, O 2) is more promising than
utilization of pure CO 2 due to skyrocketing cost for purification of captured CO 2 from air or …

The addition of Rh, in low concentrations (< 1 wt%), to Ni-based catalysts was investigated
during steam-dry reforming of a gas mixture, which simulates the effluent of a biomass …