CO2 emissions have received a great deal of attention in recent years. The hydrogenation of
CO2 to higher alcohols (HA) by heterogeneous catalysis is a promising artificial carbon …

The pivotal role of CO 2 hydrogenation in mitigating emissions and generating value-added
fuels and chemicals underscores the significance of catalysts in achieving high efficiency in …

The study of the process and mechanism of CO 2 activation and the development of low-
temperature, high-activity and selective catalysts for CO 2 methanation are current research …

The production of ethanol and higher alcohols (HA) via CO 2 hydrogenation with achieving
high product selectivity and catalyst stability is a difficult scientific and technological …

Inverse catalysts, characterized by their distinctive interfaces, demonstrate exceptional
catalytic activity for CO 2 conversion. This study explores the synthesis of an Al-Co oxide/Co …

Methane is important as an electrofuel (e-fuel), which can be efficiently converted into
cleaner energy sources, thereby reducing carbon emissions and supporting the transition to …

CO 2 hydrogenation presents a crucial pathway for carbon circularity. The activation,
adsorption, and hydrogen spillover are key processes in CO 2 hydrogenation. This study …

This study presents a comprehensive approach to fabricating eco-friendly cobalt-based
nano-catalyst using okra mucilage as a natural encapsulating and stabilizing agent for CO …

CO2 refineries, envisioned as future innovation hubs, will transform carbon dioxide from a
liability into a valuable asset, replacing crude oil as the primary feedstock. These refineries …

A detailed investigation on the coordination environment of the Co2+ ion has been carried
out with the intent of quantifying the contact ion-pair formation in dilute (0.1 mol L− 1) CoCl2 …