The selective methanation of CO2 is an important research area to meet the net-zero
emission targets. Furthermore, it is crucial to develop solutions to achieve carbon neutrality …

Supported Ni catalysts are promising for CO2 hydrogenation because of their relatively
cheap price with comparable activity to noble metal catalysts. The product of CO2 …

Controlling the selectivity of products among CO, methane, and methanol is a challenge in
CO2 hydrogenation. Catalysts with oxygen vacancies are helpful for CO2 activation, but they …

Strategies to capture and sequester ever-increasing anthropogenic CO2 emissions include
adsorbing CO2 onto inorganic substrates and then storing it in reservoirs, changing land use …

Currently, the production of one ton of ordinary Portland cement (OPC) releases
considerable amounts of CO2 into the atmosphere. As the need and demand for this …

Cu-based catalysts are widely employed for CO 2 hydrogenation to methanol, which is
expected as a promising process to achieving carbon neutrality. However, most Cu-based …

CO 2 reduction with green H 2 is an attractive way to produce fuels or chemicals. Owing to
the complexity of the reaction network of CO 2 hydrogenation, various products could be …

Unraveling the correlation between the structure of the active sites and the reaction pathway
is of utmost importance to designing selective catalysts for efficient conversion of …

Comprehending the metal-support interactions (MSI) as well as interface structures plays a
crucial role in creating efficient interface sites. However, the interfacial nature is influenced …

Controlling the selectivity of CO2 hydrogenation by catalysis is a fundamental challenge.
This study examines the interrelation between active sites and reaction pathways in Ni …