The enormous growth in anthropologic activities (carbon dioxide (CO 2) emissions) and
continuous depletion of non-renewable sources have contributed to the problem of climate …

Catalytic CO 2 hydrogenation on metal oxides is attractive to realize carbon neutrality
initiatives. Understanding roles of oxygen vacancies of oxide-based catalysts is critical for …

The CO2 hydrogenation reaction to produce methanol holds great significance as it
contributes to achieving a CO2-neutral economy. Previous research identified isolated Cu+ …

CO 2 hydrogenation to methanol is currently of great importance for energy and
environmental objectives. Herein, the effect of ultra-low amounts of Zn on Cu/SiO 2 catalysts …

Catalysts with the CeTi bimetallic modified dendritic mesoporous silica nanospheres (CTD)
as supports, and the PdZn as active metal phase, PdZn/CTD catalysts with higher Pd metal …

Tuning the anionic site of catalyst supports can impact reaction pathways by creating active
sites on the support or influencing metal‐support interactions when using supported metal …

Ce promotion increases the rate of methanol formation by two orders of magnitude
compared to Cu/TiO 2 and Cu/SiO 2 catalysts. The promotion proceeds via the generation of …

Fabrication of suitable zeolite-based multifunctional catalysts has been perceived as a
potential method for CO 2 conversion to value-added chemicals and fuels. Thus, a highly …

The designed synthesis of zeolite catalysts, especially in the control of the framework
structure and heteroatom distribution, offers advantages to their catalytic performance. In the …

Cu–Ga catalysts are potential candidates for activating the selective and stable
hydrogenation of carbon dioxide to methanol and dimethyl ether. This work explores the …