Thermocatalytic CO 2 hydrogenation with “green” H 2 is one of the most promising carbon-
negative technologies, wherein oxygen vacancy engineering serves as a novel strategy to …

The active sites of copper-based catalysts and their impacts on activity and selectivity are
first examined in this work, after which an overview of the regulation of the active sites and …

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 …

Using the coprecipitation approach, the CuMgAl catalysts with varying Cu loadings (x-CMA,
x= 4, 6, 8, 10, 12 wt.%) were created from hydrotalcite precursors and used in the CO 2 …

The metal promoted In 2 O 3 catalysts for CO 2 hydrogenation to methanol have attracted
wide attention because of their high activity with high methanol selectivity. However, there …

Catalytic hydrogenation of CO 2 using renewable hydrogen not only reduces greenhouse
gas emissions, but also provides industrial chemicals. Herein, a Co-Fe bimetallic catalyst …

Fine-regulating the electronic state of metal species to enhance the catalytic activity has
demonstrated to be an effective yet persistent challenge. The study introduces an innovative …

Low-temperature methanation allows the near-equilibrium conversion of CO2 to methane at
atmospheric pressure, promising remarkable energy efficiency and economic interests …

Cu-based catalysts have shown promising prospects in the CO2 hydrogenation reaction but
suffer from a significant sintering problem, especially under high temperatures and a …

CO2 hydrogenation is regarded as a revolutionized field in heterogeneous catalysis, not
only mitigating environmental problems caused by greenhouse gases but also producing …