Catalytic CO x (CO and CO2) hydrogenation to valued chemicals is one of the promising
approaches to address challenges in energy, environment, and climate change. H2O is an …

To control anthropogenic CO2 emissions worldwide, it is necessary not only to align the
chemical industry and energy sector with renewable resources but also to implement large …

Enhancing the selectivity of light olefin intermediates is crucial for efficiently synthesizing
aromatic hydrocarbons from CO 2 hydrogenation. However, due to the limitations of …

The catalytic hydrogenation of CO 2 to high-carbon linear α-olefins (LAOs; C≥ 4) has
gained considerable attention. In this study, FeMnK catalysts were synthesised using an …

Carbon dioxide (CO 2) hydrogenation to produce high value-added chemicals is one of the
effective ways to utilize CO 2 resources. Although significant progress has been made in the …

A prepared FeZnNa@ SiO2-C catalyst with graphitized carbon (C)-modified mesoporous
SiO2 supports metal nanoparticles with the sol–gel method. The effect of adding metal Na …

CO2 to long-chain linear α-olefins (LAOs) is an effective strategy for the production of LAOs
and the realization of CO2 resource utilization. However, effective control of CO2 activation …

Catalytic conversion of carbon dioxide (CO2) to value-added products represents an
important avenue towards achieving carbon neutrality. In this respect, iron (Fe)-based …

As the world gradually changes to zero net emissions, CO 2 conversion plays a crucial role
in providing energy and chemical supply while meeting environmental requirements …

The catalyst obtained by calcination of the precursor Fe-Co-Ni trimetallic MOFs has
exhibited great CO 2 hydrogenation performance. To further improve the selectivity of target …