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 …

It is generally accepted that carbon dioxide (CO 2) is one of the most important greenhouse
gases and a primary factor in the acceleration of climate change. Methanation, which …

Deciphering the relationship between the active-site structure and CO2 methanation
mechanism over Ni-based catalysts faces great challenges. Herein, different distributions of …

CO2 hydrogenation to methane as a highly attractive reaction can not only recycle the CO2
emissions but also provide an efficient way to produce an available energy from renewable …

Ni-based catalysts supported on sol-gel prepared Pr-doped CeO 2 with varied porosity and
nanostructure were tested for the CO 2 methanation reaction. It was found that the use of …

Developing an advanced catalytic system for the purposeful depolymerization of lignin into
aromatic compounds has presented a significant prospect for green manufacturing. In this …

In this study, Ni catalysts supported on Pr-doped CeO 2 are studied for the CO 2
methanation reaction and the effect of Pr doping on the physicochemical properties and the …

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 …

CO2 hydrogenation to methane is gaining increasing interest as one of the most promising
ways to store intermittent renewable energy in the form of chemical fuels. Ni particles …

With the development of carbon dioxide (CO2) capture, storage and utilization (CCSU)
technologies, CO2 has gradually become a desired feedstock for the production of value …