Dry reforming of methane (DRM) is a sustainable technology that converts methane and
carbon dioxide into syngas, achieving value-added utilization of greenhouse gases and …

This study reviews the advancements in nickel-based catalysts for carbon dioxide
methanation, a key process for reducing greenhouse gas emissions and supporting …

CO 2 absorption and activation play key roles in the process of CO 2 methanation, but
revealing the mechanism and synergistic effects are still challenges, especially in some …

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 …

Carbon dioxide (CO2) methanation exhibits great potential for achieving high-value
utilization of CO2 to fulfill the goal of carbon neutrality. Here, a novel nickel–yttrium …

In the frame of energy transition and anthropogenic CO 2 emission reduction, CO 2
hydrogenation by using green hydrogen to produce Synthetic Natural Gas is considered as …

Dry reforming of methane (DRM) is considered a promising process to convert CH 4 and CO
2 into syngas for achieving carbon neutrality. However, sintering and carbon deposition of Ni …

Hydrogen spillover is the key step during the CO 2 methanation process that provides active
hydrogen species for hydrogenation and facilitates the reaction at lower temperatures. This …

Designing non-noble metal catalysts with simultaneous high activity and selectivity for CO 2
methanation has been a challenge. Here, we report a highly efficient layered CoAlO catalyst …

CO 2 methanation is a key step in the power-to-gas technology for storing and distributing
renewable energy as energy vectors. Due to thermodynamic constraints, highly active …