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

Carbon-based materials have attracted significant attention in various catalytic applications.
However, they are rarely reported for high-temperature catalytic reactions, owing to their …

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-MgO dual function materials (DFMs) show promise for integrated CO2 sorption and
methanation. To improve CO2 sorption capacity, Ni-MgO DFMs are promoted with alkali …

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 …

A series of La-modified NiAl catalysts based on the hydrotalcite-like precursor were
prepared by the ethylene glycol solvothermal method and used for CO 2 methanation. As a …

Activated carbons (ACs) derived from cork wastes were for the first time used as supports for
CO2 methanation catalysts. Cork wastes (natural-N and processed-P) were physically …

Carbon dioxide hydrogenation to methane is one of the promising gas phase reactions due
to the well-established natural gas infrastructures and CO 2 amounts consumed as …

The Sabatier process is a competitive technology applied for carbon capture and utilization.
This process increases the risk of carbon deposition and catalyst thermal degradation …

The municipal solid waste-derived biochar (MSWC) can be applied as a catalyst support for
low-cost syngas methanation. However, the mechanism of the char support as a catalyst in …