Catalysis has optimized and improved production rates in many industrial processes.
Conventional catalysis plays a key role in the mass-production of otherwise difficult to obtain …

CO 2 methanation is a promising route for energy storage and realizing the carbon cycle,
however achieving efficient low-temperature CO 2 methanation performance remains a big …

CO 2 methanation has emerged as a promising strategy for the greenhouse gas CO 2
utilization and storage of hydrogen. However, achieving low temperature activity and high …

Abstract The Carbon Capture and Utilization (CCU) option can be an efficient solution for
CO 2 emission mitigation. To this end, we have investigated the carbon dioxide methanation …

The structure in Ni-based catalysts is the key factor influencing the CO 2 methanation
performance. In this paper, a series of Ni/CeO 2 catalysts (Ni/CeO 2-CP, Ni/CeO 2-DP …

In this work, a relatively new class of materials, rare earth (RE) based high entropy oxides
(HEO) are discussed in terms of the evolution of the oxygen vacant sites (Ov) content in their …

Ni/CeO 2 is widely reported as an outstanding catalyst for CO 2 methanation. Additionally,
the base Ni/CeO 2 catalyst is often modified by alloying with active metal Ni or substitutional …

CO 2 methanation is an essential means of utilizing CO 2, which is crucial to solving
environmental problems and alleviating energy crisis. The design and development of high …

The integrated capture and methanation of CO 2 is hereby realized via the use of physical
mixtures of a 12% Na 2 O/Al 2 O 3 adsorbent and either a monometallic (10% Ni/Pr-CeO 2) …

NiAlFe catalysts based on the hydrotalcite-like precursor were prepared and the catalysts
exhibit excellent low temperature catalytic activity for CO 2 methanation. CO 2 conversion …