This work is concentrated on designing of CO 2 methanation process over nickel-based
catalysts doped by different promoters (CuO, Cr 2 O 3, Co 3 O 4, Fe 2 O 3, and MnO 2) …

Kinetically sluggish ammonia oxidation and interference of H 2 competing with NH 3 active
sites will suppress the output performance of direct ammonia solid oxide fuel cell (DA …

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 …

Biogas methanation emerges as a prominent technology for converting biogas into
biomethane in a single step. Furthermore, this technology can be implemented at biogas …

The catalytic activity of 3D-printed metal monoliths loaded with iron impregnated ceria-
zirconia mixed-oxide support on CO 2 conversion to methane was investigated between 300 …

Fossil fuel depletion and environmental impacts caused by greenhouse gas emissions such
as CO2 are significant issues securing nature preservation within a sustainable economy …

Hydrogen from the decomposition of CH 4 is an essential source of clean energy and
contributes to a decarbonization process. In this work, Cu-Ni-Al-LDH were prepared by …

Halogenated aniline, which is usually produced by hydrogenation of halogenated
nitrobenzene, is extensively employed in a variety of fields, including insecticides …

CO2 valorization as carbon feedstock is a good strategy to reduce its environmental effects
and produce fuels and chemicals such as CH4, which can be used as synthetic natural gas …

Biogas dry reforming or dry reforming of methane (DRM) is an alternative to produce
hydrogen, in the context of development of sustainable routes for energy production, since …