Understanding the viability of the RWGS from a thermodynamic and techno-economic angle
opens new horizons within CO 2 conversion technologies. Unfortunately, profitability studies …

A detailed critical analysis of the scientific literature data concerning catalysts for CO2
methanation based on nickel supported over oxides was performed. According to the …

Tuning the selectivity of CO2 hydrogenation is of significant scientific interest, especially
using nickel-based catalysts. Fundamental insights into CO2 hydrogenation on Ni-based …

Sustainable jet fuel plays a crucial role in reducing aviation's carbon footprint, offering a
promising approach toward net-zero emissions in the aviation sector. This work investigates …

CO 2 methanation is receiving special attention nowadays due to the urgent environmental
and energy need to control/recycle CO 2 emissions. Herein the reaction is investigated over …

Ceria-based oxides have been extensively involved in a wide range of catalytic applications
due to their intriguing properties, related mostly to their superior redox features in …

In an epoch dominated by escalating concerns over climate change and looming energy
crises, the imperative to design highly efficient catalysts that can facilitate the sequestration …

Fe-based catalysts show great promise in advancing the application of high-temperature
Fischer-Tropsch synthesis (HT-FTS) for producing value-added chemicals and liquid fuels; …

Biofuels upgrading gathering momentum in view of the gradual depletion of fossil fuels and
the pursuit of renewable energy sources to mitigate global warming. Hydrodeoxygenation …

Dry reforming of methane (DRM) is a highly promising reforming technology that facilitates
converting CO 2-rich natural gas into synthesis gas. However, the commercial application of …