Methane (CH 4) serves as a primary constituent of natural gas and a potent greenhouse
gas. Catalytic conversion of CH 4 into H 2 presents a promising avenue for mitigating CO 2 …

Bio-templating, a synthetic approach inspired by nature, is an emerging area in material
engineering. In this study, waste leaves of Sycamore were utilized as a bio-template for …

The supercritical water gasification (SCWG) of different kinds of feed including glycerol,
lignin, humic acid, and ethylene glycol is investigated to predict product gas yields using a …

The packed beds are widely used in many industry sectors, such as energy, chemical
engineering, and transportation. The prediction of fluid flow parameters is an important task …

This study investigates the effectiveness of x Ni–(5–x) Co/5 Pd–Al 2 O 3 (where x= 0, 1.25,
2.5, 3.75, and 5) bimetallic catalysts and the influence of the Pd on their activity in the dry …

Dry reforming of methane (DRM), the catalytic conversion of CH4 and CO2 into syngas (H2+
CO), is an important process closely correlated to the environment and chemical industry …

Syngas is produced through the carbon dioxide reforming of methane. The traditional nickel-
based catalysts are substantially destroyed by carbon deposition. The reforming reaction …

The effect of metal promoters (Mo, Sn, and Cd) on the performance of the 10Ni/La. Al
nanocrystalline catalyst in Glycerol Dry Reforming (GDR) was investigated. 2x. 10Ni/La. Al …

The activation and conversion of CH 4 has attracted great interest due to its mitigation
impact on the greenhouse gas and contribution to the high value-added chemicals …

Green methanol fuel synthesis by CO 2 hydrogenation is regarded as one of the potential
viable techniques for meeting future energy demands. Enhancing catalytic performance and …