Production of hydrogen, one of the most promising alternative clean fuels, through catalytic
conversion from fossil fuel is the most technically and economically feasible technology …

In-situ gasification (ISG) was considered as a promising technology for hydrogen generation
and aquathermolysis is one of significant reactions during the prolonged gasification …

To satisfy the increasing global energy demand, while searching for new energy sources, it's
important to take a closer look at the resources already at our disposal and optimize their …

This work presents a multi-functional NiCoCe-based catalyst for crude oil steam reforming
for hydrogen production. Arab Light (AL) and Arab Extra Light (AXL) were centrifuged to …

Conversion of heavy oil is urgent as most of the explored fossil oil reserves and renewable
raw biodiesel can be categorized as heavy oil. Supercritical water upgrading (SCWU) is a …

Large-scale production of hydrogen (H2) calls for the development of technology that abates
environmental pollution in order to attain energy sustainability. Heat-generating chemicals …

In-situ catalytic technology for heavy oil reservoirs is widely regarded as one of the most
promising methods for heavy oil extraction. However, its large-scale application faces …

The influence of the reaction medium on the surface structure and properties of a Ni-based
catalyst used for the reductive transformations of O-, N-, and S-containing aromatic …

In recent years, catalytic hydrothermal cracking has gained significant attention as an
effective technology for reducing the viscosity of heavy oil in the field of heavy oil recovery …

Sustainable hydrogen generation is undoubtedly a crucial goal in creating alternative
energy systems for the future, aiming to offer a clean and cost-effective energy solution …