Harvesting clean energy from fuel feedstocks is of paramount significance in the field of
environmental science. In this dynamic area, desulfurization provides a valuable …

A CuO-ZnO@ graphitic carbon nitride (Cu/Zn/g) triplex heterojunction nanocomposite was
prepared through a multistep ultrasound-assisted hydrothermal procedure. XRD, SEM, EIS …

Desulfurization of fuel that avoids the introduction in the atmosphere of toxic sulfur volatile
compounds, usually formed during combustion, is a viable strategy to reduce pollution. To …

For environmental safety and sustainability, sulfur concentration in fuel must be minimized. A
Commercial desulfurization method, hydrodesulfurization (HDS), offers fine desulfurization …

Utmost of the adsorption testing is restricted to batch trials which do not give precise scale-
up data that can be applied to the bulky ruler of handling. In this regard, ferrite nickel-silica …

Desulfurization kinetics and regeneration of silica gel-supported TiO2 extrudates were
explored for the reactive adsorptive desulfurization (RADS) process in this work. RADS …

Presence of sulfur components in liquid fuels should be controlled due to environmental
issues and process considerations. In order to decrease the level of sulfurous compounds in …

The kinetics, equilibrium, and statistical aspects of the sulfur removal process from
hydrocarbon fuels by AFe2O4–silica nanocomposites (A: Ni, Mg, and Co) have been …

To prevent the entry of toxic sulphur-containing contaminants into the atmosphere, extractive
desulphurization of fuels with an ionic liquid (IL) as an extractor is a benign and efficient …

Environmental concerns have introduced a need to remove sulfur‐containing compounds
from fuels. As oxidative desulfurization is conducted under very mild reaction conditions …