Double hydrolysis mesoporous alumina (DHA) synthesized via hydrothermal technique and
used as support for the loading of ZnO and Ni. The desulfurization activities and their …

The synthesis of highly efficient and stable catalysts for oxidative desulfurization is still a
challenging task. Herein, a composite material (PMo 11 V@ HMCS) of vanadium-substituted …

Reactive adsorption desulphurization (RADS) is an excellent technique for producing ultra-
clean sulphur-free fuel in mild operating conditions. The sulphur adsorption capacities of the …

The deep removal of thiophene sulfur from coke oven gas (COG) is an important aspect for
the subsequent production of COG to natural gas via methanation. In this process, copper …

Abstract NiSO 4/ZnO-Al 2 O 3-SiO 2 adsorbent as a novel adsorbent for the reactive
adsorption desulfurization (RADS) process performs a higher activity and lower nickel …

Abstract New hybrids (MCM-41@ Z-8, SBA-15@ ZIF-8 and UVM-7@ ZIf-8) were synthesized
using mesopore templates for the growth of ZIF-8 nanoparticles and characterized by FT-IR …

Two different synthetic methods, the direct method and the substitution method, were used to
synthesize the Cs-POM@ MOF-199@ MCM-41 (Cs-PMM), in which the modified …

The reactive adsorption desulfurization (RADS) of a model spent tire pyrolysis oil, using n-
hexane as the hydrocarbon fuel and thiophene as the sulfur-bearing compound, over a co …

Reactive adsorption desulfurization (RADS) is one of the main means for the ultra-deep
desulfurization of gasoline. Metallic Ni is normally assumed as the main RADS active site …

Spent adsorbents from the S-Zorb technology are hazardous wastes. Reactivating and
recycling the spent S-Zorb adsorbents is of great significance to environmental protection …