Desulphurization of fossil fuels is a critical process in reducing the sulphur content from
environment, which is a major contributor to atmospheric pollution. Traditional …

Ultra-deep desulfurization technologies are critical for cleaner oils and consequent better air
quality. Earlier efforts in this field focused on specific catalysts and their catalytic efficiencies …

A supported catalyst of WO 3/few layer gC 3 N 4 composite was synthesized by a facile “in
situ calcination” technique. Functional ionic liquid [(C 16 H 33) 2 N (CH 3) 2] 2 W 2 O 11 was …

Heteropoly acids have attracted increasing attentions in oxidative desulfurization (ODS)
field, but the solubility and low surface area hindered their applications. Moreover, bulk …

Nowadays, the sulfur-containing compounds are removed from motor fuels through the
traditional hydrodesulfurization technology, which takes place under harsh reaction …

Preparation of active photocatalytic nanostructures to harvest the abundant sunlight energy
is a recent worldwide direction for clean energy production and environmental management …

The well-prepared imprinted nanocomposite polymer (MIP/AgPx) was used as a highly
photo-active material in the oxidative desulfurization process. The synthesized …

Abstract Metal (Ag, Zn, and Na)-modified Ba–La–Ti-oxide (BLTO) was prepared,
characterized, and applied as an adsorbent for methyl blue (MB) removal. Na–BaLa 4 Ti 4 O …

Ultrathin nanocrystals generally provide a remarkable catalytic performance due to their
high specific surface area and exposure of certain active sites. However, deactivation …

Magnetic core-shell structured materials as carriers have received extensive attention in
heterogeneous catalysis due to their unique magnetic responsively properties. Herein, we …