Indubitably, hydrogen demonstrates sterling properties as an energy carrier and is widely
anticipated as the future resource for fuels and chemicals. Herein, an updated assessment …

Secondary cracking reactions are critical challenge in the hydrocracking processes as they
increase light distillates yield at the expense of middle distillates which is detrimental to …

Suspended-bed hydrocracking employing oil-soluble metal-containing compounds as the
precursors of dispersed catalysts is an effective technology for the upgrading of heavy …

A co-pyrolysis process for non-metallic fractions (NMFs) from WPCBs with Bayer red mud
(RM) is proposed to upgrade pyrolysis products in this study. High bromine fixation efficiency …

In this work, an oil-soluble ionic liquid (IL) was combined with mixed metal oxide for in situ
generation of bifunctional catalysts for slurry-phase heavy oil hydrocracking. The oil-soluble …

Hydrothermal treatment is a green and sustainable technology to upgrade heavy oil with
water acting both as a solvent and a reactant. However, water reactivity under subcritical …

Various heavy oil feedstocks were investigated using several methods that are commonly
employed to evaluate the stabilities of such feedstocks. More specifically, the microcarbon …

The objective of this research is to develop catalysts for residue hydrocracking that can
enhance the yield of the middle distillates. The support compositions were tailored to …

The conversion of low-grade heavy oil into value-added chemicals has garnered significant
attention. Plasma is a potentially cleaner, environmentally friendly, and faster method of …

The design and construction of highly efficient catalytic active sites for promoting hydrogen
spillover are of great significance for improving hydrocracking (HCK) and …