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 …

Reaction constants for vacuum gas oil (VGO) hydrocracking and slurry phase
hydroconversion of residues are calculated and positioned with respect to results from the …

Vacuum residues derived from three Kuwaiti crude oils, both conventional and heavy, were
thermally cracked in a pilot-scale semi-batch reactor that simulates the cracking operation …

This work presents the development of a kinetic model for the thermal cracking of vacuum
residues in a pilot-scale semi-batch reactor, which simulates the cracking operation …

A detailed distributed lumped kinetic model for slurry phase Vacuum Residue
hydroconversion process (boiling range 525+° C) has been constructed. Simulated …

The primary objective of this work is to study the hydrocracking associated with the
hydrotreatment of atmospheric residue (AR) feedstock and develop a kinetic model …

A robust parameter estimation procedure was proposed to obtain accurate, confident
parameters for the atmospheric residue desulfurization (ARDS) model in this work. A …

This research aims at developing a discrete kinetic model of the hydrotreating process of a
crude oil residue based on experiments. Thus, various experiments were conducted in a …

A discrete six‐lump kinetic model for the thermal cracking of vacuum residue in the
visbreaking process has been developed, and the time‐dependent behavior of each …

Process of parameter estimation of hydrocracking modeling has not received enough
attention which is actually indispensable. In this work, NSGA-ii was introduced to estimate …