This paper presents an extensive review of the kinetics, hydrodynamics, mass transfer, heat
transfer and mathematical as well as computational fluid dynamics (CFD) modeling of Low …

The modeling of slurry-phase reactors for petroleum hydrocracking has been reviewed and
analyzed. A general description of the flow regime was proposed, and it is anticipated that …

The dynamic modeling and simulation of a continuous slurry phase reactor for catalytic
hydrocracking and hydrotreating of an atmospheric residue (312° C+) are reported. The …

In this publication, the performance of a slurry bubble column reactor (SBCR) and a tube
bundle reactor (TBR) are compared for steady-state and transient Power-to-Gas (PtG) …

A multiphase-Eulerian, three-dimensional (3-D), computational fluid dynamics (CFD) model
was built to investigate the local hydrodynamics of a pilot-scale (0.29 m ID, 3 m height) …

The dynamic modeling and simulation of a slurry-phase reactor for catalytic hydrotreating of
oil fractions obtained from heavy crude oil at 613 K and 5.3 MPa are reported. Compared …

Bioconversion of glucose to gluconic acid with glucose oxidase as enzyme was considered
to occur in a bubble column reactor at 40° C, atmospheric pressure, and pH 5.5 while …

Many of the chemical reactors employed in various sectors of the process and chemical
industries, such as petroleum refining, downstream processing and petrochemicals, bulk …

Despite the notion that computational fluid dynamics (CFD) models are considered
complicated, expensive, time-consuming and difficult to formulate, their implementation …

There are different types of reactors used in the petroleum industry where the hydro‐
cracking of heavy oils is one of the main processes for converting a heavy carbonaceous …