This article presents a state-of-the-art review focusing on the current understanding of the
multiscale multiphase phenomena inside Bubble Column Reactors (BCRs). Although many …

An in-depth examination of the hydrodynamics of gas-solid fluidized beds at high
temperature and pressure is critical for their design and operation owing to the global trend …

Abstract Design and scale-up of the slurry bubble columns, as popular multiphase reactors,
is complicated because of the complexity of the hydrodynamics of these types of reactors. In …

Bubble dynamic behaviors have significant effects on the interfacial area between gas and
liquid phases, the gas-phase residence time and the efficiency of heat and mass transfer …

The simultaneous effect of particle size and concentration on the total gas holdup of slurry
bubble column reactors was investigated in this work. The total gas holdup was measured …

Wet scrubbers are often used in various types of industrial workshops to separate dust
particles from the air. Non-uniform gas–liquid flow patterns above the sieve plate can result …

Complexities in the hydrodynamics of slurry bubble columns lead to noticeable uncertainty
in the design and scale-up of these multiphase reactors. Knowledge of local hydrodynamics …

To make the process of microalgae cultivation for bioenergy, and wastewater and flue gas
treatment economically viable, it is important to completely understand the gas–liquid …

As the scale of residual oil treatment increases and cleaner production improves in China,
slurry bubble column reactors face many challenges and opportunities for residual oil …

A model for the evaluation of the mass transfer coefficient in bubble column reactors in the
homogeneous regime is proposed. This approach combines three-dimensional two-phase …