Bubble columns serve as multiphase contactors and reactors in the chemical,
petrochemical, biochemical, and metallurgical industries, primarily because of the ease and …

Bubble columns are widely used for carrying out gas− liquid and gas− liquid− solid reactions
in a variety of industrial applications. The dispersion and interfacial heat-and mass-transfer …

A computational fluid dynamics (CFD)-code has been developed using finite volume method
in Eulerian framework for the simulation of axisymmetric steady state flows in bubble …

Population balance equations have been combined to a classical hydrodynamic Euler/Euler
simulation to investigate the operation of a cylindrical bubble column. The MUSIG (mutiple …

Bubble column flows are encountered in a large number of industrial applications. In such
flows gas sparged through the liquid rises in forms of bubbles of various sizes and provides …

Two-dimensional axisymmetric Eulerian/Eulerian simulations of two-phase (gas/liquid)
transient flow were performed using a multiphase flow algorithm based on the finite-volume …

A previously derived concept of multiscale modeling of bubble column reactors has been
applied to study the behavior of a nonisothermal parallel/consecutive reaction with and …

CFD simulations of bubble columns have received much attention, and several multiphase
models have been developed, tested, and validated through comparison with experimental …

Computational fluid dynamics coupled with a population balance model (CFD-PBM)
combines the use of CFD to calculate the flow field and phase holdup and that of PBM to …

It is a key step to understand the bubbling behavior in order to quantitatively describe the
flow and transfer behavior in bubble columns. Compared with two-dimensional simulation …