Internals of different types are required in a number of industrial applications of bubble
columns to achieve the desired mixing or to remove the heat of reaction to maintain desired …

We have examined the effect of superficial velocity, tracer injection location and
measurement location on the mixing time in a bubble column. It was found that for the range …

The bubble column reactor (BCR) is widely used for mass transfer in chemical and
petrochemical engineering. Regarding the transfer performance, BCR is inferior to the …

Phase change heat exchangers are widely used in power devices because of their high
efficiency and compactness. In order to further improve the performance of phase change …

The evaluation of the multi-sensor probe methodology is required to accurately measure
local bubbles or droplet parameters in the two-phase flow conditions. This study evaluated …

In most of the bubble column design, it is assumed that liquid phase is well mixed and
spatial distributions of molar concentrations for all components are uniform. However, there …

Accurate visualization of bubbles in multiphase flow is a crucial aspect of modeling heat
transfer, mixing, and turbulence processes. It has many applications, including chemical …

The turbulent mixing of hot and cold fluids in a T-junction filled with a porous medium
composed of stainless steel spherical particles has been experimentally investigated in …

Bubble size distribution (BSD) is relevant to the design of gas–liquid systems, as it
determines the interfacial area available in heat and mass transfer processes. Although data …

In spite of the amount of work on bubble columns, their design and scale up is still a difficult
task due to the lack of understanding of the mass transfer mechanisms. In this work we have …