Azo dyes-containing wastewater can lead to environmental issues and pose threats to
public health. The efficient degradation of azo dyes with novel and potent techniques …

Integrating sucralose degradation with the aeration purification of reduced ilmenite presents
an untapped opportunity for enhancing aeration efficiency and promoting wastewater …

Removal of hydrogen sulfide (H 2 S) from liquid sulfur is essential to product quality and safe
operation in sulfur processing recovery. This paper presents computational fluid dynamics …

Aerated mixing operations rely on the efficient distribution of the gas phase throughout the
liquid, which is particularly important for many industrial processes. In this regard, coaxial …

The gas–liquid mass transfer of reactors is the focus of intensifying biochemical engineering.
Hence, this paper develops a dynamic membrane-stirred reactor to increase the gas–liquid …

The transition between non-aerated and aerated regimes in uncovered unbaffled stirred
tanks (UUSTs) was investigated using computational fluid dynamics (CFD). The Volume of …

The limited understanding of intricate mesoscale bubble structures in stirred tank reactors
under forced convection poses significant challenges to the design and optimization of …

Gas dispersion in non-Newtonian fluids has numerous applications in many chemical and
biochemical applications. However, the effect of the power-law model constants describing …

Single use bioreactors (SUB) are recurrently adopted within the pharmaceutical industry
since they offer several advantages with respect to traditional bioreactors. Generally, they …

The deformation scale prior to breakage and time behavior, including the maximum
deformation time and the time of the total breakage cascade of two different oil drops in the …