Background Many studies reported that the nonlinear geometry could create a longer
turbulence production region and higher turbulence intensities compared with conventional …

We demonstrate the application of a recurrent neural network (RNN) to perform multistep
and multivariate time-series performance predictions for stirred and static mixers as …

The influence of impeller type on the liquid–liquid dispersion system was investigated by
computational fluid dynamics coupled with the population balance model (PBM). Rushton …

Crude oils due to its profuse chemical composition produce complex dispersion and
emulsion flow behavior with water. The interfacial properties and surface chemistry of oil and …

The effect of the impeller designs and impeller clearance level (C/T) on power consumption,
mixing time and air entrainment point in a single liquid phase under turbulent conditions …

This paper is concerned with the rotational motion of the impeller and the thermal buoyancy
within a mechanical mixer. The task was investigated numerically using the ANSYS-CFX …

Background Fluid mixing is a complex process that can be significantly influenced by the
impeller type and its geometry. Therefore, the selection of an appropriate impeller for …

Biodiesel produced from waste feedstocks can play a significant role in fighting climate
change, improperly disposed waste and growing energy demand. Waste feedstocks such as …

Process intensification equipment is playing an increasingly role in the emulsion process. A
novel rotating solid foam stirrer tank (RSFST) is developed in this work to try to intensify the …

Viral inactivation (VI) is a process widely used across the pharmaceutical industry to
eliminate the cytotoxicity resulting from trace levels of viruses introduced by adventitious …