Stirred mixers are ubiquitous in industrial applications, operating optimally to achieve
homogeneous mixing of liquids, gases, and solids. Improving mixer performance is critical …

In this study, bilinear lobed mixers (BLMs), rectangular lobed mixers (RLMs), and circular
lobed mixers (CLMs), with two sectional area ratios of the bypass channel to the core …

The conventional single-shaft stirred reactor dissipates a significant amount of energy due to
the formation of a symmetrical flow field. In an innovative effort to optimize energy …

Big Data will revolutionize modern industry by improving process optimization, facilitating
insight discovery, and improving decision-making. This big data revolution presents a …

This investigation addresses the development of a Möbius strip with torsional structure as
the flexible connection pieces for rigid-flexible impellers, enhancing the macroinstability of …

A methodology for the validation of a Computational Fluid Dynamics (CFD) mixing model
using Positron Emission Particle Tracking (PEPT) was applied to a horizontal laminar stirred …

The use of intensified equipment, heavily advocated by academia, encounters several
hurdles to break through in the chemical industry. This has several reasons, such as the …

Aeration and stir are vital steps in wastewater treatment plants (WWTPs) to enhance
dissolved oxygen (DO) concentration in water. In laboratories, aerated stirred reactors …

To reduce the power consumption and improve the mixing performance in stirred tanks, two
improved disc turbines namely swept-back parabolic disc turbine (SPDT) and staggered fan …

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