Dispersion of liquids/particles is a key important requirement in a variety of applications
including coatings and paints, cosmetics, healthcare, food, and pharmaceutical processes …

Semi-batch operated reaction processes are necessary for some competitive reaction
systems to achieve a desirable process selectivity and productivity of fine chemical products …

In the present work, the effect of batch high shear mixer (HSM) geometries is studied on
nanoparticles deagglomeration and power draw in water and aqueous glycerol solutions …

The large eddy simulation (LES) technique is used to model the turbulent flow of water in a
two-stage, axial discharge, in-line rotor-stator mixer. The WALE sub-grid scale model is …

Soft-elastic reactor (SER) has been demonstrated as an alternative approach to effective
mixing of viscous liquid. Here, the mixing performance of Newtonian fluid—glycerin water …

Large eddy simulations (LES) have been carried out for the first time to characterize the flow
and turbulent characteristics in three different batch high shear mixers (HSMs) at a constant …

The jet-flow high shear mixer exhibits foreseeable advantages in intensifying diffusion-
controlled solid-liquid reactions by its high-frequency mechanical impact. This study …

High shear mixers (HSMs) find wide applications in industrial processes where intense
mixing and dispersion of fluids play a vital role. In this work, the flow fields and mixing …

The agricultural sector is one that requires and consumes enormous amounts of fresh water
globally. Commercial wine production in particular uses large volumes of fresh water and …

Flow and power characteristics of a two-stage inline axial flow rotor-stator mixer have been
investigated via CFD simulation of the RANS equations. The realizable k–ε turbulence …