Mechanically stirred slurry tanks are utilized in several industries to perform various unit
operations such as crystallization, adsorption, ion-exchange, suspensions polymerization …

Electrical resistance tomography (ERT), which is a non-intrusive flow visualization
technique, was used to investigate the solid–liquid mixing in an agitated tank equipped with …

Solid− liquid mixing is one of the most important mixing operations due to its vast
applications in many unit operations such as crystallization, adsorption, solid-catalyzed …

Stirred tanks are typically used in many reactions. The quality of mixing generated by the
impellers can be determined using either experimental and simulation methods, or both …

The hydrodynamics of suspension of solids in liquids are critical to the design and
performance of stirred tanks as mixing systems. Modelling a multiphase stirred tank at a high …

Solid-liquid mixing is prevalent in several industries due to its wide range of utilization in
various unit operations. The goal of this work was to examine the performance of the …

Abstract Design specifications for solids suspension (just suspended speed-N js) in stirred
tanks are currently based on the original form of the Zwietering correlation. There are …

In chemical engineering, numerous processes require the suspension of particles in a
laminar or transitional regime. For such operations, predicting the fraction of suspended …

The main goal of this study was to assess the turbulent and hydrodynamics of the mixing of
high solid loading slurries of large particles. To determine the state of homogeneity in the …

The knowledge of the spatial solids distribution is important for predicting the performance of
various processes carried out in mechanically stirred equipment. In this work, the solid …