Aiming at the problem of particle misplacement in the hydrocyclone, the internal flow field is adjusted by changing the separation chamber structure of the …

The proposed novel hydrocyclone with medium rearrangement internals (HMRI) can further improve the separation efficiency of conventional hydrocyclone …

hydrocyclone separator and showed that increasing the number of turns improved the stability within the hydrocyclone field, resulting in a decrease in both turbulence …

The study of complex dynamics among particles is crucial in multiphase-coupled separation systems. In this paper, we explore a novel separation approach: …

Liu (Liu et al., 2020) discovered that a hydrocyclone with double inlets and reduced inlet width can generate a higher tangential velocity in the flow field, resulting in …

Then this chapter comprehensively reviews the hydrocyclone-separation technologies developed by geometric parameters, operating parameters, and operating …

hydrocyclone technology has been shown to provide extremely high throughput operation using an entirely passive design without the need for precise control over inlet flow rates …

Récupération de matières premières exploitables dans les eaux usées des usines de traitement; Faible encombrement et poids léger – adapté pour une intégration dans le …

Through numerical simulations of axial flow separators, Min Zhan et al. found that increasing the exit angle, torsion angle, and number of blades in the vortexer can …

The applications of the hydrocyclone technology to be discussed in this paper are: 1) Hydrocyclone system design, 2) Hydrocyclone designs for enhanced separation, 3) …