Hydrocyclones are widely employed in both heavy and light industries. However, exact
mechanisms underlying enhanced-separation technologies developed by optimizing …

Knowledge of slurry rheology in mineral processing is essential for the optimization of wet‐
grinding, dewatering, transport, and tailings management and it is becoming important in …

Short-circuiting flow is an important secondary flow in gas cyclones, which has a negative
impact on the separation performance. To improve the understanding of the short-circuiting …

The efficiency of hydrocyclones is determined based on the partition curve, whose trend is
usually S shaped. However, concave shape curves have been reported, which are still …

Optimizing hydrocyclone inlet design is regarded as an effective strategy to mitigate the
adverse effect of particle misplacement and improves separation efficiency. This work …

High-concentration solid-liquid two-phase flow causes particle erosion or accumulation at
the sudden change positions of flow channels, resulting in pipe leakage and tool failure. In …

A mini-hydrocyclone (MHC) is known for its higher separation efficiency, particularly for fine
or ultra-fine particles. However, the exact mechanism for enhancing the separation efficiency …

Hydrocyclones are devices used to separate a discrete phase (solid or liquid) from a
continuous liquid phase. Although this partition process is simple and versatile, there are …

Mini-hydrocyclones, as a type of centrifugal separator, have smaller cut sizes and higher
separation performance. With the rapid progress of industrialization, mini-hydrocyclones …

Hydrocyclones utilize centrifugal sedimentation to separate dispersed phases from a
continuous liquid phase, offering advantages such as the absence of moving parts, ease of …