The interaction between inlet concentration and inlet velocity is vitally important for the regulation
of a hydrocyclone, but the interactive mechanism is still unclear. This study investigated …

In industrial process applications, to shorten the process flow and use the residual energy of
hydrocyclone overflow, the overflow outlet is often directly connected to the subsequent …

The cone structure of a water-only cyclone is the key factor affecting its separation
performance. To improve separation performance, a tri-stage curved-cone (Type Ⅲ/C) water-only …

A parabolic hydrocyclone was proposed to solve the problem of low concentrate recovery in
the subsequent separation process due to the entrainment of fine particles in the underflow …

Reasonable structural design for a inlet pipe is an important way of improving the hydrocyclone's
separation performance. The inlet can not only guide and accelerate particles but also …

Hydrocyclone is one of the common equipment for solid-liquid separation. Although the
hydrocyclone has a simple structure, it has many shortcomings. Among them, short-circuit flow …

Wastewater is an inevitable product in industry. How to remove fine particles and enhance
the impurity removal efficiency of the wastewater purification equipment has always remained …

In the present study, we proposed an adjustable apex structure to achieve the goal of online
adjustment of the apex diameter of a hydrocyclone. And a computational fluid dynamics (…

Because of the short-circuit flow, coarse particles may be carried in overflow when using a
conventional hydrocyclone, which seriously affects the separation precision. Many scholars …

Cone section structure optimization is critical in improving hydrocyclone separation
performance, and the combination of multiple cone sections has more advantages than a single …