Previous hydrocyclone optimizations often overlooked crucial objectives interactions,
thereby weakening the overall system performance. This study presents a framework that …

Classification by particle size using hydrocyclones is a fundamental step in various
industries, yet the influence of material properties remains an area of limited understanding …

Comminution and classification are the two major unit operations involved in the processing
of pure minerals from its ore rocks. In the current paper, an assessment is made on different …

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

Produced water, a byproduct of oil and gas extraction, presents significant environmental
challenges if not properly treated. This review focuses on advancements in two primary …

Microplastics have been widely detected in natural and engineered water systems and
removing microplastics from various water matrices has become a major challenge. Mini …

The inlet design of hydrocyclones determines the flow field symmetry and facilitates the
formation of vortices. In this study, an integrated multichannel inlet based on the Archimedes …

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 …

Geometry designs are essential to reduce the influence of particles misplacement in a
hydrocyclone. This paper proposes a hydrocyclone with a tapered inlet design. This tapered …

Hydrocyclones are widely employed in industrial fields to separate particles. The interaction
between the apex diameter and inlet velocity is important for the regulation of the two-stage …