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

Hydrocyclones have been extensively applied for solid–liquid or liquid–liquid separations in
various industries. However, the exact mechanisms underlying the enhanced separation …

The cone angle of a hydrocyclone is believed to be an important parameter to affect the
separation performance. For the recycling of waste plastics, this paper focused on the study …

In this paper, a set of potential hydrocyclone designs are explored for fines classification
using Computational Fluid Dynamics (CFD) technique. The CFD model uses Volume of …

An appropriate design of the inlet type has been proved to be an effective approach to
improve the performance of a hydrocyclone. Until now, there is still no detail analysis on the …

A novel hydrocyclone with arc inlet and convex cone is proposed to obtain the higher
particles classification sharpness than the conventional design. The classification of the …

This paper presents a cost-effective method to optimize hydrocyclones used for particle
separation. It integrates a mechanistic model for data generation with data-driven models for …

Large amounts of microplastics (MPs) have been found in rivers and oceans, bringing great
harm to aquatic animals, plants, even human beings. However, the effective removal method …

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 …

With the increasingly growing energy demand and serious environmental pollution, the
utilization of hydrogen energy is obtaining attention because it has high calorific value and …