Liquid–liquid systems play an important role in several industrial processes. Their
separation efficiency determines the product purity and yield to a great extent. In recent …

The main purpose of present study is to comprehensively clarify the impact of cylinder vortex
stabilizer on fluctuating turbulence structure of a Stairmand cyclone separator on basis of …

The processing of bioproducts and food often requires efficiently separating particles such
as mammalian or yeast cells from solutions. The rapid growth of biotechnology and food …

The slotted vortex finder (SVF) represents a novelly modified cyclone vortex finder, which is
validated to be valuable and prospective for industrial applications. The main purpose of …

Microplastics, particularly those in the 5–20 µm range, pose substantial risks in aquatic
environments, yet effective removal techniques are limited. This study assesses two critical …

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 …

The development of non-thermal separation techniques can provide new ideas for efficient
and low-consumption separation of oil–water mixtures. As a typical non-thermal separation …

Microplastics have been identified as a potentially emerging threat to water environment and
human health. Therefore, there is a pressing demand for effective strategies to remove …

Axial velocity fluctuation zone (AVFZ) is a transition region between primary vortices in
hydrocyclones that may influence the separation process, but its flow pattern and functions …

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