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 …

This article offers an overview of the applications of the wire-mesh sensor (WMS) in different
environments. It presents a critical review of the literature, with relevant and recent …

This article studied the effect of the inlet velocity and various geometric dimensions on the
flow pattern, collection efficiency, pressure drop, and acoustic noise of axial cyclones using …

A novel hydrocyclone with guide vanes, named as axial hydrocyclone (AHC), is designed to
tackle the problem of oil–water separation faced by most mature oilfields. Optimal design of …

Because of the pressing demand for environmental governance and resource utilization of
pollutants, the separation of oil in oily wastewater has become a research hotspot in water …

The present work describes the isolated and combined effects of two internal components–
swirl vanes and a vortex stabilizer–on the properties of the flow inside a particular type of …

Centrifugal technology for two-phase flow separation is widely used in industrial fields.
However, the liquid-liquid separation is more difficult than solid-liquid and gas-liquid …

In order to ease the pressure on oil price, the downhole oil–water separation system has
been adopted to preseparate the output production. However, both the gravity separator and …

Petroleum has long been the main fuel for power generation and transportation. However,
mature oil wells are experiencing high water cut production with the crude oil resulting in …

The performance of cyclone can be improved by changing operating conditions or geometric
parameters. In the present study, the liquid-liquid flow in cyclone with guiding vanes was …