A gas-particle cyclone separator is an economical device for removing particulate solids
from a gas system, which is widely utilized in industrial applications. This review mainly …

The pressure drop and particle collection efficiency are important parameters for cyclone
performance. Reynolds stress model (RSM) and discrete phase model (DPM) are used to …

A detailed literature review for the particulate materials collection efficiency and flow pattern
for the dust collector/cyclone separator identifies significant use in the cement industry. The …

Cyclone separators can be utilized in parallel to increase particle collection efficiency.
However, this leads to a maldistribution problem that causes separation performance …

This paper presents an investigation of the performance of a multi-stage axial flow cyclone
used as a demister in power plants to reduce pollution emissions. Four axial cyclones with …

Tar-rich coal holds the potential to substitute the supply of oil-gas resources. The in-situ
pyrolysis contributes to efficient resource utilization and can potentially achieve net-zero …

Cyclones are widely used for separating particles from gas in energy production objects.
The efficiency of conventional centrifugal air cleaning devices ranges from 85 to 90%, but …

Ultrafine particles are dangerous to human health and are usually difficult to separate from
airflow because of their low inertia, which helps them to stick easily to surfaces because of …

The variation in the two-phase flow parameters in a cylindrical body of new geometry and
principle of operation are considered for a device for separating solids from air flow, solving …

Cyclone separators are separation devices that use the principle of inertia to remove
particulate matter from flue gases. The present study mainly focuses on wall erosion in …