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 …

Gas–solid cyclone separators are widely utilized in many industrial applications and usually
involve complex multi-physics of gas–solid flow and heat transfer. In recent years, there has …

The performance parameters of a gas cyclone, viz., pressure drop and cut-off diameter, are
highly sensitive to its geometry. Cyclone length strongly affects the pressure drop as well as …

Hydrodynamic characteristics in a cyclone separator are simulated by means of DEM-CFD.
Reynolds stress turbulence model (RSM) is used to capture gas turbulence. By changing the …

The effect of the cone tip-diameter on the flow field and performance of cyclone separator
was investigated computationally and via mathematical models. Three cyclones with …

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 …

The effect of the vortex finder dimensions (both the diameter and length) on the performance
and flow field pattern in nine cyclone separators has been investigated computationally …

The inlet duct length may affect the gas flow field and performance of a cyclone separator
with a contracted inlet duct. In this study, a numerical simulation using the Eulerian …

Cyclone separators are widely used in many industries to separate solid particles from the
fluid flow. As same as separation efficiency, pressure drop is considered as a primary …

The influence of dipleg shape on the flow pattern and performance of gas-solid cyclone was
investigated. Different diplegs including cylindrical, inverted cone, conical, and diamond …