This paper reviews the models developed for the flow field inside inverse-flow cyclone
separators. In a first part, traditional algebraic models and their foundations are summarized …

Removal of fine particles from exhaust gases is an importance task currently. These
particles, which are hazardous to human health or have to be recovered for products, are …

A mathematical model has been developed for calculation of cut-off size and fractional
efficiencies in cyclone separators, by taking into account the effects of flow, particle and …

The present paper is based on CFD modelling of gas–solid flow in cyclone separators with
different dust outlet geometries (with and without down-comer tubes at the cyclone bottom) …

The nature of the vortex end (or the “tail end” or “tip”) in reverse-flow centrifugal gas cleaning
equipment, cyclones and swirl tubes, has been studied by visualization using a stroboscope …

The effect of cyclone length on separation efficiency and pressure drop has been
investigated experimentally and theoretically by varying the length of the cylindrical segment …

This article aims at the gas flow into the dustbin of conventional cyclones, the prolonged
cyclone (attaching a vertical tube at the bottom of the dust outlet) is proposed by some …

A cyclone׳ s performance can be optimized by changing its configuration, which is a very
challenging task that depends on critical performance indicators. In this work, a …

A problem of cyclone separators is the low grade efficiency of small particles. Therefore, a
high efficiency cyclone separator has been developed and successfully tested in former …

The method of entropy generation analysis was applied to examine the influences of the exit
pipe diameter and the inlet dimensions on the entropy generation in cyclones. The flow …