Present work elaborates the effect of inlet velocity of air and solid particle feed rate on
holdup mass and heat transfer characteristics in a cyclone heat exchanger. The RNG k-ɛ …

Size-segregated sampling of particulate matter (PM) using impactor suffers from D50 cutoff
shift due to particle loading and re-entrainment problems. Cyclonic separation is a viable …

The Box–Behnken design of mathematical model for cyclone separator was developed for
the interactions of particle size, feed load, and pressure drop in the cyclone separator to …

Industrial flue gas systems include fine soot and high-temperature vapor. The continuous
emission of the flue gas not only causes fine particulate pollution but also wastes …

ABSTRACT A biofuel from any biodegradable formation process such as a food waste bio-
digester plant is a mixture of several gases such as methane (CH4), carbon dioxide (CO2) …

A multi channel cyclone is a new generation air treatment equipment that can remove fine
stiff particles of up to 2 microns from air flow and reach the general effectiveness of 95%. The …

In this study, a 2D2D cyclone layout was used as the base structure for the design of a new
cyclone with an adjustable inlet angle and vortex finder height. The optimal conditions for …

Hydrocyclone separators are used in various industrial applications such as mineral
processing in order to separate solid particles or liquid droplets from multiphase systems. A …

This work investigates the effect of vortex finder diameter and inlet height in a cyclone heat
exchanger by CFD code FLUENT 12. Four vortex finder dimensions and three inlet height …

Granular model, a part of Eulerian-Eulerian approach is implemented to improve a gas-solid
cyclone separator's performances which are largely determined by dimensions of a vortex …