Hydrocyclones are widely employed in both heavy and light industries. However, exact
mechanisms underlying enhanced-separation technologies developed by optimizing …

Various online techniques for performance and condition monitoring of hydrocyclones have
been proposed during the past few decades. However, in the recent years, the subject has …

An attempt has been made to develop a non-intrusive and robust technique for online
detection of roping in hydrocyclones using commercially available vibration-based sensors …

The performance of a hydrocyclone as a separation device is never perfect and rigorous
research efforts are still continuing along various directions towards achieving optimum …

An attempt has been made to develop a non-intrusive and robust technique for online
process monitoring of hydrocyclones using commercially available vibration sensors …

The impact of hydrocyclone design and operation on particle separation has been
extensively studied. However, scant attention has been paid to wall surface roughness …

Hydrocyclones in ball-mill classifier circuits have traditionally faced the challenge of fines
bypass, driving the exploration of alternatives such as Derrick screens. However, our study …

It is well known that the underflow discharge pattern in a hydrocyclone reflects indirectly the
operating state of it. In the present article, an analytical approach towards explaining the …

Due to high processing capacity requirements and constraints on industrial water utilization,
operation of hydrocyclones at higher feed solid concentration is often unavoidable …

A series of vertical fire suppression experiments on rigid polyurethane (RPU) and flexible
polyurethane (FPU) with/without water spray were conducted in a standard chamber. A new …