Mechanical oil recovery (ie, booming and skimming) is the most common tool for oil spill
response. The recovered fluid generated from skimming processes may contain a …

The inherent defect of particle misplacement in traditional hydrocyclones is the main reason
for the deterioration of separation accuracy and has obtained wide attentions. This paper …

As a principal reason for the deterioration of separation accuracy, the bypass effect in
hydrocyclones has received widely concerned. This paper presents a numerical study about …

Several design modifications have been done to improve particle separation efficiency in a
hydrocyclone. The effects of a rib which is introduced into the cylindrical part of the …

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

By considering neutral and alkaline extraction processes, this study aimed to maximize the
yield and quality of a protein isolate from yellow peas while minimizing minimum selling …

The equivalent settling area factor allows for comparison amongst different centrifuge
separators. For hydrocyclones, the so far developed factor does not consider the effect of …

One of the greatest challenges faced when using gravity settling is achieving efficient
particle removal and retention rates under high inflow rates. This paper proposes a new …

Predicting the equivalent settling area of the hydrocyclones is important for selection and
design of the device. It also allows comparison of hydrocyclone to other separators that work …

For the first time, a two‐stage decision support framework for equipment selection, applied to
biomass separation, is presented. In the first stage, the framework evaluates from a number …