Mechanical recycling processes aim to separate particles based on their physical properties,
such as size, shape and density, and physico-chemical surface properties, such as …

Grinding and flotation processes are often studied independently, despite the well-
established grinding influence on flotation performance, which affects not only particle size …

Many particle separation processes are based on differences in wettabilities. Therefore, one
needs to understand the interfacial properties and micro processes taking place on the …

Practically all particle separation processes depend on more than one particulate property.
In the case of the industrially important froth flotation separation, these properties concern …

Froth flotation faces increasing challenges in separating particles as those become finer and
more complex, thus reducing the efficiency of the separation process. A lab flotation …

Tailings generated during ore processing may host significant residual contents of valuable
commodities, including critical metals. The particle properties of the tailings, such as …

Studies of flotation kinetics are essential for understanding, predicting, and optimizing the
selective recovery of minerals and metals through flotation. Recently, much effort has been …

Particle systems and their efficient and precise separation are becoming increasingly
complex. Therefore, instead of focusing on a single separation feature, a multidimensional …

Froth flotation predominantly separates particles according to their differences in wettability.
However, other particle properties such as size, shape or density significantly influence the …

Sodium silicate is one of the main depressants against calcite and fluorite in the scheelite
flotation industry. In the first part of this article, the authors acidified sodium silicate (AWG) …