Reprocessing sulfide minerals in tailings is an attractive option for sustainable tailings
management. It can reduce the environmental impact generated by acid mine drainage …

The present paper introduces the key advantages of ImhoflotTM, JamesonTM, and RefluxTM
flotation cells over the conventionally used mechanical and column cells from different …

With the deepening of mineral extraction, the quantity of fine–particle minerals is on the rise.
The issue of low separation efficiency is increasingly prominent, thereby driving the …

Microbubbles, typically defined as bubbles with diameters less than 100 µm, are effective in
recovering fine particles by froth flotation. However, they present challenges due to their low …

The separation of fine mineral particles has always been challenging in flotation. Previous
studies generally believed that intensifying fine particle flotation necessarily involves higher …

The present work investigates a comparative study between mechanical and ImhoflotTM
cells on a mini-pilot scale and the applicability of one self-aspirated H-16 cell (hybrid …

The present work investigates a comparative study between mechanical and ImhoflotTM
cells on a laboratory scale. Additionally, the current research study initially presents a new …

Flotation is employed industrially to recover and concentrate valuable minerals. As demand
for these valuable minerals continues to surge, research into more efficient flotation …

Elemental sulfur is a key component in the acidic Albion chalcopyrite atmospheric leaching
process and is a challenging issue in the residue. The removal of this elemental sulfur from …