Separation of clay minerals from industrial wastewaters is of great academic and practical
importance. Current treatment techniques are either not economically viable, not …

In recent years, silicate-polysaccharide composite systems have emerged as an appealing
performing material for use as drug delivery carriers, owing to the fact that they exhibit a …

While flocculant type and concentration have been extensively reported in the literature for
sedimentation of iron ores and its respective mono-minerals, little information is known …

The flocculation behaviors of quartz using a dual polymer system containing tannic acid
(TAN) and poly (ethylene oxide)(PEO) were investigated in this study, with dynamic floc size …

The flocculation of kaolin suspension in water using a novel calcium chloride-
polyacrylamide hybrid polymer has been studied. A redox initiation system–(NH4) 2S2O8 …

The effects of the surface charge type and density of polyacrylamides (PAMs) on the turbidity
reduction, zeta potential, settling rates, floc sizes and effective floc density of papermaking …

The relation between the electrokinetic charge of kaolinite particles and their flocculation
behavior has been investigated over a wide range of pH and added salt (for MgCl2 and …

Studying the collective behavior of adhesive particles with the discrete element method
(DEM) requires well-founded force–displacement relations (force models). While the …

Knowledge of slurry rheology in mineral processing is essential for the optimization of wet‐
grinding, dewatering, transport, and tailings management and it is becoming important in …

Studies on modern sediment transport and deposition, especially studies analyzing settling
particles collected with sediment traps, have rarely been carried out in the northern South …