Steeply inclined settlers (SIS) are solid–liquid separators that feature close, inclined
confining elements that allow significant settling enhancement when compared to vertical …

Recent years have witnessed growing research interest in applying rheology in grinding and
flotation treatment of finely disseminated ores. Slurry rheology has long been identified as …

The difficulty in determining the rheological characteristics of tailings inside reservoirs as
well as their intrinsic variability adds uncertainty to tailings dam failures in flood studies …

Semisolids constitute a significant proportion of topical pharmaceutical dosage forms
available on the market, with creams being considered profitable systems for releasing …

Stabilization of synthetic clay-rich tailings in seawater with sodium polyacrylate (NaPA) has
been studied by measurements of yield stress, viscoelastic moduli, zeta potential, and …

Efficient gangue grouting in goafs requires accurate measurement of time-dependent
rheological properties of the slurry and slurry fluidity to ensure proper transport. This paper …

Electronic waste (e-waste) production is currently the largest growing waste stream in the
world. These wastes contain the precious metals such as gold, silver, and platinum, and the …

Soil contamination by organic and hazardous substances is a critical environmental issue,
particularly in developing countries. This study investigates the limitations of double-layer …

The mining industry faces a significant problem in regions with water scarcity and has had to
put in place new strategies to preserve its environmental and economic sustainability. An …

Recovery of process water for recirculation is crucial, as the cost of adding additional fresh
water is an economic constraint that is often prohibitive. Solid–liquid separation is a key …