Sediment erosion frequently occurs in areas with high incidences of cavitation. The
collaborative impact of abrasion and cavitation presents a host of challenges, threats, and …

The depletion of high-grade and coarse-grain ores has led to an increasing demand for the
development of efficient separation technologies for low-grade and fine-grain ores …

Rapid industrialization has exacerbated the hazard to health and the environment. Wide
spectrums of contaminants pose numerous risks, necessitating their disposal and treatment …

The possibility of extraction of metals from ores of different genesis, containing low-
dimensional structures of rare and noble metals, increases their commodity value and, in a …

The enhanced role of Interfacial nanobubbles (INBs) in microfine particles flotation is still
unclear. In this study, the microfine particles with different sizes were functionalized to obtain …

Low recovery of the fully or highly liberated fine particles to the concentrate, and
consequently, valuable loss to the tailing is a challenge of flotation industry, majorly due to …

The effective control of eutrophication caused by algae blooms is still the focus of global
attention. The traditional dissolved air floatation process for algae removal has a low …

In mineral flotation, surface loading dynamics of bubbles due to particle attachment and
detachment in a turbulent environment is central to the understanding of separation kinetics …

In many modern industrial applications such as mineral flotation and water treatment,
microbubbles have been used as an efficient aid for increasing the collision and attachment …

Bubble-particle collision efficiency in the existing flotation literature is determined in a single
bubble-particle system assuming an ideal flow field in absence of any turbulence which …