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 …

The effect of turbulence on the detachment between an air bubble and a glass bead (soda-
lime) with different hydrophobicity was comprehensively researched. An experimental …

Because of the pressing demand for environmental governance and resource utilization of
pollutants, the separation of oil in oily wastewater has become a research hotspot in water …

Particle–bubble collision is the initial step in particle collection by rising air bubbles in
flotation processes, and thus numerous models have been proposed to predict collision …

In flotation, interactions of bubble-particle aggregates with turbulent flow structures in the
liquid medium result in particle detachment. This study aims to simulate this phenomenon …

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 …

Hydrocyclones have become the preferred solution to the high water cut of fluids produced
in oil wells. However, the gas associated with these fluids affect the separation efficiency of …

Air pollution caused by particulate matter (PM) is a current problem in many cities. With the
introduction of strict emission limits and electric cars, lower particle production is expected in …

By employing a torque sensor to measure energy input in a flotation machine, this paper
investigates the flotation behavior of modified quartz particles with different sizes but similar …

In the reaction process of carbonate desulfurization lead paste, the produced PbCO 3 is
easily wrapped in the outer periphery of PbSO 4 to form a product layer, hindering the mass …