This review article organizes the studies conducted on the areas of microbubbles and
nanobubbles with a special emphasis on water treatment. The basic definitions of bubble …

During the flotation process, hydrophobic minerals are transferred to the foam by bubbles.
The size of bubbles has a significant influence on the capture probability of the bubbles and …

Currently, there is a growing demand for water treatment technologies considering global
environmental challenges such as degradation and depletion of water resources. Micro-and …

In the present study, we analyzed the average size and zeta potential of nanobubbles (NBs)
in chemical reagent solutions. Here, we proposed the possible mechanisms for the size …

The flotation beneficiation of phosphate ore is increasingly facing challenges, especially for
finely disseminated sedimentary ores rich in carbonates. This study aims to optimize and …

Particle-bubble sub-processes cannot be directly and physically obtained in froth flotation
due to the complexity of the process as well as numerous and dynamic interactions of …

As a continuous phase, fluid creates a specific environment for the whole flotation process,
and accordingly play important roles. This paper aims to characterize the fluid intensification …

Recent developments in ultrafine bubble generation have opened up new possibilities for
applications in various fields. Herein, we investigated how substances in water affect the …

Hydrogen as a potential reductive gas has selective antioxidant capacity to remove the
reactive oxygen species (ROS) which is harmful to human body. Introducing hydrogen to …

This research aims to analyze the behavior of bubble size distribution in the HydroFloat®
with seawater and tap water. The study characterized bubble size in a two-phase gas–water …