Application of nano bubbles in industry

Other Applications

Nanobubbles are being called as the bubbles with the size of less than 200 nm. Nanobubbles can be made from any gas in any liquid. Due to the very small size, the nanobubbles properties. They show unique physical, chemical and biological properties.

They show unique physical, chemical and biological properties.

The best method of aeration, oxygenation and gas transfer using traditional aeration methods only 3% of the gas is dissolved in the liquid environment. At the same time, with the use of nanobubble technology of Siraj Nanotechnology Company, more than 60% efficiency is obtained in the transfer of gas into the fluid. Therefore, with less and optimal use of oxygen compared to other aeration methods, it is possible to increase the amount of dissolved oxygen in the liquid. The reason for the optimal efficiency of nanobubbles in transferring to the fluid environment is the smallness of the bubbles, which leads to staying suspended in the fluid environment and not leaving it. This issue is seriously effective in improving the efficiency of aeration, oxygenation and ozonation processes.

Oxidation with nanobubbles

Nanobubbles inherently and because of the surface charge in their shell, tend to stick to fine particles suspended in water. Therefore, they are considered a suitable solution for the precipitation of emulsion particles, suspension and oil phases in water. Compared to DAF systems, nanobubbles consume much less energy to precipitate suspended particles. From nanobubble systems for the purpose of oil precipitation , fat, surfactants, comprehensive and fine particles can be used.

Clearing

Nanobubbles can well prevent the formation of unwanted agents in humid environments. Cleaning surfaces, food, pools, and water supply lines are some of the applications of nanobubbles. Nanobubbles can also prevent unwanted biofilm formation in cooling towers and wet surfaces.