Nanobubble Technology is an emerging highly efficient technology to disperse different gases such as air, oxygen, ozone, nitrogen, carbon dioxide and so on into the liquids. Nanobubbles as their name implies, are extremely tiny gas bubbles in the liquids. These bubbles have several unique physical properties that make them very different from normal bubbles. Some remarkable of these properties are nano-scale bubbles size, large interfacial surface area, long life span in water, high internal gas pressure, negatively charged surface and formation of hydroxyl radicals.

Nanobubble generators transfer any gas into various types of liquids with near perfect efficiency via a unique two-phase gas transfer system. These devices generate trillions of nano-scale bubbles which increase the interfacial surface area significantly. Nanobubbles have minimal buoyancy and they disperse throughout a body of water due to the Brownian motion. In this system, gas transfer efficiency is really high because the nanobubbles remain in suspension for a long time and provide the maximum utilization potential via a supply of available gas in the liquid.