NANOAQUA is a generator that produces nanoscopic sized bubbles in liquids called nanobubbles. Ordinary bubbles quickly rise to the surface and burst but the smaller nanobubbles have a lower buoyancy and remain suspended in liquids for a longer period of time. Due to this unique characteristic, dissolved oxygen-rich solutions can be produced for various fields of applications including the activation of organisms.
What are Nanobubbles?
Bubbles that are smaller than one millimeter in diameter but larger than one micrometer (10-6 meter)
are called microbubbles (1 to 50 μm diameter). NANOAQUA generates nanoscopic size bubbles
(10-9 nanometers) which are called nanobubbles (10 to 300 nm diameter).
Movement in liquids
An ordinary bubble (1mm diameter) will quickly rise to the surface and collaspe. Based on the Brownian motion particle theory, nanobubbles will randomly drift and remain in liquids for an extended period of time without being affected by buoyancy.
How Nanobubbles are generated
Gas and liquids are introduced tangentially into a cylinder which generates a high-speed rotational flow that seperates them into a gas, gas-liquid and liquid layer. The friction between the swirling layers creates the bubbles which are used to produce nanobubbles.
4 Qualities
①Activation of organisms
Nanobubbles helps organisms absorb oxygen and become more active. Tests also confirm that nanobubbles promote the growth of microorganisms and expedite the breakdown of organic matter.
②Negative charged surface
The surface of nanobubbles has a negative charge which attracts and attaches itself to organic materials and gives liquids a stronger rinsing effect.
③Increase efficiency and utilization of gases
Using an oxidative gas such as ozone in liquids can effectively disinfectant and reduce both chemical and wastewater discharge. Tests also confirm that the use of carbon dioxide nanobubbles efficiently neutralizes alkalinity in liquids.
④Change the properties of liquids
Nanobubbles have the potential to change the properties (viscosity, thermal conductivity, pressure dispersion, etc) of liquids.
Endless possibilities
Due to the nanoscopic size of nanobubbles they are able to access small surface cavities that microbubbles cannot reach and remove odor causing dirt particles.
Nanobubbles can access small surface cavities and remove contaminants from exterior walls, commercial vehicles, kitchen equipment, restroom walls and fixtures and even be used for skin.
Tests confirm that the additional oxygen delivered by nanobubbles accelerates plant growth.
Using oxygenated nanobubble water enables fisheries to transport live fish for an extended time while maintaining the freshness of the fish.
Using nanobubbles to hydrate livestock improves overall bioactivity and the prevention of infectiouos diseases without the use of drugs such as antibiotics.
Ozone nanobubbles in an aqueous solution maintains sterilization properties for an extended period of time. * Based on density time may fluctuate.
Nanobubbles reduce drag friction which leads to various energy savings in the field of manufacturing.
