Nano-Bubbles

What Are Nano Bubbles….???

Nano Bubbles are oxygen, or O3 (ozone) that is injected into water in a very fine particle size. When making proper nano-bubbles they look like smoke in the water and the majority will start to fall downward, instead of rising up. These micro air bubbles have a host of benefits from restoring a damaged lake, pond or stream, to increasing oxygen levels in water and reducing, to eliminating harmful algae, bacteria and chemicals. When nano-bubbles are used in a fresh water tank, salt water fish can live in it, and visa versa, fresh water fish in salt water. Using nano-bubbles in your aquarium will elliminate the need to clean your glass. The benefits are numerous and can easily be found online.

Every IntelliTree will have Nano-Bubbling technology inside to assure the best quality, living water possible.

Ultra-fine bubbles (UFB) FAQ

What is a UFB?

Ultra Fine Bubbles are nano-size gas bubbles which own unique properties in water.

How is a UFB measured?

The Malvern NanoSight instrument is able to detect UFB in the water and to measure particle size and concentration. The Nanosight uses Nanoparticle Tracking Analysis for individual UFB observation and diffusion measure.

How can I see a UFB?

UFB are not visible and can be detected with a green light laser
(wave length = 532 nm)

The Math

Large interfacial area concentration for constant gas volumetric ratio (void fraction)

Formula 1.jpg

The larger interfacial area for smaller bubbles are 80.000 times greater.

Nano-bubble generator

Bubble inside pressure is higher than environment due to mechanical force balance required to maintain stable curvature of a bubble.

Formula 2.jpg

Solubility follows Henry’s Law: Solubility is proportional to gas pressure.

Smaller bubbles are much easier to solve into water.

Bubble Pressure.jpg
How Do You make nano Bubbles…???

Why is size important?

With greater levels of oxygen or gas in the bubble, it becomes more buoyant and will quickly surface from the fluid to escape back into the atmosphere.  Smaller bubbles will remain suspended in the fluid for longer periods of time because the water pressure will keep it suspended.

 

All rights reserved –

Translate »