What are nanobubbles?
Nanobubbles are ultrafine bubbles with diameters less than 100 nanometers (nm).
They display distinctive characteristics that enhance various physical, chemical, and biological processes.
Unique Properties
Nanobubbles offer high stability, large surface area, and unique buoyancy.
Their small size allows them to remain suspended in liquid for extended periods, offering potential benefits for applications requiring efficient gas transfer or increased surface area interaction.
The stability and reactivity of nanobubbles make them promising for a wide range of industries seeking to improve processes and products through nanotechnology.
Only Believe It When You See It
Nanobubbles cannot be seen with unaided eyes.
Seeing the invisible nanobubbles collapse and coalesce into the appearance of micro-bubbles over time is the best evidence of their existence.
Visualizing Nanobubbles
Nanobubbles, due to their small size and transparency, are challenging to visualize using traditional microscopy techniques. However, it is possible to detect and observe nanobubbles.
When a laser beam is directed at a solution containing nanobubbles, the light interacts with the bubbles, causing scattering and diffraction - the laser beam would appear fluorescent. This non-invasive technique is an inexpensive way to visualize the presence of nanobubbles and our technology in still and stable solutions.
Laser through distilled water - no fluorescence
Laser through distilled water that was shaken - some random fluorescence
Laser through water with nanobubbles made with our AQ2 filter - clear fluorescence!
Why Nanobubbles?
Nanobubbles have many real-life applications in various industries like agriculture, aquaculture, medicine, skincare, and water treatment, to name a few.
They will revolutionize the world.