What are nanobubbles?
Nanobubbles are tiny gas-filled bubbles with unique properties and numerous applications. These microscopic bubbles are revolutionising industries by improving water quality, enhancing oxygen delivery, and increasing cleaning efficiency.
Nanobubble size – Invisible to the naked eye
Nanobubbles are minuscule gas-filled spheres present in a liquid medium. Their size usually ranges from 50-200 nm in diameter, making them smaller than the width of a human hair or 2500 times smaller than a single grain of salt.
What is spacial about nanobubbles?
Physical Behaviour
Unlike microbubbles and macrobubbles, which rise to the surface and burst due to buoyancy, nanobubbles have an unexpected stability. This allows them to remain suspended in liquid solutions for long periods of time.
Durability
Unlike larger bubbles, nanobubbles showcase surprising stability, allowing them to remain suspended in liquids for extended periods—beneficial for many industrial and medical applications.
Negative Surface Charge
Nanobubbles typically have a negative surface charge and repealing each other and preventing formation of larger bubble from their fusion. However, nanobubbles coalesce on impurity facilitating floatation.This provides an innovative means for water and liquid purification.
Gas Encapsulation
Nanobubbles can be generated with a variety of gases. This encapsulation property allows a wide range of applications to be tailored to specific needs.
The Tiny Bubbles Making a Big Impact Across Industries
Revolutionising multiple sectors, nanobubbles enhance efficiency and sustainability.
Nanobubble Ozone
Nanobubble Ozone accelerate breakdown, reduce pollutants, enhance aeration, clarity, and efficiency. Find Out More
Nanobubble Oxygen
Nanobubble oxygen boosts fish growth, improves health, and increases farm efficiency. Find Out More
Nanobubble Oxygen
Nanobubble oxygen boosts plant growth, improves health, and increases yields. Find Out More
Application Settings
Our nanobubble technology is applicable across a variety of industries.
Our Nanobubble Technology
Our multi-chamber hydrodynamic cavitation device, the G-CAV, is designed to revolutionise gas infusion processes across various industries.
Tests conducted with ATA Scientific, using Malvern Panalytical’s Nanosight Pro and Zetasizer Ultra-Red, confirmed our technology’s superiority. Our bubbles measure just 7 nanometres, with a concentration of 332 trillion nanobubbles per millilitre, making us the world’s leading producer of nanobubbles.
Our advanced technology efficiently infuses gas at saturation levels, storing more gas as nanobubbles in water or other fluids. This innovation maintains ideal dissolved oxygen levels in a tank for an entire day, even in high temperatures exceeding 30 degrees Celsius.
