Our Technology
Highest Density and Smallest Nanobubbles
Our Patented Nano Bubble Injector: Australian-Made Market Leadership
At the core of Nano Bubble Technologies (NBT) is our Australian-engineered Nano Bubble Injector, developed through more than a decade of dedicated research and development in collaboration with the University of New South Wales (UNSW) in Australia.
This advanced, market-leading system produces ultra-high-density nanobubbles that maximise gas transfer efficiency, delivering significantly enhanced dissolved oxygen and ozone performance compared to conventional technologies.
NBT’s membrane shear system introduces gases such as oxygen, ozone and nitrogen through porous titanium or stainless-steel membranes under controlled pressure and flow conditions, producing long-lasting nanobubbles with low energy consumption and minimal maintenance.
This approach delivers superior performance compared to conventional electrochemical and cavitation-based systems.
Building on this foundation, NBT’s patented nanobubble technology generates stable nanobubbles that persist in solutions for extended periods, enhancing oxygen transfer, accelerating oxidation reactions, and improving overall liquid performance.
Supported by scientific research and academic collaboration, the technology delivers measurable improvements in efficiency, sustainability, and operational outcomes across multiple industries.
Gold-standard verification
Independently confirmed through Nanoparticle Tracking Analysis (NTA) using the NanoSight detector, the recognised industry standard for measuring nanobubble concentration, size distribution, and intensity.
Exceptional stability
Nanobubbles remain suspended in liquid for weeks rather than minutes, thanks to their negative surface charge, Brownian motion, and inter-bubble repulsion. This ensures uniform distribution and long-lasting effects throughout the entire water volume
Superior gas transfer efficacy
The combination of ultra-small size and high density provides exponentially greater reactive surface area, enabling deep penetration into soil pores, biofilms, and irrigation systems while achieving dramatically higher oxygen and ozone dissolution rates compared to conventional systems.
Enhanced oxidation and biological performance
These properties support powerful oxygenation, improved nutrient uptake, and effective chemical-free sanitisation through enhanced oxidation processes, delivering measurable improvements in root development, water quality, pathogen control, and overall system efficiency across multiple applications.
Ready to Revolutionise
Your Water?
Maximise your operational efficiency and environmental compliance with advanced nanobubble systems. Book a demonstration today and see what we can do for your operations.