PureNanoTech develops advanced nanobubble systems designed to improve efficient gas transfer, enhanced interfacial reactivity, and deliver stable, long term, and high-performance results across water-based applications.
Nanobubbles are gas-filled bubbles typically smaller than 1 μm in diameter—thousands of times smaller than visible bubbles.
At this scale, bubbles behave differently from conventional macro- or micro-bubbles. Instead of rising quickly and escaping, nanobubbles remain suspended in water for extended periods due to their near-neutral buoyancy and unique surface properties.
These characteristics make nanobubbles especially effective for applications where stable gas delivery, high contact efficiency, and controlled interaction with liquids are required.
Nanobubbles exhibit distinct physicochemical behaviors compared to conventional bubbles generated by aeration or gas injection.
This results in significantly improved gas utilization compared to traditional bubbling systems, where most gas escapes before participating in the process.
Not all nanobubbles are created equal. Performance depends heavily on generation method, bubble purity, size distribution, and system stability.PureNanoTech’s proprietary generation approach is engineered to maximize functional performance rather than simply producing small bubbles.
Ozone is a powerful oxidant, but its effectiveness is often limited by rapid decay, inefficient gas transfer, and off-gassing losses. When ozone is delivered using nanobubbles, these constraints are significantly reduced.
Nanobubbles change how ozone behaves in water, enabling more efficient, stable, and controlled oxidation performance across treatment and disinfection systems.
PureNanoTech supports its technology with laboratory characterization, third-party testing, and application-specific performance data.
Detailed technical documentation, testing reports, and data sets are available upon request or through collaborative evaluation.
PureNanoTech’s nanobubble technology is not developed in isolation. It is engineered to integrate into real operational environments—from agriculture and water treatment to disinfection, industrial systems, and emerging applications.
Our team works closely with partners to translate nanobubble science into measurable system-level improvements.
