Nanobubble technology that delivers oxygen throughout the entire water column — including the dead zone where conventional systems cannot reach.
Most lake degradation is invisible until it's catastrophic. Three interconnected problems drive the decline.
During warm months, a temperature barrier traps the cold bottom layer and cuts off all oxygen. Bacteria thrive, fish die, and water quality collapses from the bottom up.
Lake floor muck accumulates 1–3cm every year. In anoxic conditions, sediment releases more phosphorus into the water column — accelerating algae growth in a self-reinforcing cycle.
Copper algicide kills algae cells — but when they rupture, they release the cyanotoxins stored inside. The treatment makes the water more dangerous, not less.
Three physical properties explain why nanobubbles outperform every conventional aeration and treatment system.
The Young-Laplace equation: as bubble radius decreases, internal pressure increases exponentially. Nanobubbles dissolve gas into water with up to 90% transfer efficiency.
Nanobubbles carry a negative surface charge. Electrostatic repulsion prevents them from merging, keeping them suspended throughout the entire water column — not just the surface.
Nanobubbles have an astronomically high surface-to-volume ratio. Gas transfer into the surrounding water is orders of magnitude more efficient than macro-aeration.
Full sensor profiling using our Aqualabo suite — dissolved oxygen at multiple depths, ORP, nutrient load, and pathogen baseline. No assumptions.
Oxygen and ozone nanobubbles introduced throughout the entire water column. No chemicals, no ecological disruption, no closures required.
Continuous data on the OxyNano Cloud platform — accessible to operators, regulators, and the public if required.
A direct comparison against conventional water treatment methods.
| Criterion | Conventional Treatment | OxyNano Nanobubbles |
|---|---|---|
| Oxygen reach in water column | Surface only | Full column depth |
| Chemical use | Copper, chlorine, algicides | Zero chemicals |
| Oxygen transfer efficiency | 10–30% | Up to 90% |
| Real-time monitoring | Manual, periodic testing | 24/7 cloud platform |
| Sediment / muck treatment | Dredging ($500K+) | Biological breakdown |
| Safe during treatment | Closures required | Swimming-safe throughout |
| Long-term result | Symptoms recur | Water chemistry rehabilitated |
From wastewater to wetlands, agriculture to aquaculture — each application now has a dedicated page with sector-specific information.
Accelerate BOD reduction, eliminate odours, and meet discharge standards without chemicals.
Up to 40% faster BOD reductionFull water column oxygenation, algae suppression, muck reduction, and restored ecological balance.
99% pathogen reduction in trialsNanobubble-infused irrigation increases dissolved oxygen at the root zone, improving nutrient uptake.
15–30% yield improvement in trialsMaintain optimal dissolved oxygen levels, reduce feed conversion ratios, and cut mortality rates.
Reduced FCR in high-density tanksPrecision oxygenation for shrimp, shellfish, and marine species — improving survival rates.
Improved survival & growth ratesOxygenate drinking water and treat effluent lagoons — improving animal health outcomes.
Reduced antibiotic dependencyNanobubble-enriched drinking water supports immune function, reduces mortality.
Improved feed conversion ratioOxygenate irrigation water to promote root-zone aerobic activity and reduce disease pressure.
Healthier root systems, less diseaseThe lake had been suffering from algal blooms for two consecutive summers. Chemical treatments provided temporary relief but the blooms returned within 6 weeks. OxyNano deployed a full-column nanobubble system with real-time monitoring.
We bring the sensors — every recommendation is backed by your own baseline data. No obligation, no assumptions.