Dissolved oxygen is the single most limiting factor in intensive aquaculture. OxyNano delivers it more efficiently, more uniformly, and with real-time precision than any conventional system.
Get a Free Assessment →In intensive tank and pond systems, dissolved oxygen depletion happens quickly — especially at night when photosynthesis stops. A DO crash can cause mass mortality within hours. Conventional monitoring is too slow and intervention too imprecise.
Fish at sub-optimal dissolved oxygen levels eat less, metabolise poorly, and convert feed to biomass inefficiently. FCR directly impacts profitability — even small improvements compound significantly over a production cycle.
High-density systems create ideal conditions for bacterial and viral pathogens. Chemical treatments (antibiotics, algicides, disinfectants) are increasingly restricted by export markets and regulatory bodies.
Nanobubbles remain suspended throughout the tank or pond at all depths, providing uniform dissolved oxygen exposure for all fish — not just those near the surface or aerator.
Fish at optimal DO consume more feed, metabolise it more efficiently, and reach harvest weight faster. Multiple trials show measurable FCR improvement and accelerated growth cycles.
Ozone nanobubbles oxidise bacteria, viruses, and parasites in the water column without the residue concerns that restrict conventional chemical treatments in export-market production.
Submerged units designed for aquaculture applications. Continuous oxygen delivery throughout the water column including bottom layers. Scalable to tank and pond size.
View product specs →Multi-point dissolved oxygen monitoring with automated alerts. Real-time data on oxygen stratification and depletion risk before a crisis occurs.
View product specs →Continuous DO tracking, feeding correlation analysis, and harvest planning data. Mobile alerts for critical threshold breaches.
View product specs →We bring the sensors. Every recommendation is backed by your own baseline data — not a sales assumption.