Integrated Oxygen for Smarter Nanobubbles
When the same team engineers both the nanobubble generator and the oxygen source, the entire system runs more stable, cleaner, and easier to service.
A typical nanobubble project starts with two vendors: one for the generator, another for the oxygen systems. When performance drops, each supplier blames the other. Acniti removed that uncertainty by designing industrial oxygen concentrators specifically for nanobubble applications, starting in 2020. The Oxiti line is engineered for harsh environments, with stable 90–93% oxygen output that matches the pressure and flow requirements of Turbiti, GaLF, and other Acniti systems.
This integration matters in the field. In an aquaculture facility, oxygen demand spikes with biomass and temperature. A generic medical concentrator can drift or trigger alarms when pushed beyond its design envelope. An Oxiti unit, sized and tuned for continuous industrial use, feeds a Turbiti generator with stable oxygen, keeping dissolved oxygen levels where they should be without constant operator intervention. The result is fewer stress events, more predictable growth, and lower risk of sudden losses.
In wastewater or mining, uptime is critical and access is limited. Here, every component must tolerate dust, vibration, and variable power quality. Oxiti concentrators are built as part of a complete gas–water system, not as an afterthought. Service intervals, filtration, and controls are aligned with the nanobubble hardware, so maintenance teams deal with one specification set and one engineering partner. For B2B buyers, this means fewer unknowns, simpler commissioning, and a single point of accountability for gas quality and bubble performance.
