Improving Aquaculture Performance with Nanobubbles

nanobOx generates oxygen-rich nanobubbles in water, improving dissolved oxygen stability, water quality, and biological performance across aquaculture environments.

The Water Quality Limitation

Land-based aquaculture is highly dependent on maintenance of water quality. However, maintaining stable dissolved oxygen and ORP levels, managing biological loading, and preventing system instability remain persistent challenges.

Nanobubbles in sufficient concentrations offer a means of addressing these challenges by:

  • providing a reservoir of oxygen directly that buffers sudden changes in bulk dissolved oxygen level,

  • increasing the bioavailabilty of oxygen for aerobic bacteria,

  • elevation and stabilisation of ORP,

  • fine particle capture and flocculation,

  • cleaning and preventing build-up of biofilm in pipes and tanks

nanobOx uniquely delivers very high concentrations of oxygen-rich nanobubbles that increases water quality supporting healthier stock and more efficient system performance.

Delivering in Water Systems

nanobOx uses patented electric field technology to generate high concentration of oxygen-rich nanobubbles directly from dissolved oxygen in water.

These nanobubbles remain suspended for extended periods, distributing evenly throughout tanks, ponds, and recirculating aquaculture systems (RAS) providing a consistent and energy-efficient method of improving oxygen availability and water quality across the entire system.

Measurable Benefits in Aquaculture Systems

Increases bioavailability of oxygen

Maintains consistent oxygen bioavailability, reducing stress and mortality across the growth cycle.

Removes fine particles and biofilm …..

Increases rate of removal of fine suspended solids through flocculation and suppresses biofilm formation.

Healthier Stock

Improves resilience by enhancing oxygen delivery to gills and supporting biological balance in the system.

Reduced Pathogen Pressure

Increases the Oxidation Reduction Potential creating conditions less favourable for harmful bacteria, improving overall system health.

Shorter Growth Cycles

With improved oxygen availability, stock convert feed more efficiently and reach harvest size faster.

Low Energy, High Efficiency

Delivers performance improvements without the high energy demand of conventional nanobubble systems.

Results from Commercial and Controlled Trials

nanobOx is being validated across controlled trials and commercial growing environments.

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