They are stable in liquid and have neutral buoyancy, which allows them to remain suspended in water for weeks without rising to the surface. Nanobubbles can efficiently dissolve oxygen in water, making them an effective method for oxygenation in aquaculture, and providing a buffer of oxygen to prevent drops in dissolved oxygen.
Aquaculture - RAS
Through a collaboration with Marineholmen RasLab in Bergen, the system has been tested on fish in RAS facilities. The field test was conducted on fish over 1 kilogram, fully smoltified, in full-strength seawater over a period of 1 month. The nanobubble platform was tested in parallel with the standard oxygen cone used at the facility. Several findings and observations were made during the experiment that speak in favor of the technology. Image: raslab.no
Through a collaboration with Marineholmen RasLab in Bergen, the system has been tested on fish in RAS facilities. The field test was conducted on fish over 1 kilogram, fully smoltified, in full-strength seawater over a period of 1 month. The nanobubble platform was tested in parallel with the standard oxygen cone used at the facility. Several findings and observations were made during the experiment that speak in favor of the technology. Image: raslab.no
