The only possible supplier of oxygen are the water molecules themselves. They consist of two atoms of hydrogen and one atom of oxygen.
Professor Konstatin Meyl researches in the field of scalar waves and continues the work of Nikola Tesla. His lecture "Scalar Wave Influence on Water" about the scientific background of physical water treatment, as it also takes place at AcquaPhi, very interesting.
According to Professor Meyl, neutrinos and scalar waves are identical (once as particles, once as waves). This explains why there is more dissolved oxygen in the water (neutrinolysis) due to the mechanical and electrical turbulence via quartz crystals with piezoelectric properties (Mixos).
According to Professor Meyl, these phenomena can be explained by the clever use of the scalar waves or potential vortices that are present everywhere: "As an extremely dielectric medium, water favours the formation of potential vortices, which contract rapidly immediately after their formation. This size oscillation of the electrically charged potential vortices actually allows them to interact with neutrinos, and this results in water splitting and an increase in the oxygen content of the water, for one thing." In his book "Electromagnetic Environmental Compatibility," Prof. Meyl writes: "The ideal antenna for scalar waves follows the design rule of the golden section."
According to this, AcquaPhi with its egg shape and the winding geometry with the corrugated tubes following the golden section is an ideal "antenna" for scalar waves. There are many devices that can be used to oxygenate water, but the higher oxygen content usually only lasts a short time.
In laboratory measurements, water treated with AcquaPhi was sealed in a hermetically sealed Winkler bottle for 24 hours to exclude the possibility of it coming into contact with oxygen from the ambient air. The measurement after 24 hours showed that the oxygen content remained stable. Therefore, we conclude that the spontaneously generated oxygen is stably embedded in the water structure. The Winkler bottle was opened for measurement, so any oxygen that might have become volatile would have escaped immediately.