Bionaid Trioxysilver Manufacturing Method

  Bionaid Trioxysilver is an oxygen–silver product which is produced in proprietary custom built equipment that contains a highly controlled chamber to ensure the creation of pure silver ions and pure oxygen ions in an environment that facilitates the formation of the covalent silver-oxygen bonds found in Bionaid Trioxysilver. The chamber this reaction occurs in is commonly referred to internally as the reaction chamber or the reactor because the covalent reaction between the oxygen (O-) and silver (Ag+) ions which produces Bionaid Trioxysilver happens inside of this chamber. NASA uses similar technology onboard the International Space Station.

  Water is a simple chemical made from two gases -- hydrogen and oxygen. Every molecule of water has two atoms of hydrogen for every atom of oxygen. H₂O is the chemical formula for a molecule of water.

  In our equipment as the hydrogen bond is broken in the H₂O each hydrogen atom keeps one electron with it leaving the oxygen atom without two electrons. The positive ions of silver readily bond to these negative ions of oxygen due to their opposite polarity. With our equipment additional oxygen ions are also produced by specialized systems and made available to the newly formed solution coming from the reaction chamber - creating O₃ - OZONE in the water. This process also occurs in a second closed atmosphere controlled chamber.

  In short, we control and monitor over thirty variables that are important to the creation of high quality pure silver ions, pure ionic oxygen, and pure water which all come together in a precise proprietary manner in a controlled reaction chamber to facilitate the formation of covalent bonds of the oxygen and silver ions. This solution is then infused with a high energy water containing frequencies that structure the water molecules in the most available form to human cells.   

The resulting product, Ag_O3 - Silver Ozone Water, is a scientific breakthrough. All equipment, production and bottling processes comply to FDA guidelines for food production and comply to ANSI Standard 173, Section 8 regarding dietary supplement production that are based on those guidelines.