What Is Bio-available Liquid Oxygen?

October 11, 2023 by Robert

OxygenSuperCharger™ consists of a saline base with a high concentration of dissolved oxygen. You may think oxygen is a gas and, therefore, impossible to find it in liquid form. If so, you may not know that the water molecule, H2O, is made from two atoms of hydrogen and one atom of oxygen. The process of creating OxygenSuperCharger™ Bio-available Liquid Oxygen starts with water via a proprietary procedure that is difficult to explain in scientific language. However, this article will get you acquainted with the basics of this process, put in a layman’s language.

Before OxygenSuperCharger™, other stabilized oxygen products were potentially toxic because of the manufacturing technology, which involved using chlorine dioxide. The old way led to highly alkaline products with a pH of 13.7. Although this pH level is bad for health, such products are still available. People take them, despite their toxic potential and swallowing difficulties. Some persons take food-grade hydrogen peroxide, thus risking doing more harm than good to themselves.

Bio-available Liquid Oxygen Manufacturing Explained

Because of its new manufacturing technology, Bio-available Liquid Oxygen OxygenSuperCharger™ has a pH of around 7.4, which is safe as it is very close to neutral. This technology involves the creation of Polyatomic Tetraoxygen, a very stable molecule resulting from bonding together two O2 molecules. The bond is very stable; a possible explanation is how those atoms share their electrons. More possible reasons for this excellent stability of the new molecule could be the spin of the O2 electrons or the increased mass of the molecule. This new procedure does not use chlorine dioxide, and there are no chemical salts in the end product. OxygenSuperCharger™ is also free from hydrogen peroxide, making it pleasant and easy to take.

OxygenSuperCharger™ Bio-available Liquid Oxygen is the way to go if you want to enjoy the benefits of oxidizing your system while staying safe.