EXTRA OXYGEN: Myth or Real

Science

The solubility of oxygen depends on the interaction between the molecules of gas and water.

Henry’s law(1803) states that “the solubility of gas in a liquid is directly proportional to the partial pressure of gas above the liquid”

Innovation

The Henry’s Law is known to the world since 1803, we not only believed in it but demonstrated its uniqueness by Innovating Manikchand Oxyrich that received a patent.

Where does the additional oxygen go ?

We don't change the formula of water; however, the additional oxygen molecules lodge themselves in the voids formed between the H2O molecules that are covered with a protective water membrane.

Direct contact with mitochondria (energy cells) cell tissues (glands, intestine, liver, kidney, brain, heart) ruptures the sealing membrane and the released oxygen is then readily available to the cell.

EXTRA OXYGEN: Myth or Real

Science
The solubility of oxygen depends on the interaction between the molecules of gas and water.

Henry’s law(1803) states that “the solubility of gas in a liquid is directly proportional to the partial pressure of gas above the liquid”

Innovation
The Henry’s Law is known to the world since 1803, we not only believed in it but demonstrated its uniqueness by Innovating Manikchand Oxyrich that received a patent.

Where does the additional oxygen go ?

We don't change the formula of water; however, the additional oxygen molecules lodge themselves in the voids formed between the H2O molecules that are covered with a protective water membrane.

Direct contact with mitochondria (energy cells) cell tissues (glands, intestine, liver, kidney, brain, heart) ruptures the sealing membrane and the released oxygen is then readily available to the cell.