Charged Ozonated Oil “COO” helps speed your body’s ability to renew at a faster pace and increase digestible oxygen. This accelerated cellular turnover equips your body with the added energy to support detox, weight loss, and gut health.

Charged Ozonated Oil supports your body on a cellular level by introducing ozonides which cause a hormetic response to supercharge your body’s mitochondria at a fast rate. Thus, enhancing and increasing cellular regeneration and detoxification. Additionally, the ozonides attack harmful bacteria to promote gut health. Properly balanced gut flora aids in weight loss and metabolic support. Since COO strengthens cells at a micro level it helps protect your body’s ability to fight disease, illness, and other ailments.

Could the oil become oxidised? 

Sunflower oil is able to pack a very high amount of ozonides in a small space. It can't go rancid as it is at its peak state of oxidation. It is taken all the way to terminal stability. 

How is it made?

The process starts with certified organic sunflower oil, that is treated with pure ozone. This process takes multiple weeks as the oil does not fully react in a single pass, but rather requires three full passes to arrive at a stabilized state. Sunflower oil is one of the strongest oils available while still keeping a liquid consistency. In addition to its strength making it perfect to carry ozone, it is high in Vitamin E, beta-carotene and Vitamin A.

After the oil is ozonated, it is then treated it using a variable frequency driver to create a plasma field proximate to the active treatment vessel. After the field effect has reached threshold culminating in a stimulated resonant entrainment, pulsed lasers are fired through a series of beam splitters and mirrors to create incidence/reference beam interaction producing an interference pattern. 

This novel process of charging enhances the performance of the ozonides. 

This result can be validated by virtue of capturing phased photonic discharge with a photomultiplier or high precision lux meter after interaction with stimulating pulses from a high frequency emitter.

After this is complete, the resultant COO is placed in two part gel capsules and subsequently purged with nitrogen gas to create a stable non-reactive environment.

The novel process of charging enhances the performance of the ozonides by virtue of amplified synchronous electron spin entrainment. Simply meaning that the contained angular momentum changes the energy density in the closed system without stimulating electrons to jump to a higher orbital shell.