Video Lectures on Hydroxyls and Oxidation

A hydroxyl free radical is created from ambient water and multi-frequency UV. Hydroxyls react with almost all organic chemicals that make up the polluted air that we breathe and kills micro organisms like bacteria, moulds, viruses and allergens.

Hydroxyls restore the balance in Nature’s air so that is it safe and healthy to breathe. Without it, our air would be essentially unbreathable.

Hydroxyls have an oxidative potential second only to that of elemental Fluorine. It is such a potent oxidant yet healthy and safe to breathe. The byproducts are safe elements like carbon dioxide and water.

Because it is formed in a very high energy process, hydroxyls are able to abstract a hydrogen atom from almost any organic chemical. It is also able to disrupt the cell membrane of micro organisms to leak out their fluid called lysing. We have evolved symbiotically with hydroxyls. Our skin and mucosa are impervious and actually benefit by having them present. They act as a natural bactericide. Hydroxyls are what allow us to remain healthy and enjoy the natural outdoors. We also benefit from Hydroxyls ability as an antioxidant.

Hydroxyls excel in humid environments with ability to attack bacteria, virus, odours and fungal matter.

Hydroxyl is a natural mechanism that addresses airborne and surface contaminants in populated environments.

Hydroyxls are very effective and proven to destroy airborne and surface viruses such as MRSA, Pseudomonas, Influenza, Streptococcus, C-difficile and emerging CRE, that moves freely through the hospital and building ventilation systems. They remain airborne until they are filtered out. In the meantime, they are available to infect anyone that is breathing and with their eyes open. Over 80% of these viruses enter the body through the eyes and nose.

In essence, hydroxyls donate a functioning and extremely effective immune system to a building is a very interesting and important concept. The technology is proven and available.The present systems in place not effective as 1 in 4 patients that are hospitalized will acquire some type of infection.

Hydroxyls are being used to help restore patients with respiratory issues like Asthma.

Hydroxyl generators work by oxidizing and decontaminate airborne and surface contaminants outside of the chamber. No air other air purification can perform this action. Hydroxyls can pull apart or decouple VOC and harmful pathogens and microorganism by donating more energy than compound or cell wall can withstand.

The bonds of targeted compounds are broken or cleaved by a process called bond-dissociation. Hydroxyls maintain the second highest energy whilst remaining safe and healthy to breathe.

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By incorporating very specific multiple frequency wavelengths, we are able to produce highly energetic hydroxyls that can follow contaminant and microorganisms ensuring they are destroyed and unable replicate and affect the indoor environment. This system is like no other yet functions exactly the way hydroxyls are generated outside naturally and in large numbers.

Hydroxyl generators work by oxidizing and decontaminate airborne and surface contaminants outside of the chamber. No air other air purification can perform this action. Hydroxyls can pull apart or decouple VOC and harmful pathogens and microorganism by donating more energy than compound or cell wall can withstand.

The bonds of targeted compounds are broken or cleaved by a process called bond-dissociation. Hydroxyls maintain the second highest energy whilst remaining safe and healthy to breathe.

[embedyt] https://www.youtube.com/watch?v=RMP8brJ3R1k[/embedyt]

[embedyt] https://www.youtube.com/watch?v=kHUtQ54O_Yc[/embedyt]

A lecture on the generation of hydroxyls based on a number of methods such as catalytic technology using irradiated titanium mesh.

This method does not produce hydroxyls and other super oxidants that are able to leave the chamber. Unlike mr natural’s technology, the most significant downfall of the photocatalytic is that it produces formaldehyde and does not produce free hydroxyls. PCO cannot process large volumes of air and contaminants due to its requirement proportional to its surface area. Oxidation with PCO only occurs at the mesh level and nowhere else.