Technology Insight
Our patent pending technology for trapping gases is not limited to ozone only, it opens up new uses and markets for many gases already widely accepted and in use today. Applications will extend to fields such as internal and external medicine, water treatment, consumer and commercial products, surface and environment sterilization, and applications yet to be discovered. Onza's technology is a platform that will have a disruptive impact, and push the boundaries of what is possible in many industries.
Additional information about various gases and their potential applications for this technology are explained here in further detail.
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Potential Applications
Ozone
Hydrogen Sulphide
Nitric Oxide
Ozone is a powerful and very versatile oxidizer with well-known benefits and widely utilized across a variety of industries as a sanitizer for food, laundry, drinking water, air purification and wastewater treatment. Ozone is approved for use with food by the FDA, and USDA, it is USDA Certified Organic, and EPA certified as GRAS (Generall
Ozone is a powerful and very versatile oxidizer with well-known benefits and widely utilized across a variety of industries as a sanitizer for food, laundry, drinking water, air purification and wastewater treatment. Ozone is approved for use with food by the FDA, and USDA, it is USDA Certified Organic, and EPA certified as GRAS (Generally Recognized As Safe). Ozone effectively kills bacteria and viruses on contact and has also been recommended by the EPA for controlling SARS-CoV-2/COVID-19.
Ozone or Trioxygen (O3) is comprised of three oxygen molecules as opposed to the Oxygen (O2) in the air that we breathe that is comprised two oxygen molecules. Ozone is unstable and decays quickly turning into oxygen. Since ozone rapidly decays into oxygen, no direct harmful or unwanted waste compounds are introduced as part of its use. However, because it breaks down so quickly into oxygen, it must be produced on-site with ozone generators and specialized equipment then used immediately, this greatly limits its benefit, that is until now! Onza has solved this issue by trapping ozone and forming Ozonate, which can produced, packaged and shipped wherever the benefits of ozone are needed. This means ozone can be used in food packaging, laundry detergent and potentially shipped to countries and locations where access to clean water is a problem.
Nitric Oxide
Hydrogen Sulphide
Nitric Oxide
Nitric oxide is a fascinating molecule that has powerful effects in the human body serving an integral role in our health. One such role is as a vasodilator that quickly expands blood vessels.
Pfizer’s blockbuster drug Viagra stimulates the body’s ability to make nitric oxide, in contrast we are working to develop a product for direct deli
Nitric oxide is a fascinating molecule that has powerful effects in the human body serving an integral role in our health. One such role is as a vasodilator that quickly expands blood vessels.
Pfizer’s blockbuster drug Viagra stimulates the body’s ability to make nitric oxide, in contrast we are working to develop a product for direct delivery of nitric oxide, a much quicker delivery method!
The ability to deliver nitric oxide directly would revolutionize the way we treat medical problems associated with vascular issues. Nitric Oxide has many potential uses that would profoundly impact peoples lives around the world.
Chlorine Dioxide
Hydrogen Sulphide
Hydrogen Sulphide
Chlorine dioxide is an effective and powerful oxidant and disinfectant with a wide variety of uses including, medical sterilization of tools and surfaces, water treatment, and industrial uses where large volumes of water are used. Chlorine dioxide is another example of a gas with many benefits that is restricted by having to be generated
Chlorine dioxide is an effective and powerful oxidant and disinfectant with a wide variety of uses including, medical sterilization of tools and surfaces, water treatment, and industrial uses where large volumes of water are used. Chlorine dioxide is another example of a gas with many benefits that is restricted by having to be generated at point of use. With our technology the current uses for chlorine dioxide would be improved and access to the benefits would be available to a broader market including new uses and products.
Hydrogen Sulphide
Hydrogen Sulphide
Hydrogen Sulphide
Hydrogen sulfide is a gas, like many gases, that can be harmful in high concentrations but potentially beneficial in micro doses. Very little research has been done at microdosage levels to explore its possible beneficial effects on the biology of organisms.
A growing interest in the research of possible positive effects, is just now devel
Hydrogen sulfide is a gas, like many gases, that can be harmful in high concentrations but potentially beneficial in micro doses. Very little research has been done at microdosage levels to explore its possible beneficial effects on the biology of organisms.
A growing interest in the research of possible positive effects, is just now developing. Most of this research has been directed on plant growth. The discovery that H2S affects plant hormones and can stimulate growth has in some experiments resulted in growth with exceptional mass as compared with control plants grown without exposure to H2S.
In microdoses, a delivery method like Onza’s, where the gas is trapped within crystals and combined with, for example, nitrogen fertilizer or potassium salts, the impact on food supply could be both safe, effective and abundant.