OZONE APPLICATION
Ozone and ozone generators have a wide range of treatment applications. By using ozone and oxidation technology, you can efficiently reduce or even completely remove fat, odors, contaminants and many other substances.
The applications vary from air treatment, such as biogas desulfurization, odor control, air disinfection in food production and storage, to water treatment, for example, drinking water treatment, disinfection of commercial swimming pools, and in industries such as offshore and mining.
The versatile properties of ozone make it an excellent complement or replacement to traditional treatment and disinfection methods with the potential of considerable savings in operational costs and increased reliability and production uptime.
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Our planet’s ozone layer exists in the stratosphere, roughly 15 to 35 kilometers (9.3 to 21.7 miles) above the surface of the Earth. The purpose of ozone is to capture harmful ultraviolet rays from the sun and prevent them from causing damage. Ozone is made up of three
oxygen atoms (O₃). Two of those oxygen atoms from the oxygen that we breathe and would not be able to survive without. It is the third oxygen atom, the one that can detach itself, that gives ozone some unique properties. Ozone generators replicate and produce the triatomic O₃ with a simple flick of a switch and allow you to pump a grow room full of sterilizing molecules.
However, ozone can be harmful to humans. This is where Ozone Solutions thrives, explaining and helping the customers understand the safe way to use Ozone to solve problems.
Ozone generators are sophisticated machines that allow the conditions in Earth’s outer ozone layer to be replicated. With the ability to destroy mold, battle pathogens, and sterilize equipment, ozone generators present some distinct benefits. Ozone Generators come in several different sizes from the small ozone generator that is portable to the large Ozone Generator which supports large grow/processing facilities.
Water Treatment
In municipal applications, chlorination, ultraviolet light, and chloramines are primary methods of wastewater disinfection. Ozone disinfection is the least used method in the U.S., although this technology has been widely accepted in Europe for decades. It is generally used at medium to large-sized plants after a second or later treatment. Since organic material is naturally present in water, and chlorine can react with these organic materials to form harmful by-products, many municipalities seek other disinfection methods. Ozone treatment has the ability to achieve higher levels of disinfection than either chlorine or UV. It can destroy harmful substances, colors, odors, and microorganisms directly without harmful by-products or the creation of chemical residue.
Ozone is the most powerful, safest, and environmentally friendly disinfectant available for water decontamination and eliminating odors. But those aren’t the only benefits for wastewater. Another benefit of ozonation is the removal of iron and manganese. While these two elements cause little to no health issues, their removal reduces the discoloration of discharge water.
Air Treatment
Ozone India Technology can be used in a wide range of industrial air treatment applications where a highly efficient and environmentally friendly method is required. Our solutions and systems are based on ozone oxidation technology and significantly reduce or even completely remove grease, odors, contaminants, and many other substances from the air. Our ozone solutions are also perfect for preventing biological coating and eliminating airborne viruses, bacteria, and spores.
Ozone generators that are sold as air cleaners intentionally produce the gas ozone. Often the vendors of ozone generators make statements and distribute material that leads the public to believe that these devices are always safe and effective in controlling indoor air pollution. For almost a century, health professionals have refuted these claims (Sawyer, et. al 1913; Salls, 1927; Boeniger, 1995; American Lung Association, 1997; Al-Ahmady, 1997). The purpose of this document is to provide accurate information regarding the use of ozone-generating devices in indoor occupied spaces. This information is based on the most credible scientific evidence currently available.
There is a large body of written material on ozone and the use of ozone indoors. However, much of this material makes claims or concludes without substantiation and sound science.
Industrial
Normally laundry temperature operations range from 60 to 75C. The use of ozone can potentially decrease this temperature to 30 to 35C and use cold water in the following water cycles. This is because ozone leads to the production of oxygen which increases detergents’ potential in cleaning permitting to reduce the temperature. The reduction of hot water consumption will save costs on your hot water bill. Furthermore, it will less damage your clothes. The yield of any grains or feeds is hindered by mold growth, aflatoxins, vomitoxins, insects, and much more. Ozone is a chemical-free solution to these problems that will significantly reduce or eliminate their presence to meet regulations and increase profitability. Clean ozonated water improves water consumption, animal growth, and reproduction while lowering the number of illnesses and deaths. Ozone dissolved in cold water destroys organic matter, such as bacteria and viruses. Ozone is an environmentally friendly disinfectant that leaves no residual, or by-products. Ozone is an environmentally friendly disinfectant that leaves no residual, or by-products. Ozone is a safe sanitizer with no need for chemical storage, or handling, thus eliminating the related safety issues.
Healthcare
Ozone therapy has been utilized and heavily studied for more than a century. Its effects are proven, consistent, safe, and with minimal and preventable side effects. The mechanism of actions is by inactivation of bacteria, viruses, fungi, yeast, and protozoa. Dissolved ozone, whose use is particularly known in dental medicine, is optimally applied as a spray or compress. Ozone Solutions’ industry-leading technology and advanced testing lab are equipped to take the dental industry to the next level of innovation and provide the equipment to do so. It is possible to use ozone to disinfect the dental waste (such as saliva, blood, chemicals, disinfectants, and sterilizing agents). This will eliminate having to use other biohazard disposal services and processes. Ozone is an ideal method of removing pharmaceutical residue due to the efficiency of breaking down the pharmaceuticals. The level of pharmaceutical compounds in drinking water can be in parts per billion (ppb). Studies show that pharmaceuticals in water may be responsible for some genetic malfunctions in animals and human beings. Ozone Solutions’ industry-leading technology has proven to be a safe and cost-effective sanitizing approach for the pharmaceutical industry.
