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Ozone Research & Application India Pvt. Ltd.
902, Abhang-Ozone House, Khare Town, Dharampeth, Nagpur 440010, Maharashtra
p: 91 - 0712 - 2528262 f: 91 - 0712 - 2528262
http://www.oraipl.com
About Ozone Research & Application India Pvt. Ltd.
At the time of the organic origin of our planet, ozone played an important role in nature's life cycle. In his remarkable experiments in 1953, Standley L. Miller demonstrated how amino acids are formed from methane and ammonia when subjected to an electrical discharge. Amino acids are the building blocks of all living cells and tissues. Simultaneously, during this process, electrical discharges also produce ozone.
Ozone continues to play an important role in nature's life cycle today. It is formed in the upper atmosphere through high energy radiation of sunlight, breaking up the oxygen molecules. Organic and inorganic impurities which penetrate our atmosphere are destroyed by ozone during this chemical reactions. As a special form of oxygen, ozone contains three oxygen atoms. It has the highest thermodynamic oxidation potential of all oxidants widely used in water treatement, which results in a variety of effective applications.
Even though the ozone molecule is small, it contains a very high energy potential. It is powerful, eager to react, fast reacting, and generates results as soon as it combines with a compatible reaction component. Under certain conditions OH-radicals, as a by-product of ozonation, are forming the most reactive and intermediate products known to science.
One of the most important characteristics of ozone is its beneficial impact on the environment. In all applications to date, there have been no damaging effects to systems or the environment, nor have any toxic by-products been formed. To the contrary, during ozonation with organics, oxygen and its components are being formed, which are biodegradable. Ozonation achieves a high degree of economic efficiency, since it is produced on site, and only in the amount needed; therefore, hazardous transporation and storage are not required. Hence, ozone technology has proven itself to be the preferred technological method of water treatment for the future of our environment.
Latest Products & Services Updates
Ozone is a pungent gas naturally produced in the Earth's upper atmosphere by the action of UV sunlight on oxygen molecules. Ozone can be created for water treatment purposes by sending air through a special chamber containing a high-voltage "spark," which creates a blue plasma corona; it is also produced by sending air through a chamber of ultraviolet light.
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Ozone is rapidly gaining popularities over chlorine in the disinfection of drinking water. In drinking water treatment Ozone presence not only disinfects the water but also improves the color, odor taste of the water. It can remove dissolved metals organic impurities increase filter velocities. Experience has demonstrated that it destroys with extreme efficiency the spores of molds, amoebae, viruses bacteria as well as various pathogenic saprophytic germs.
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Ozone (O3) is a gas composed of 3 oxygen atoms combined in a ring. Ozone itself is a toxic, blue colored gas, which has a distinct odor, and is about one and a half times heavier than air. When it is under pressure, it is an unstable gas that decomposes readily into molecular oxygen.
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The OZONATOR is the complete solution to your bio-hazardous waste needs. With zero emissions, ease of operation, quick cycle time and low operating costs the OZONATOR is not only a better solution but also a more cost-effective solution.
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Ozonolysis is a highly effective oxidation stage in organic process technology. A number of reactions of organic compounds with ozone and the production of ozonides are reviewed, e.g. ozonide formation, reaction of ozone to form aldehydes, di-aldehydes, carboxylic acids, etc. These reactions concern the use of ozone under special conditions i.e. fast kinetic reactions, highly inflammable and potentially explosive materials with a toxic gas.
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