The Benefits Of Industrial Ozone Generator

By Anna King


When you are using a high output ozone generator to remove car odors. It is not a good idea to use a machine that has been designed to go into the car itself. The reason why, is ozone is made by converting the air in the car to ozone gas. If you use a really powerful 14k machine or even a 21k ozone generator it will quickly convert all the air in the car to ozone, and, because air has nitrogen too, you can end up making nitric oxides and nitric acids. Some companies have developed a solution for this problem. They build industrial ozone generator with a duct hose attachment. This allows the ozone generator to sit outside the car and to constantly convert fresh air into ozone gas. By constantly converting fresh air to ozone, a much purer, more effective form of ozone gas, is produced.

Ozone would take approximately 1 hour to treat a vehicle, this would remove all smells within your car. It even has the ability to remove the smell of spilt milk. Ozone shock treatments take a lot longer within a home as the Ozone concentration would need to build up to saturate the room. Depending on the size of the room it could be anywhere between three hours to five hours. There is an after smell that will dissipate within in a couple days. The smell of ozone is not harmful in any way. Ozone is even created in lighting storms.

In indoor environments air can become stagnant and is not subjected to natures normal cleansing mechanisms which are primarily UV light or direct sunlight, and ozone which is produced when sunlight in the right frequencies reacts with moisture in the air and releases ozone. Indoors this does not happen.

Water purification systems create ozone with equipment called Ozone generators in which electric current is allowed to pass through a chamber of oxygen to generate ozone gas. Not only air or water purifiers, there is now a wide variety of car ozone generators available in the market.

This is because ozone simply dies out without leaving a trace after and simply reverts back to pure oxygen. Therefore, unlike other disinfectants such as chlorine, ozone does not produce any by-product, and thus does not leave any undesirable odor or taste in water.

Ozone has been used as a water purifier since the 1800's. As more and more people rediscover this method as a powerful sanitizer, you would have noticed by now, oxygen or oxy enhancers, with the effectiveness of O2 or O3 being used in detergents, soap powders and other house hold cleaners, which replaces bleach and bleach is essentially chlorine.

All advanced oxidation processes make hydroxyl radicals. The selection of the appropriate process is an engineering analysis to minimize the cost of formation with the most efficient use of the hydroxyl radicals produced. Ozone/UV AOP require that the water have a relatively high UV transmittance, i. E. That the UV light can readily pass through the liquid. In applications where this is not possible another oxidation process should be employed.

One thing every hot tub owner has in common is the need for sparkling clean water. When a hot tub is new, it usually seems easy to get and maintain that pure, sweet smelling water that just feels good to get into. With a new spa, chemical balance is easy to get, often nothing more than tossing a little 'shock' chemical (something like sodium dichloro) into the water after each use to oxidize the impurities left by the bathers.




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