Wednesday, June 7, 2017

Getting The Best That Is The Ozone Water Treatment Systems

By Ann Collins


There are several key things you need to know before you can buy an ozone generator or Ozonator. Before going into details, however, it is important to note that we are talking about corona discharge type Ozonators. These are the most important type of commercial/industrial generators. There are other types of generators, but noncorona discharge units are mostly for use in small scale ozone water treatment systems, producing typically less than half a pound per day or less than 10 grams per hour of the gas.

It is also important to note that since hydroxyl radicals are not selective oxidants, they will react with any oxidizable species. Since the radicals are expensive to form, less expensive oxidants or methods should be used to deal with the easier to deal with materials that could waste the hydroxyl radicals. Examples would include iron, manganese, hydrogen sulfide, etc. The advanced oxidation process should be targeted at the higher value refractory materials in solution.

This is a powerful natural oxidizer (200 times more powerful than chlorine) that has a number of benefits. It eliminates or greatly reduces impurities like oils, perfumes, bodily fluids, and organic matter of all kinds. It also kills micro-organisms like bacteria on contact and helps prevent the buildup of algae or sticky coatings on tub walls and piping.

The first thing you have to realize is that the generator industry as a whole is not regulated by any government agency. More than half of the so-called generator manufacturers are nothing but Internet opportunists trying to cash in on a high-priced, somewhat in demand product. These unscrupulous vendors make their overpriced machines in their own garages, set-up a website that makes all kinds of outrageous claims as to the output capabilities of their machines, then advertise their website in the Search Engines.

Comparing the cost-benefit value of these systems involves some methodological differences from what you would do in comparing air purifiers. By design, these systems only use this unstable element. This is because they are designed to address specific types of problems. Unlike air purifiers, they were not designed to run 24 hours a day.

As a specific example, the gas is often used to reduce chemical oxygen demand (COD) in water. COD is measured in ppm (milligrams per liter - mg/l). It normally takes 2 mg of O3 per mg of COD to remove the COD. So, if we had to treat 10,000 liters per hour of water containing 50 ppm of COD we would need.

You are therefore left with an Oxygen molecule (O2). The leftover molecules (O3) will revert back to Oxygen (O2) within a thirty minute period. This gas is approximately three thousand times stronger at disinfecting than Chlorine. The use of this unstable gas is safe when used by a professional team. It could be dangerous if mishandled.

Because these generators are prone to fail due to the very corrosive nature of ozone and the damaging effects it has on the metal components within switches, timers, relays, etc. Same goes for eBay vendors who buy a lot of generators without also investing in replacement parts. When their supply runs out, they're out of the purification business, and you're left with an expensive door stop when your machine fails in due time.

This is an Eco-Friendly molecule that oxidizes an odor. It is safe when handled by professionals and will revert back to Oxygen within thirty minutes. This process excludes any chemicals.It also has the benefit of killing bacteria, allergens, and mold. This is especially useful for new mothers as their baby will be very susceptible to bacteria and allergens.




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