Whidbey Water Filters

Mobile: (206) 324-5055
Home: (360) 730-7992



What is Ozone?
We can smell ozone in the air during lightning storms, when we make static electricity, and any time there is a large electrical spark. There are books on oozone therapy, and some practices actually prescribe removing blood, ozonating it, and reinjecting it into the body. Ozone air purification is excellent for killing any air-born bacteria, mold, smoke, and other pollutants. For water purification, ozone oxidizes dissolved minerals; when minerals are oxidized they clump together into larger particles that can be filtered out.

Characteristics of Ozone
Ozone starts out as O9, which has a half-life that rapidly breaks down to O8, O7, O6, down to O3. As O3 it is highly caustic and corrosive, especially when combined with water. Consequently, ozone in copper pipes and galvanized metal pipes will actually eat away the pipes and the fittings. Stainless steel parts, special ozone-resistant fittings, and plastic pipes are the best ways to plumb for ozone. High levels of ozone in the air can cause immune-deficiency disorders. Ozone above certain levels will kill lung cells. While ozone air purifiers are excellent for killing smoke and other strong odors, continuous breathing of ozone is not safe. Ozone is so strong that it will kill bacteria and other living cells in a split second. Chlorine, on the other hand, can take up to an hour to penetrate the cell wall of a bacteria. On the other hand, chlorine is residual and remains in the water whether it is active or inert, which means that it is ingested, it contacts and dries out the skin, and in continued doses it is a known carcinogen. Conversely, ozone is not residual. As soon as it contacts the air it is gone. The O3 breaks down to O1 and H2O -- oxygen and water, both of which are harmless and helpful.

Ozone Generation
Ozone can be created in one of two ways: with ultra violet radiation, or with an electrical charge.

Ozone Water Purification
Ozone is one of the best ways to eliminate iron from water. Because iron is dissolved in the water, it can pass through any number of filters without being removed. In order to get the iron out, it must be made into larger particles or clumps: it must be flocculated. Essentially by oxidizing the dissolved mineral, it in a sense "rusts," turning into larger particles that can be filtered out. The ozone gas is then flushed through a drain to the outdoors, so no odors enter the building.

There are several ways to oxidize iron: (1) with chemicals, such as chlorine injection, which is very inexpensive, but is toxic and requires continuous purchasing and handling of toxic chemicals, (2) with pure oxygen, which is more expensive to make and requires maitenance, or (3) with ozone -- a form of oxygen -- which is much less expensive, low maintenance, and consistent. Both iron and manganese are easily removed 100% with an ozone system. Aeration systems, chemical systems, green sand and other media filters are not nearly as effective.