IONIZED WATER VERSUS TREATED TOWN WATER
Ionized water is perhaps the most important development in water science in the last century, being the production of water similar in chemical and physical properties to the water our ancestors once shared direct from a free flowing spring or glacial stream. This is done through a simple process of electrolysis. The an ionizer separates ordinary H20 into acid and alkaline water, (Ho and OH-). It also separates the positive and negative minerals in the water, sending them out in the acid and alkaline water streams.
This causes the output molecules to 'cluster' or group together in a smaller, simpler form. Our tap water has 12 molecules per 'cluster', and the output alkaline water has 5 to 6 molecules. In this format, the water, is 'wetter', it has a different surface tension, and it is actually lighter.
Minerals that are ionized are more bio-available, meaning that the body can absorb them much more efficiently and make use of them where they are needed throughout the body. Minerals are some of the most important nutrients the body needs, yet mineral deficiency is common. ionized Water is an efficient and effective way for the body to get its minerals.
When we mention 'tap water', we need to distinguish between the water that comes from a tank that collects rain water, and that which is attached to the mains water supply in cities. More and more people worldwide believe we are already being poisoned by our city water supply. It is nauseating to see what can be precipitated out of an apparent clear glass of water. The chlorine in it breaks down to form chloroform. The flouride used is an agricultural waste product. The aluminium, used to make water sparkle, has been linked by reputable researches to many illnesses, including alzheimer's. Acid water leaches copper and other substances from the pipes as it runs through them. The mineral found in almost all water today are not bio-available. this means that the body cannot utilize most of the dissolved colloidal minerals in drinking water, and so these become acid-forming tissue wastes.
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