The abstract of the world wide patents explains in general the thrust of the patents. However, the details of how it works are described in the body of the patent. All the patents provide this description which can vary from country to country. The enclosed is from the Australian Patent Number 2001255180.
The Process, Step by Step
Step 1: Small-Batch Heating
This method applies extreme heat and ozone concentration to relatively small volumes of water — only 1 1/2 cups at a time, about 3 times per minute. Common sense says this is more effective than passing a large volume of water by an ozone bulb just once. If you use a large volume of water at a time, it won’t work as indicated using these parameters.
Step 2: Ozone Exposure from a Quartz Bulb
Ozone is generated using a special quartz bulb, not corona discharge, which produces unwanted nitrides. As the small batch of water is brought to a foaming boil, bacteria are frothed to the surface where they’re exposed to this ozone. A small amount of water is exposed at a time for maximum effectiveness.
Step 3: Heater Cycling
When enough boiler pressure builds up, the steam pressure forces the boiler water back into the condenser tank to be recycled. This causes the heaters (there are two) to temporarily come out of the water, exposing the bacteria that has been frothed to the surface to even higher temperatures.
Step 4: Repeated Hundreds of Times per Gallon
This heat-and-ozone cycle repeats about 3 times per minute. Since a gallon of energized distilled water takes about two hours to produce, the water is exposed to extreme heat and ozone repeatedly — hundreds of times per gallon.
Step 5: Why Repetition Instead of Continuous Boiling
It should be remembered that all water is different, and tests done under lab conditions won’t always produce the same results because water conditions vary. That’s why this repetitive method uses two different modalities — heat and ozone — rather than one continuous pass.
Since all water is different, “Guaranteed Pure Water” is an outrageous statement for an ordinary water distiller using continuous boiling to make. What if the water has trace amounts of detergents? The extreme frothing and pollutant “carryover” can only be stopped by stopping the boiling, as this process does. In fact, it was the U.S. Patent Office that asked us to run the York Lab tests to prove that stopping the boiling produces purer water — which is also why ordinary continuous distillers can’t go below 0.1 PPM TDS.