The Aquator technology is based on a method of remote (field) exposure to a water molecule. The Aquator device creates fields of non-electromagnetic nature, simulating the fields of a living cell. Under the influence of field exposure, the water molecule is rebuilt acquiring properties similar to those of water in a living organism (biologically compatible forms).
Aquator improves the quality of drinking water
Water is the basis of life
Water is the basis of life. Every schoolchild knows this truism. Indeed, all life on Earth is 90% water. A person can live without water for only a few days. The civilized world has longrealized how important water quality is to ensure a healthy and long life. Numerous studies of gerontologists have shown that stable habitats of centenarians are associated with places where there are sources of good natural drinking water.
The problem of providing the population with high-quality water is, without exaggeration, a strategic one. The well-being of the nation, its health and life expectancy depend on how this problem is solved.
In fact, water, in the sense that we use this concept in everyday life, is a solution based on a substance with the chemical formula H2O. It is the molecule of this substance that is necessary for a person for his vital activity. All other ingredients (mechanical particles, dissolved salts, microbes, viruses, etc.) are useless at best, and mostly harmful to the body. The talk that the water contains substances useful for the body is groundless. Even if they are present in water, their concentration is so small that to meet the daily needs of the body, for example, in magnesium or iron, it is necessary to drink several hundred glasses a day, which is simply impossible. Therefore, the main requirement that is imposed on drinking water is its purity, the absence of at least harmful substances in it. Obtaining such water on an industrial scale in conditions where the source of water is natural water intakes (reservoirs, rivers, lakes, groundwater, etc.), the degree of pollution of which is very high, seems to be quite a difficult task. For water purification, various technologies are being developed that allow reducing the content of impurities in water to a level determined by Sanitary and hygienic standards. These requirements are not very strict and are rather formulated based on the technological capabilities of industrial cleaning systems, rather than on the needs of the human body.
One way or another, “absolutely pure water” is the ideal of drinking water and the cherished goal of any specialist engaged in the development of technologies in the field of water treatment.
What is the Aquator technology for?
Fortunately for modern person, there are already several ways in the world that allow obtaining the highest (close to ideal) degree of water purification. The most common, due to the high degree of purity of the resulting water and ease of operation, is the so-called reverse osmotic (RO) technology. As a rule, installations implementing this technology include several pre-purification filters to eliminate relatively large impurities from the water. However, the key point of RO-technology is the presence of so-called nanomembranes through which pre-purified water is forced under pressure of several atmospheres. The size of the membrane cell is comparable to the size of a water molecule. Therefore, almost all impurities are retained by the membrane and subsequently washed off into the drainage.
It would seem that one can triumph, drinking water has been obtained that meets the highest purity requirements. What else is needed? However, as recent studies have shown, contrary to all expectations, “clean” is not synonymous with “useful”. The fact is that a single chemical formula H2O hides a wide range of different physical states of matter. Water molecules that were formed under different conditions have different physical properties. Technological influences (filtration, pressure treatment, irradiation, etc.) lead to the fact that the water molecule acquires properties incompatible with the requirements of cell biology. A living cell obeys strict laws of living nature, which regulate, among other things, the physical properties of intracellular water. Not every water molecule can be part of a living cell and be part of a living organism. Water obtained by reverse osmosis technology is biologically incompatible and acts depressingly on the body, suppressing its natural functions. Regular and prolonged use of such water can lead to irreparable consequences for human health.
The problem of biological incompatibility arises not only in the process of drinking water in its pure form. Processed water is used in many industrially manufactured food products. This is especially true for products such as soft drinks, milk and juices. Milk and juices are mostly recovered, that is, obtained as a result of dilution of the concentrate with water. And the nutritional value of the food product largely depends on what kind of water is used in this case.
The Aquator technology allows solving the problem of biological incompatibility of water. The water that has undergone any form of preparation, additionally treated using the Aquator technology, acquires physical properties that are practically indistinguishable from the properties of intracellular water. The use of such water, as well as food prepared on its basis, stabilizes all physiological processes in the body and creates conditions for its normal functioning.