How Does Hydrosmart Work?
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Hydrosmart is a simple, sustainable and effective approach to conditioning water. By applying it you get the advantages of using a technology which requires no chemicals, no filters and no maintenance.
Thousands of customers worldwide are benefitting from this proven technology. Hydrosmart is based on particle physics research which established that scale and corrosion problems are related to the hydration state of minerals. Application of the technology by crop growers has demonstrated that increased hydration also confers a distinct growth advantage for living organisms.
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Hydrosmart utilizes a series of computer generated resonance frequencies to disrupt bonding between minerals and charged compounds. This neutralizes precipitation, decreases scale and deposition of oxides, and opposes corrosion.
A Hydrosmart microprocessor unit produces resonance frequencies that are focused on the flow via antennae, wound in tight coils around the application's water pipe. There are no reject streams, no pressure losses and no flow restrictions.
Frequency effects remain in treated water for up to 5 days and progressively break down bonds of any mineral deposits already formed. Pipes and equipment connected to the treated flow become scale free within a period of months. |
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By using resonance frequencies that dissolve minerals Hydrosmart reduces crystals and particles to smaller sizes.
With the bonding mechanism disrupted, large mineral crystals and compounds are reduced to tiny sub 4 micron particles. This tiny particle size enables the flow to assume the properties of soft water and makes possible a wide range of commercial, agricultural, industrial, lifestyle and health benefits. |
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As well as acting on minerals, the resonance technology also acts on water directly, by affecting the natural dipole of water molecules. Resonated water greatly enhances the growth of plants and may improve the health of animals. Scientific trials of this technology have been conducted on crops, with dramatic improvements seen.
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