New Waves Water Technology

Scientific Laboratory Testing and Technical Analysis of New Waves Water Conditioner
Results of New Waves Water Conditioner's Efficiency on Treating Every Day Tap Water

Introduction
The NEW WAVES Water Conditioner was tested at the distinguished laboratories of Dr. Oliver-Rodes in Barcelona, Spain. www.oliver-rodes.com. Everyday tap water was tested and analyzed. Then, the same water source was treated using a NEW WAVES Water Conditioner and again tested and analyzed.

Discussion

Type of Water – water for normal consumption with an average scale formation level and a low corrosivity.

Drinkability – The conditioner water is shown to be just as drinkable as the water before being conditioned. The changes which occur during the conditioning process do not affect this parameter, and other parameters are improved such as turbidity, residual chlorine, dissolved oxygen, taste, prevention of scale formation or corrosion, etc.

Turbidity – A decrease of 20% is observed in the turbidity of the conditioned water. This demonstrates how the NEW WAVES water conditioner destroys the mineral colloidal formations by making up for the lack of electrons in the water. The particles, which are agglutinated due to the lack of electrons, are separated and so they free gases and other harmful elements which have been trapped artificially within those particles (for example, chlorine, dissolved oxygen, etc.) It is thought that these colloidal particles trap microorganisms and protect them from the action of disinfecting agents. The NEW WAVES water conditioner breaks up the particles and frees these microorganisms so that they can be destroyed by the disinfecting action of the hypochlorous acid or other disinfecting agent added to the water.

Dissolved Oxygen – A decrease in this parameter is observed in the conditioned water. The decrease in this parameter is not only important for the prevention of corrosion (in water which is more corrosive than the water analyzed, the decrease in the concentration of dissolved oxygen would be greater), but it is also important because, since oxygen is no longer trapped in the mineral colloidal particles adhering to the pipes, the corrosive action attacking these pipes disappears.

Conductivity – A decrease of 2% is noted in the conductivity of the conditioned water. Although this decrease is small, (it is necessary to take into account that the initial conductivity of the water is low and normal in this case), it demonstrates and confirms the tendency of the water to seek equilibrium at the electron level. This causes ion equilibrium and a decrease in the conductivity.

pH – No change is observed in the pH of the conditioned water. In this case, the pH of the water is slightly basic and since the water has low levels of hardness and normal levels of conductivity, this parameter is not affected. In water with a high conductivity, a change in the pH can be observed, tending towards a neutral value (pH = 7.0), with an increase in the case of corrosive water and a decrease in the case of scale forming water.

Residual Chlorine – A decrease of 70% is observed in the concentration of residual chlorine in the conditioned water. This decrease is due to the freeing of the chlorine artificially trapped in the mineral colloidal particles of the water before being conditioned. This trapped chlorine has no function in the water and is freed into the atmosphere in gaseous form. It is necessary to take into account that only the free chlorine is transformed into hypochlorous acid which is a disinfecting element for the water. The hypochlorous acid concentration is similar in both unconditioned and conditioned water, but the chlorine concentration is 70% greater in the unconditioned water. The benefits of this decrease in the amount of chlorine in the conditioned water is evident in the improvement of the taste of the water and in the decreased amount of chlorine which must be added to the water in order to disinfect it. This is true for swimming pools as in other water systems, (only half the quantity of chlorine must be added to conditioned water in order to obtain the same disinfection results as in unconditioned water). In swimming pools the water stays cleaner without the unpleasant odor of chlorine and eliminates eye irritation.

Other Parameters – There are no significant changes in other parameters. The concentrations of these parameters (bicarbonates, silica, sulfates, calcium, magnesium, etc.) should not change since the NEW WAVES Water Conditioner only cancels their negative effects by supplying them with electrons and bringing them to equilibrium. Thus, the NEW WAVES “cancels” the bonding between these elements and destroys the colloidal particles formed from these minerals by the imbalance of electrons. All the elements are essential for life processes and should be present in water in permissible concentrations (as is the case of the waters analyzed) so that it is suitable for consumption.

Conclusion
The results of the analysis performed by the laboratory of Dr. Oliver-Rodes on conditioned water and unconditioned water corroborate all the postulates about the functioning of the NEW WAVES Water Conditioner that have always been claimed and provides an official document confirming it’s theory of operation

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