WO2013050870A1

WO2013050870A1 - Device for the activation of water, aqueous solutions and non- aqueous liquids through the application of a field of quasi - particles.

Info

Publication number: WO2013050870A1
Application number: PCT/IB2012/002010
Authority: WO
Inventors: Gualtiero Valeri; Mauro MARCELLETTI
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-10-06
Filing date: 2012-10-08
Publication date: 2013-04-11
Anticipated expiration: 2014-04-06
Also published as: ITVA20110029A1

Abstract

Device for the activation of water and aqueous solutions, or non-aqueous liquids, through the application of a field of quasi-particles, characterized in that the water - or the solution itself - is exposed to a intense electric field without there being in the water, or in solution, or in any form of liquid conduction or transport of electrical charges, and this in order to change the physico-chemical properties or biological water, or solution, or of the liquid itself.

Description

DEVICE FOR THE ACTIVATION OF WATER, AQUEOUS SOLUTIONS AND NON-AQUEOUS LIQUIDS THROUGH THE APPLICATION OF A FIELD OF

QUASI-PARTICLES

GUALTIERO VALERI The present invention concerns an device for the activation of water, aqueous solutions, and in general of the liquid, through the application of a field of quasi-particles, characterized in that the water - or the solution, or the liquid itself - is exposed to an intense electric field without there being in the water, or in solution, or it liquid, any form of transport or conduction of electrical charges, and this in order to change the physico-chemical properties or biological water, or solution, or the liquid itself.

The phenomenon on which the device described is based is that said "activation", whose clear and certain identification is due to the Italian chemical-physical prof. Giorgio Piccardi, it illustrated for the first time in 1936.

He, in a lecture at the Italian Association of Chemistry (later the Italian

Chemical Society) held at the Institute of Chemistry of the University of Genoa, the Saturday, April 29, 1939, had now to summarize the key features of activation, specifically referring them to water:

1) The activation of the water is not instantaneous, but requires a certain duration of activating action.

2) The water keeps its new properties for a very long time, about four days (in fact it was found a time much longer, for twenty days to many months, depending on the chemical species present and the energy transmitted). 3) For freezing or by distillation the water does not lose its new properties.

4) The water activated "T" or "R", work on ordinary water ("C") through electrically insulating walls, transforming it into water equally "T" or "R".

5) The water activated "T" or "R", acts on water ordinary ("C") through metal walls, but turning it into water "R" or "T". It is an inverse action that is a singular effect due to metals.

6) Other liquids are capable of behaving like water.

The same Piccardi identified a range of actions that can induce activation states of water: electric fields, magnetic fields, ultraviolet rays, ultrasound, lenses of quartz sand (from the geological), short waves, "animal heat" (definition which was given by prof. Vittorio Maragliano, Piccardi's collaborator, a term equivalent to "orgonic energy", used by the German- Ukrainian biophysical dr. Wilhelm Reich).

Hitherto have been patented several devices adapted to artificially induce activation states in the water, all directly attributable to the processes described already by Piccardi, from British patent (filed in the United Kingdom in 1933 by R.H.S. Abbott RHS and I.B. Close - UK Patent no. 391 ,865 - known as "Descaling Bulbs BCD" or "Electric Bulbs BCD") which took start the search for the same Piccardi.

Among these, are widespread small pipe segments to which are applied the permanent magnets: in the water that passes through them is induced an electric field that produces the state of activation. They present two limits. The first is that if the water is not passing at sufficient speed is not activated, while the second is that they lose effectiveness within a few months of operation, even if the cause of this is not clearly identified. In any case, the amount of activation induced is rather limited.

The second type of device known, is the one that uses the weak electric impulses applied to the water flowing through the device by means of a pair of electrodes, for which water is a conduction.

For this reason the size of the phenomenon, in this case, varies according to the conductivity of the water itself, and are evidently not tractable solutions particularly conductive, and is also clear that the electrodes tend to get dirty changing the amount of charge that passes through the stream of water, le it is not possible, even in this case, to assess in advance the amount of energy that produces the activation state and that which is dispersed in the form of thermal energy for the motion of the ions caused by the passage of electric charges, and much less dispersed in other parasitic phenomena.

All of these patented devices so far are intended to prevent the formation of incrustations of calcium carbonate (in the form of aragonite or calcite) in the pipes of civil and industrial water systems, in particular in the conduits of boilers, and circuits of sanitary hot water.

The proposed device also induces a state of activation almost completely "quantitative" - so to say - as the energy used (excluding the consumption of the power supply circuit) is fully intended to produce the activation status of 'water or the solution that passes through it. The operation of the device is none measure influenced by the conductivity of the solution nor by its nature, to the point that it can be applied also on complex liquids such as, for example and without limitation, wine or milk, it is even possible to apply it on liquids not-aqueous, who - like Piccardi has shown - are susceptible to the phenomenon although producing different effects of water.

Therefore, the proposed device is used equally well where the main purpose is to prevent the formation of incrustations of calcium carbonate - or other insoluble salts - in pipes of civil or industrial hot water where you have to use hard water, both where the effects of activation have different purposes, such as, for example, the inhibition of the proliferation of the bacterial load in a water or in another aqueous liquid, or induce particular effects in hydrocarbon liquids or of different chemical nature (alcohols, vegetable oils, esters and other) for combustion (see U.S. patent 2004/0238514A1 - EP 1 397589 - WO 02/101 224 A1 , Franco Scali "Process for heating and double electromagnetic polarization of liquid and gaseous fuel, and the related device").

Compared to the latter patent, the application for that purpose, is improved because the power consumption is much lower and the heating of the fuel can take place in a separate and completely controlled, or even be avoided when this effect is not desirable (the case of LPG).

Furthermore, the liquids into which has been induced an activation, such as that produced by the device, and especially the aqueous liquid, can also find therapeutic applications, both by external means (for example and without limitation, may be baths activated water for the treatment of skin diseases), as well as by internal (for example, and without limitation, the production of "artificial mineral waters" for the treatment of disorders of the digestive system).

The aims described above are achieved according to the invention by means of an intense electric field (of the order of 10⁴ ÷ 10⁶ V/m), preferably variable with a certain frequency (of the order of 10³÷10⁵ Hz), applied through a treatment chamber in which the plates - which is connected to the generator (electric oscillator) - have at least one, or both, isolated, thus forming a capacitor in which the water, the aqueous solution or the nonaqueous fluid that passes through the chamber (from here called "capacitive chamber") constitutes one of the dielectrics. If the liquid or fluid that passes through the chamber capacitive is not electrically conductive, the isolation of the reinforcement of the chamber may possibly be omitted.

The present invention is hereinafter further clarified in three different embodiments, schematized, given by way of example and not limitative, and a possible form of practical embodiment, with reference to the accompanying drawings, in which:

Figure 1 show schematically the section of a device to carry out the treatment according to the invention in a first embodiment, of parallelepiped geometry, in which only one of the armor to which is applied the electric field is electrically isolated;

Figure 2 show in a case similar to the above, in which both the plates were electrically isolated;

Figure 3 show in a case similar to the two previous ones, in which both the plates were not electrically isolated;

Figure 4 show a form of practical embodiment of the device, represented in half-section, of cylindrical geometry, with coaxial armatures, in which only one of them (the control unit) is electrically isolated. It points out that in any case there must be electrical conduction of electrolyte type or otherwise transport of electric charges through the fluid, and that the treatment chamber through which the fluid passes (first, precisely defined "capacitive chamber") behaves electrically, compared to the supply circuit (as defined herein "electrical oscillator") as an electrical capacitor.

The capacitive chamber will be built preferably cylindrical geometry, but it can also be realized in a parallelepiped or any other geometric variant, where this can be useful or convenient for the application you want to obtain the device.

The electrical oscillator can be realized in any way that allows him to conveniently provide a voltage of a few thousand volts and over with a frequency of a few thousand hertz and over, depending on the intensity of the effect of activation that is desired , the nature and flow rate of the liquid or solution that passes through the capacitive chamber and the geometry of the same.

It describes, below, the better the nature of the effect that the present invention intends to produce, as well as the Piccardi and other researchers after him have in various ways disclosed.

Studying the works left by Giorgio Piccardi on this issue, we note that he had identified series of phenomena which could cause the activation of the water.

Examining these phenomena, and the fact - well known - that masses of activated water can activate another mass of non-activated water through a metal wall or insulation, it is found that the activation status is not due directly and necessarily a current electricity through the water, but by some kind of particle, which may arise secondarily by an electric field, which happens to be similar to the quasi-particles (phonons) described at the time by Peter Debye and Albert Einstein. The similarities found between the experiments conducted - in different contexts - from Giorgio Piccardi and Wilhelm Reich suggest that these quasi-particles are identifiable, in fact, in the orgone described by Reich.

It can be assumed that the flow of such particles through the water induces a short-range order in the cluster of water molecules (as they are in liquid water and water vapor at moderate temperatures, before they dissociate into individual molecules at higher temperatures), or a state of higher order ordinary and governed by the laws of quantum mechanics; namely that at higher levels of order corresponds to a higher energy level of these molecular structures. As is known, the water tends to be activated in two forms, that Piccardi named "T" and "R", which must correspond to two different configurations assumed by the molecules in said clusters water.

We could define these as "quantum states of the superorder in liquid", since activation, as demonstrated by Giorgio Piccardi, affects not only the water but also other polar liquids.

Practically, in this device, the water (or the liquid to be treated) forms the dielectric of a capacitor, and there is no conduction of electricity through the liquid.

The energy dissipated by the dielectric is reasonable to assume that will result, almost quantitatively, in "activation energy". It would produce, ie, a flow of quasi-particles through the liquid, determined by braking of electric charges through the dielectric.

Moving on to describe in detail the drawings in which are shown some embodiments of the device, we have: Figure 1 show schematically the section of an device to carry out the treatment according to the invention, the device is constituted by a capacitive parallelepiped chamber 1 made of an insulating material, applied with two conductor plates 2 (the plates), the first of which is separated from the liquid by the insulating wall of the chamber 1 , while the second is placed against the wall of the chamber 1 but internally, in direct contact with the liquid; these conductor plates are connected by means of the electric conductors 6 to the oscillator 5; the chamber is also provided with an inlet 3 for the liquid, and an outlet 4 for it.

- In figure 2 is represented the variant embodiment in which both the plates (the conductor plates 2) are isolated from the liquid through the wall of the chamber 1 .

Figure 3 show a further variant embodiment in which both the plates (the conductor plates 2) are in direct contact with the liquid , both being mounted inside the chamber 1 ; as said, this variant is applicable where the liquid is not electrically conductive, or it is a vapor.

Figure 4 show a form of practical embodiment of the device, represented in half-section, in which case the capacitive chamber is of cylindrical geometry, formed by a cylinder of conductive material 7 closed at the ends by two caps 8 and 9 as insulating material; the cap 8 is shaped so as to contain - separating it from the liquid - a conductive rod 10 (first plate) and an inlet 3 for the liquid; the cap 9 brings an outlet 4 for the liquid; the rod 10 and the cylinder 7 is connected the oscillator 5 through the conductors 6.

The present invention has been illustrated and described in three possible embodiments and in a form of practical embodiment, but it is understood that other embodiments are possible, without departing from the scope of protection of the present patent for industrial invention.

Claims

C L A I M S

1. Device for the activation of water and aqueous solutions, or nonaqueous liquids, through the application of a field of quasi-particles, characterized in that the water - or the solution itself, or the same not- aqueous fluid is exposed to an intense electric field at high frequency without there being in the water, or in solution, or in the liquid in general, any form of transport or conduction of electrical charges, so that the energy used is almost totally direct to produce the chemical- physical state said "activation"; this in order to change to that effect the physico-chemical or biological properties of the water, of the solution itself, or the physico-chemical properties of the liquid non-aqueous.

2. Device according to claim 1 comprising a treatment chamber in which there are two conductive plates, one of which is electrically isolated, among which flowing water, the aqueous solution or any liquid that is desired to treat, and said armatures is connected to a electric oscillator, so that the chamber forms a capacitor in which the insulating material and the liquid constitute the dielectric.

3. Device according to claim 1 comprising a treatment chamber in which there are two conductive plates, both electrically insulated, among which flowing water, the aqueous solution or any liquid that is desired to treat, and to said plates is connected to an electrical oscillator , so that the chamber forms a capacitor in which the insulating material and the liquid constitute the dielectric.

4. Device according to claim 1 comprising a treatment chamber in which there are two conductive plates in direct contact with an electrically insulating liquid that flows between them, and said plates is connected to an electrical oscillator, so that the chamber forms a capacitor in which the liquid forms the dielectric.

5. Device according to claims 1 , 2 or 3, or 4, characterized in that the electric field generated by the oscillator in the treatment chamber is of the order of 10⁴ ÷ 10⁶ V/m and its frequency of the order of 10³÷10⁵ Hz, is that the liquid that forms the dielectric can absorb the maximum amount of energy.

6. Device according to claims 1 , 2 or 3, or 4, well as 5, wherein the chamber for treatment of the liquid is made of any geometric shape, that it is cylindrical, parallelepiped, prism or other.

7. Device according to claim 1 , 2 or 3, well as 5 and 6, for the treatment of water in order to prevent the formation of scale of calcium carbonate or other salts, or compounds, insoluble on the walls of vessels and tubes.

8. Device according to claim 1 , 2 or 3, well as 5 and 6, for the treatment of water or aqueous liquid, food or not, in order to prevent the proliferation of microorganisms within them.

9. Device according to claim 1 , 2 or 3, or 4, well as 5 and 6, for the treatment of hydrocarbon fuels, and/or with a basis of alcohols, and/or vegetable or animals oils, and/or other organic compounds, in liquid or vapor , in order to improve combustion processes.

10. Device according to claim 1 , 2 or 3, or 4, well as 5 and 6, for the treatment of liquids or vapors intended for therapeutic applications, due to external or internal.