EP1794090A1

EP1794090A1 - Method and device for electrolytic treatment of water

Info

Publication number: EP1794090A1
Application number: EP05804735A
Authority: EP
Inventors: Kurt Wiederkehr
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-03
Filing date: 2005-06-03
Publication date: 2007-06-13
Also published as: WO2005118486A1; DE102004027248A1

Abstract

The invention relates to a method for treating water, particularly tap water or crystalline water, wherein the water undergoes electrolysis and is divided into acidic water and alkaline water.

Description

METHOD AND DEVICE FOR THE ELECTROLYTIC TREATMENT OF WATER

The present invention relates to a method and an apparatus for treating water, in particular tap water or crystalline water.

State of the art

The source of life is water and oxygen. There is no life without oxygen and / or water. If the human body is not supplied with enough water, it dries out and the aging process is accelerated. However, the water itself is not only the means to preserve life, it also enables reactions in the human body. Water itself is an important regulator and also a product of these reactions.

It is known that more than 70% of the human body consists of water, but all other body fluids also contain water. The food that is ingested usually has a high water content.

Water adjusts and regulates body temperature, transports nutrients, supports digestion and transports oxygen to the cells. By urinating and sweating, the water brings harmful substances out of the body.

The liquid systems in the human body bring oxygen and nutrients to the cells and at the same time flush out toxins. The cells can live for a very long time if they are not poisoned by their own waste materials or insufficiently supplied with oxygen and the essential nutrients. If the cell is poisoned, it dies and humans age. One step to counteract this aging process is to consume a sufficient amount of fluid every day. Water comes first, but water is not just water, which becomes clear to everyone when, for example, they compare clear natural mountain water and tap water in big cities.

It is known from colloid chemistry that energy is the actual vital force of the cells and that it depends on oxygen and on certain minerals and metals, including Fe, J, Mg, Cu, Zn and Ag. The effect of the colloids can be explained by electrical forces. Sick, dead and used cells are attracted to the colloids by the forces. The colloids carry this degraded or toxic substance into the blood, from which they are then excreted in the corresponding organs. Certain colloids act as strong catalysts in chemical reactions. The higher the electrical potential on the surface of the colloid, the more effective it is as an energy source. The electrical charge on the colloid surface is called the zeta potential. Good water provides additional charge for the colloids to maintain their stability.

task

The object of the present invention is to treat water, in particular tap water, but preferably from crystalline water, in such a way that its properties are significantly improved.

Solution of the task

The problem is solved by subjecting the water to electrolysis and dividing it into acid water and alkaline water.

During the electrolysis, the water is ionized, i.e. a change in the electrical charge of the otherwise neutral molecules of the water.

In electrolysis, the power source acts like an electron pump. The anions near the anode give up their additional charges or electrons to the anode and become neutral atoms. The cations receive electrons from the cathode and thus become neutral atoms. This means that the negatively ionized water contains more electrons than normal water. When these negatively charged particles enter the blood, pathogens are neutralized. These include Parasites, viruses, fungi, bacteria, microbes or the like.

Thus, the alkaline water produced by the present inventive method is the most superior drinking water available. It is a powerful one Antioxidant that protects the body and balances the pH. It is a powerful deoxidizer and a superior hydrator. It also counteracts all acidification reactions caused, for example, by diet or stress, physical activity and excellently removes toxins, heavy metals and other pollutants.

The acid water has a relatively high pH value and is mainly used externally. It can be used to clean the human body but also to clean a variety of everyday objects.

Preferably at least one trace element, e.g. NaCI added. The trace element mainly serves to initiate the oxidation-reduction-reaction electrolysis. The reaction is as follows:

An electron is pumped from a power source into the cathode. The electron jumps from the cathode to an adjacent Na ion and transforms it into a metallic Na (colloid). The migrating ions transport the charge of the electron through the liquid.

The Cl ion releases its excess electron to the anode. The electron is sucked out of the anode by the current source. That the whole process is the sum of the two electrode reactions.

In a preferred embodiment of the invention, the colloids are introduced into the center of a vertebra via a vortex amplifier, in which a huge negative electrical charge is generated, which is supplemented by an electric field. Depending on the application, appropriate additives are introduced in a second vortex amplifier, for example crystalline oxygen water. In such water, the number of colloids or their charge is increased, so that such water in the human body can perform its positive functions much better.

The water should preferably be cleaned in a filter before the electrolysis. An active carbon filter, for example, is suitable as a filter, with which coarse impurities but also viruses, bacteria or the like are filtered out of the water.

Most preferably, the water should be passed through a molecular sieve prior to electrolysis, whereby crystalline, i.e. structured water is created. Here, for example, a porous glass body or ceramic filter is ideal. The molecular sieve has the advantage that the molecular clusters of the water are broken up and reduced. This happens from 10 to 12 molecules per cluster to 4 to a maximum of 6 molecules per cluster. The result is that water penetrates the cells of the body faster and more efficiently, and can wash pollutants out of the cells better. At the same time, it can also supply oxygen and nutrients to the body cells faster and better.

In a further exemplary embodiment of the invention, the water is exposed to ultraviolet radiation before the electrolysis. This ultraviolet radiation disinfects the water in a known manner.

The electrolysis preferably takes place in a multi-chamber electrolysis cell, the chambers being separated by membranes. Direct current is used as current in a known manner. The physical parameters of the water change as a result of the action of the direct current via corresponding anodes or cathodes. These are the pH value, the redox potential, and the electrical conductivity at the cathode and the anode. The electrodes can consist of different materials or of the same materials. In order to be able to initiate the electrolysis, a longer preparatory work is required in which an aqueous, crystalline solution is prepared. For this purpose, for example, 99.6 to 99.7% crystalline water and 0.4 to 0.3% crystalline minerals and / or metallic colloidals are required. The crystalline mineral salts can be, for example, potassium sulfate, sodium sulfate, sodium citrate, calcium citrate, sodium pyrogen phosphate or the like. The mineral salts are melted at a high temperature and added to the crystalline water after cooling. Mineral substances and colloids are electrically charged particles in crystalline water. The charge in the colloidal liquid according to the invention causes the particles not to stick together and their surface tension and the pH value to change. This improves the oxygen transport and indirectly stimulates the metabolic activity of the organ cells. All life processes are activated and thus the elimination of toxins and waste products is improved. The water according to the invention is a liquid crystal with a certain electrical charge.

The area of application of the water according to the invention is diverse.

Outside the human body, it is used to rinse off food, in particular perishable food, for example in

Restaurants, hotels or shopping centers. In particular raw meat or

Fish products can simply be rinsed off with the water, whereby the meat or fish is disinfected without the

Taste is affected in some way.

All objects in the house, shower rooms, canteens, etc. can be treated.

The medical sterility of the water should also be emphasized. The product contains no chemicals and is therefore very environmentally friendly. On the other hand, it contains a large number of negative electrons, which remove dirt and promote sterilization. It does not foam, making it easy can be worked. It contains no color, no smell and no taste and therefore does not affect the taste of a product. It is harmless to the body, removes particularly bad smells, for example in the refrigerator.

It also has a positive impact on wastewater treatment. It kills germs like Staphylococcus Aureus, Escherichia coli, Pseudomonas aeruginosa, Clostridium perfringens etc. that are present in the wastewater.

It is particularly useful for cleaning screens, monitors and televisions because the negatively charged ions have an antistatic effect. These are just a few of the possible uses, which is intended to demonstrate that the product can be used in many areas.

In a further exemplary embodiment of the invention, the electrolytically treated water is introduced into capillary tubes. This creates a gel water, which has excellent properties, as will be described later.

It was known that water in glass capillary tubes lost its 4 ° C anomaly. In the past, it had also been found that water still pulsed in snowflakes at -21 ° C. At -22 ° C, however, this life in the snowflake also goes out.

Crystalline water freezes at -22 ° C, whereby an ice crystal slowly begins to form from -10 ° C to -12 ° C.

Water reaches its maximum density at + 4 ° C. Ice floats because water expands again in the temperature range from + 4 ° C to 0 ° C.

However, the water cannot expand in plant or rapid crystal capillaries. In narrow capillaries, water changes its physical Characteristics. This can affect the viscosity of the water. For example, the viscosity can be 15 to 25 times higher than that of normal water at appropriate temperatures. This means that water passes through the capillaries in a "gel-like" state. The capillaries and here the glass capillaries thus initiate a catalytic process.

Gel water can, however, also be produced by adding germanium or magnesium (preferably 0.3%) to the alkaline water produced by the electrolysis. Acidic acid water is created by adding a proton or electron donor to the water from the electrolysis, such as NH ₃ , Cl, P, J, S.

These added coloids are heterogeneous, multi-phase and insoluble and act as a catalyst, the main function of which is the structuring of body fluids, i.e. cell water. If Ag and / or Au (preferably <0.2 ppm) is also added to the water, this highly structured water can perform additional tasks in, for example, the human body. The effect of the coloids in the water or gel water is due to the frequency of the magnetic field of the Ag and Au atom groups. The coloid particles produce a "Brownian motion" in the water, ie the collective magnetic field of the particles has several effects. The microcoloids in the gel water have a measurable frequency and an electrical polarization, ie bioelectrical properties (electrically negatively charged), which are These oscillating Ag and Au particles remain in the body water and can therefore interact with the pathogen of any kind.This antiseptic effect was previously used unconsciously, for example by storing milk in silver jugs.

This colloidal gel water is a safe disinfectant, a natural antibiotic, for children as well as for the elderly and animals. each Kinds of fungi, viruses, bacteria, staphylococci and other pathogenic organisms are killed in a very short time. So far, no microorganism is known that is not eliminated by colloidal gel water in a few minutes. There are no side effects because the water is completely without chemicals.

The gel water does not create physical dependency, so the body could not become immune to it, as with modern antibiotics.

The submicroscopic, electrically charged colloids are absorbed by the body. In an acute illness, such as colds, flu, the gel water only needs to be drunk. By taking the coloid solution, the slag and toxins accumulated in the body are eliminated. that is, it is cleaned.

The gel water can also be used as a deodorant, mouthwash, for sunburn, acne, burns, hay fever, shingles, etc. Above all, it should also be used in the preparation of dishes, especially when cooking and washing. These are just a few examples, the catalog could be expanded as required.

figure description

Further advantages, features and details of the invention result from the following description of preferred exemplary embodiments and from the drawing; in its single figure, this shows a schematic representation of a device according to the invention for treating water.

Tap water is fed via a feed line 1 to a filter 2, which is followed by a molecular sieve 3. This molecular sieve 3 is connected to an electrolysis chamber 5 via a connecting line 4. In the electrolysis chamber 5, the water is split into alkaline water and acid water. Alkaline water is fed to a water diversion head 7 in a discharge line 6 and is discharged from an outlet 8. The supply line 1 for water is also connected to this diversion head 7.

Acid water is conducted in a further line 9 and emerges from an outlet 10, it being collected in a container (not shown in more detail).

The functioning of the device according to the invention is as follows:

Normal tap water is fed to filter 2 in feed line 1. This filter 2 can be, for example, a microfilter or an active carbon filter. In it, the water is cleaned of coarse impurities, heavy metals, bacteria, viruses or the like.

The purified water then flows through the molecular sieve 3, in which a molecular separation takes place. The water is broken up and the molecular cluster sizes are reduced from 10 to 12 molecules per cluster to four to a maximum of 6 molecules per cluster. This water is then fed to the electrolysis chamber 5, in which the positive and negative electrodes are separated by a membrane. Platinum-coated titanium electrodes are preferred.

Cations, i.e. positively charged ions are collected at the positive electrode to produce the anodic water (oxidized water) or acid water.

Anions, i.e. negatively charged ions are collected at the positive electrode to produce the alkaline water (reduced water).

The alkaline water or reduced water is suitable for drinking, cooking and for preserving and shipping vegetables.

The oxidation potential of the oxidized water (acid water) is particularly suitable for personal care, for plants and cosmetics as well as for antiseptics.

DR. PETER WEISS & DIPL-ING. A. BRECHT Patentanwälte European Patent Attorney

Case number: P 3105 / PCT Date: June 3, 2005 W / HE Item number list

Claims

claims

1. Process for treating water, in particular

Tap water or crystalline water,

characterized,

that the water undergoes electrolysis and is divided into acid water and alkaline water.

2. The method according to claim 1, characterized in that before the electrolysis the water at least one trace element, e.g. NaCl is added.

3. The method according to claim 1, characterized in that crystalline minerals and / or metallic colloids are added to the water before the electrolysis.

4. The method according to any one of claims 1 to 3, characterized in that the water is cleaned in a filter before the electrolysis.

5. The method according to any one of claims 1 to 4, characterized in that the water before the electrolysis through a molecular sieve, e.g. a porous glass body or the like

6. The method according to at least one of claims 1 to 5, characterized in that the water is exposed to ultraviolet radiation before the electrolysis.

7. The method according to at least one of claims 1 to 6, characterized in that the acid and / or alkaline water is introduced into a capillary tube.

8. The method according to at least one of claims 1 to 6, characterized in that germanium or magnesium is added to the alkali water.

9. The method according to at least one of claims 1 to 6, characterized in that an electron or proton donor (eg NH ₃ , Cl, P, I, S) is added to the acid water.

10. The method according to at least one of claims 1 to 9, characterized in that Ag and / or Au (preferably <0.2 ppm) is added to the water.

11. An apparatus for performing the method according to at least one of claims 1 to 10, characterized in that an electrolysis chamber (5) is connected to a water supply line and this is assigned a direct current source, with a line (6) for alkaline water and a from the electrolysis chamber Line (9) for acid water opens out.

12. The apparatus according to claim 11, characterized in that the electrolysis chamber (5) is assigned at least one vortex amplifier.

13. The apparatus of claim 11 or 12, characterized in that the electrolysis chamber (5) is preceded by a molecular sieve (3).

14. Device according to one of claims 11 to 13, characterized in that the electrolysis chamber (5) is preceded by a filter (2).

15. The device according to at least one of claims 11 to 14, characterized in that electrodes are separated in the electrolysis chamber by at least one diaphragm.

16. The apparatus according to claim 15, characterized in that the diaphragm consists of ceramic or carbon fiber.