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Living water and dead water


Water and water living dead - therapeutic use
Henry Rozanski
Physical and chemical properties of water

Important concepts:

Dissociation: spontaneous dissociation of soluble ions in the electrolyte under the influence of the solvent. The water is so weak electrolyte is also subject to dissociation.

Electrolysis - the distribution of substances in solution by passing an electric current through it. Electrolysis of water carried out for the first time in 1839,

English physicist William Robert Grove (1811-1896).

William Robert Grove (1811-1896)
English physicist

pH - hydrogenii potentia - the exponent of the hydrogen ion, it is the negative logarithm of the activity of ion H3O +. The pH of the liquid can be expressed in the concentration of H3O + ions in mol/dm3 (for water at 25 ° C, the concentration of ions H3O + is 10-7/dm3), or the method of Sorensen (1909 year) - the result as an exponent of that of hydrogen ions expressed in moles of ion 1 cubic decimeter. Clean water and neutral solutions have pH = 7, acidic solutions the pH is less than 7, basic solutions the pH is greater than the seventh

Sören Sorensen (1868-1939)
Danish biochemist


Water is H2O hydrogen peroxide. Pure water is colorless, tasteless, odorless, has a neutral reaction. Well water and water supply, which has always used a certain amount of mineral salts (inorganic) and organic compounds.

A water molecule has tetraedryczny distribution of electrical charge, so you can join another 4 molecule by hydrogen bonds. Thus a hexagonal structure of ice.

In the liquid state retains water content of the hydrogen bonds by which there are additional degrees of freedom of thermal motion.

Water has high surface tension value is 7.2 ° 1023 N / m. Melting temperature of 0 ° C, boiling point 100 degrees C. The dielectric permittivity at room temperature is large and is ?r = 81st There is therefore a phenomenon of dissociation, because the impact of power between the ions are smaller.

Water is a weak electrolyte, a small degree of dissociation is, however, this process occurs according to the equation:

H2O + H2O <---> H3O + + OH-

or simply

H2O <---> H + + OH-

Hydrogen ion H + is in the form of hydrated ion oksoniowego (hydroniowego) H3O +

Under normal conditions, the number of ions formed during dissociation of water is small and is 2 molecules decompose on 1000000000.

At a temperature of 25 ° C, ionic product of water has a value of 10-14 (mol / l) 2 The product of the water determines the relationship between the concentrations of H + and OH-. Changing the concentration of H + ions involves a change in ion concentration OH_ in order to maintain a constant value. The chemically pure water, concentration of hydrogen ions and hydroxide are equal because the water is neutral.

The soluble salts of calcium and magnesium in water determines the water hardness. 1o hardness = 20.04 mg of calcium ion Ca 2 + / dm 3 or 12.16 mg of magnesium ions, Mg2 + / dm3 of water.

Chemically pure water does not conduct electricity. Tap water or well water has always solutes which belong to the electrolyte and are dissociated.

What happens if we give water electrolysis?

If the water tank we put two electrodes: the anode and cathode and to turn on the electric start electrolysis, is the dissociation of water into hydrogen ions H + and hydroxyl OH. The reaction is reversible, so after removing the electrodes will be mixing and combination of ions. However, you can create two spaces filled with water, separated membrane (thick blotting paper, canvas). The membrane is then permeable ions, and simultaneously prevent the mixing of water from the two compartments (spaces). The area around the anode accumulate ions, while the accumulation around the cathode will hydroxyl ions. The water in the anode compartment will therefore have an acid reaction, whereas in the cathodic water will be alkaline. Hydrogen is a gas to the sour water is rich in gas bubbles. Hydroxyl groups suitable alkaline. As we remember from chemistry, they are characteristic of the rules - hydroxides.

Quickly perceive that the sour water is not only clear, but it also has Ostrava smell, sour taste and the bubbles. Water from the anode compartment is referred to as dead water.

Water still has more positive charges than the living water.

But we know that the water is mineral iron, sodium, calcium, potassium, magnesium. These compounds do not behave neutrally, but react with OH-ions produced. So arise hydroxides: calcium, iron, magnesium, potassium. Hydroxides formed sediments and are responsible for turbidity in the case of shaking soapy water and a characteristic smell and flavor. Water accumulated in the cathode compartment is rich in hydroxyl ions and hydroxides and is called living water.

How do I get the living water and dead?

Currently in Poland there are special devices available for home use - Elektrolizery, which are used to obtain safe water and the living dead. They are produced in Lithuania by Burbuliukas. Electrolysis can be bought in Poland (from health food stores, natural health stores) or the former Soviet republics for a small amount. They are currently produced models: Elektrolizeris PTV-J-K-A. We have used for our research model-M. The device is patented and has been authorized NIH to use.

Company Website Burbuliukas

Sample cell

Water still life - healing properties

Action: antibacterial, antifungal, Antiprotozoal, przeciwgnilne, antyfermentacyjne, antiseborrhoeic, przeciwzaskórnikowe, skin cleansing, astringent, anti-inflammatory, anti blood pressure lowering, sedative, improving well-being.

Pharmacological synergism: to increase the effects of vitamin A acid derivatives, azelaic acid, adapalenu, increases the therapeutic efficacy of salicylic alcohol, triclosan, tioxolonu, antibiotics. Enhances the activity of essential oils.

Indications: seborrhea, seborrheic dermatitis, acne, bacterial and roztoczowy, prone to fungal infections, boils, dermatitis, eczema, lichen, impetigo, herpes, runny nasopharyngeal (instillation, nasal spray dosing), psoriasis, genital infections, insomnia, gingivitis, bleeding gums, joint pain (rubbing, wraps), swelling of extremities (rubbing, wraps), autoimmune diseases, allergies, colds (rinses throat, nose drops), ear infections, laryngitis.

Dosage: 100-150 ml of water 2 times a day dead. At the same time wash the skin 2-3 times a day.

Technical Guidelines: electrolysis carried out for 30 minutes. The water still keeps for 1 week. Our preparations for the skin to prepare the dead in the water - are more effective. PH of water should be dead 3-2,5.

Living water - healing properties

Action: improving the well-being, accelerate wound healing and tissue regeneration, all processes, stimulating processes of life, increasing blood pressure. Recommended in the states of weakness and fatigue. Living water stimulates the growth and development of all organisms, including pathogens.

Dosage: 1 cup 2 times a day. In addition to the wraps and wash the skin (trophic changes).

Indications: wounds, burns, bedsores (dead water first, then just live), sores, fatigue, heartburn, ulcers, hyperacidity, circulatory disorders, low pressure, dry cough, prostatitis, hair loss, lowered resistance to disease.

Technical Guidelines: electrolysis carried out for 30 minutes. Living water is stable for 1 week. After obtaining the leave of the living water, then decant the supernatant and stored in sealed bottles. PH should be the living water 10-10,8.

Living water and dead water

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