METHOD AND INSTALLATION FOR THE SEPARATION OF POLYMOLECULAR WATER STRUCTURES CONTAINING ALSO BIOLOGICALLY ACTIVE WATER

Abstract: Method and equipment for the separation of three distinct fractions of water from ordinary purified water, which has been called neutral water (N-water), respectively antagonistic water (A-water) and biological water (B-water). The last two fractions, namely the A- and B-water are of deep interest in medicine, biology, bioenergetics, electrochemistry, the physics of gravitational field and other fields. The A- and B-water have a polymolecular structure which showed to be optically active and a pH ranging between 1-5.5 (A-water) and 7-9.5 (B-water), respectively. The method of the invention is based on, enables the separation of the three components out of the distilled or chemically purified ordinary water in an installation within which a synergetic action of five fields - hydrodynamic (1), electromagnetic (2), ultrasonic (1) and gravitational (1) - is used. The desired concentration of the polymolecular structures of A- and B-water is obtained in a chain of cascades of separators.

Description: METHOD AND INSTALLATION FOR THE SEPARATION OF POLYMOLECULAR WATER STRUCTURES CONTAINING ALSO BIOLOGICALLY ACTIVE WATER The present invention is refferring o a method and equipment for th separation of certain polymolecular structures of water from ordinary, purified water which can be of interest in med icine, biology, bioenergeti electrochemistry and other fields. Various studies and several hypotheses have been worked out during t last decades on the simple and ccmplex polymolecular structure of water. A series of experiments showing the existence, within the water stru of dimers, tri ers and hexamers as unstable structures are known. Separation of structurally modified water fractions has also been su cesfully carried out by condensing unsaturated water vapours within fine capillaries (Chemical Abstracts 72, 1970, 33-+3 1* and 73, 1970, 38666). The changes noted in the modified water, after the separation of one of the components are, however, reversible, reaching the equilibrium state after several days or even weeks. As a practical need, in various theories on nuclear reactors another hypothesis has also been included according to which the neutron moderati cross-sections in distilled water should be calculated taking into accoun the ratio between ordinary water and the deuterated, polymolecular water. At the same time in the available literature no refference is made regarding the existence of certain polymolecular water structures related OMPI > > po to the hydrogen (H , D) as well as oxi gen isotopes (0 , 0 , 0 ). The magnetic treatment of water using permanent magnet-based devices, d .c or a.c supplied solenoidal coils or permanent magnetized ferrites is also known. By such a treatment the water mineralization or desalination as well as the ion separation can be achieved. Biologic effects of water lasting short periods of time, such as plant and animal growth stimula¬ tion, are also mentioned in the literature (Romanian patents No 7 8 and 48221, French patent No 1 42804). The method described according to the present invention enables the separation of certain polymolecular structures of water also containing the biologically active water, in such a way, that passing ordinary water after a preliminary purification stage by simple or multiple distillatio steps or after chemical purification through a chain of separation ' casca within which the enrichment and separation of hydrated structures from t polymolecular structures of water takes place, using the simultaneous ac of a hydrodynamic field of water whose flowing pressures are ranging bet 0.1-5 atmospheres depending on the cascade capacity, of two electromagne fields of about 10-2500 V whose field vectors are pointing out the separ tion directions, a low power ultrasonic field of a frequency ranging between 1Q0 kHz-1000 kHz which influences the proper dipolar field of water molecules and the gravitational field, a fraction of ordinary modified water called N-water as well as two fractions called A-water an B-water having different polymolecular structures are eventually separat and subsequently subject to the same simultaneous and synergetic action the same fields as in the first stage but at modified parameters accordi to the enrichment degree of the respective fractions. The installation based on the method described according to the present invention is made up of a distillation or chemical separation level consisting of neutral columns, a cascade of identical separators consisting of neutral and hermetically closed vessel s, these being provid with 5 openings, 3 pairs of identical and chemically inert electrodes ou of which two pairs with osmotic properties, are connected to two continu electromagnetic field generators and a third pair is connected to an ultrasonic generator, the internal volume of the separatϊ ng vessel being divided into an upper and a lower level by a chemically inert and electr active ho izontal membrane, the lower level being also divided into two compartments, A and B, by a chemically and electrically inert membrane, f __ OMPI " having also osmotic properties, the separators communicating between the through hermetically closed and chemically neutral pipes, each of these being connected to a collector for the modified, ordinary water, the las one being provided also with two collectors for the polymolecular water fract ions. In the following an example of the application of the present inve tion is given in connection also with figures No. 1 and 2, which represe - fig.l, a scheme of principle of the installation according to th invention; - fig.2, a general view of the separating level structure. The installation for the separation of polymolecular structures ha biological properties out of ordinary water, consists of a purification level 1 w.ithin which the distillation or chemical purification of water place, of a cascade of separators 2a, 2b, 2c... structurally identical a representing hermetically closed vessels. Each separator communicates wi the collectors, Ja, 3b ... 3n and the last separator 2n is provided with supplementary, hermetically closed collectors, A and B, for the polymole water fractions A and B, respectively. Each of the 2-series separators is made up of a hermetically clos vessel 4, separated by a chemically inert and electrically act ive membra into two levels, an upper one, 5, and a lower one, 6. The level 5 is pro with two chemically inert electrodes, 7, connected to an electromagnetic generator which is not represented. In its turn level 6 ' is divided into t other compartments by a membrane 8. The compartment 6 is provided with a second pair of electrodes, he electrode, 9» being connected to the separa membrane, 1 , and the electrode JO, is connected to the bottom of the ves The compartment 5 is provided with electrodes 11 for ultrasonic field or frequency electric field. Vessel 4 is provided with inlets 12, 13, 14 and outlets 15, 16, 17. Ordinary water showing a proper hydrodynamic field determined by it flowing nature at pressures ranging between 0.1-5 atmospheres, is brought to the level 1 where distillation or chemical purification occurs. From t purification stage, 1, the water passes through inlet 12, into the upper compartment of the first separating level 2a, where it is simultaneously subject to a continuous electromagne ic field generated by the two electr OMPI 7, by applying an internal voltage with values ranging between 10-2500 v depending on the capacity of the vessel and an ultrasonic field generate electrodes 11 by means of an external generator which is not represented, frequencies ranging between 100-1000 kHz depending on the intensity of t cavitation phenomena which may appear in the vessel. " As a result of the synergetic co-operation between the action of va fields used in the installation such as: hydrodynamic, electromagnetic, u sonic, gravitational and that of the proper electrical di poles of water molecules a concentration of the polymolecular structures around the ele 7 takes- place. The action of these fields is amplified by the synergetic conjugated action of the field generated by the electrodes 9 and 10 as w by the gravitational field inducing a stratification and a pumping effect the polymolecular fractions into the lower compartments 6. As a result of the supplementary pressure produced in compartment 6 with the help of the membrane 8, an osmotic effect is produced by which additional fractional enrichment of the same type in each of the lower compartments, 6, is obtained. After reaching the first equilibrium of the polymolecular fraction concentrations in the compartments 6, outlets 16 are opened, releasing their content to the upper compartment of the next level, 2b, in which the process is repeated at the modified parameters of fields depending on the enrichment level attained in the previous separat The modified ordinary water is collected through inlet 15 into the responding collector 3a. After the first water fractions are collected from the separator of first level 2a, the process continues up to the reaching of the desired concentration and amount of polymolecular structures. Three water fractions are collected as a result of the separation process: - a fraction of modified ordinary water, whose properties and chemi structure are similar to those of ordinary water, symbolically called neu water (N-water) : - a polymolecular fraction whose pH ranges between 1-5.5,and having property to inhibit the vital processes within the living biological structures, called antagonistic water (A-water): - a polymolecular fraction whose pH ranges between 7*9.5,biological active, called biological water (B-water); and which has the property stimulating the vital processes within the living biological structure as well as the property of naturally pulsing, without any apparently external energy supply, also producing chemical oscillators in adequat solutions, these bei ng alternative electrical energy producers (showin alternative plus, minus oscillations). This last- entioned fraction when placed into a magnetic field axially generated by a ring electromagnet shows a modification of its oscillating energy emission and absorption. The cellular bioenergetϊc cycles as well as the biorhythms of the living structures are deeply influenced by the ratio and concentration of the two fractions of poly molecular water with acid, respectively alkaline pH, which permanently coexist and the enzymatic reactions in the metabolic cycles are in the turn conditioned and determined by the concentration and ratio between the same two polymolecular fractions, on the one side, as well as by t ratio and concentration of these two versus the amount of neutral wate contained in a living structure, on the other side. The main advantage of the present invention consists in eviden and enabling the separation of certain new polymolecular fractions of having direct application in the research-of the physical and chemical, biomedical processes, in the synthesis of various biostimulators, in th pharmaceutical industry for the production of optically active compound with, similar properties to the natural ones, in the foodstuff industry producing synthetic foods with features similar to the natural ones, as well as in electrochemistry for producing new combustion cells. OMPI

Claims: CLAIMS 1. A separation method of some polymolecular structures of water al containing the biologically active water, from ordinary, purified water, characterized in such away that , i n order to obtain polymolecular structur with biological properties, the ordinary purified water by simple or mult distillation is subject, in a chain of several levels, to a series of enriching and separating processes of the hydrated structures from the wa polymolecular structures, by the simultaneous action of a hydrodynamic fi of water whose flowing pressures are ranging between 0.1-5 atmospheres depending on the cascade capacity, of two electromagnetic fields of about 10-2500 V whose field vectors are pointing out the separation directions, a low power ultrasonic field of a frequency ranging between 100 kHz-1000 which influences the proper dipolar field of water molecules and the grav tional field, a fraction of ordinary modified water called N-water as wel two fractions called A-water and B-water having different polymolecular structures are eventually separated and subsequently subject to the same simultaneous and synergetic action of the same fields as in the first sta but at modified parameters according to the enrichment degree of the resp fractions. 2. The installation based on the method according to claim 1, characterized in such a way that it is made up of a distillation or chemi separation level (1) provided with neutral columns, a cascade of identica separators (2) consisting of neutral and hermetically closed vessels (4) these being provided with 5 openings (12, 13, 14, 15, 16, 17), 3 pairs of identical and chemically inert electrodes (7, 9, 10, 11) out of which two pairs with osmotic properties (7, 9, 10) are connected to continuous electromagnetic field generators and a -third pair (11) is connected to an ultrasonic generator, the internal volume of the separating vessel (4) b divided into gπ upper(5)and a lower (6) level by a chemically inert and electrically active horizontal membrane, the lower level (6) being also divided into two compartments, A and B by a chemically and electrically inert membrane (8) but having also osmotic properties, the separators (2) OMPI * IPO --? communicating between them through hermetically closed and chemically neutral pipes, each of these being connected to a collector for the modified, ordinary water (3), the last one being provided also with two collectors (A and B) for the polymolecular water fractions.

Inventors: LUCACI GHEORGHE, MANZATU IOAN, LUCACI, GHEORGHE, MANZATU, IOAN
Applicants: BUCURESTI MEDICAMENTE, INTREPRINDEREA DE MEDICAMENTE BUCURESTI
Application year: 1982
Main classification: C02F1
IPC codes: C02F1