KR102316078B1 - Liquefaction method of rock and insoluble mineral using organic acid and oxygen catalyst - Google Patents

Abstract

The present invention relates to a method for liquefying rocks and insoluble minerals using an organic acid and an oxygen catalyst, and more particularly, to a method using a human-friendly organic acid and easily available sodium percarbonate as an oxygen catalyst.
This includes the steps of filling a 20L container with 10L of purified water and putting 2kg of citric acid; Stirring the purified water into which the citric acid has been inserted to 80° C. while heating, and administering 50 g of the rock powder processed to 500 mesh or more to the purified water; Soda percarbonate administration step of administering 200 g of sodium percarbonate several times for 1 hour while maintaining the temperature at 80 ° C after administering the rock powder, and stirring; a final mixing step of stirring while maintaining 80° C. for 1 hour after the final administration of sodium percarbonate; and extracting the first mineral solution through a process of filtering the heated mixture through a filter to remove the precipitate.

Description

Liquefaction method of rock and insoluble mineral using organic acid and oxygen catalyst

The present invention relates to a method for liquefying rocks and insoluble minerals using organic acids and oxygen catalysts. It is about a method of liquefying minerals that are difficult to make.

Recently, the EZ (Exclusion Zone) theory has been recognized worldwide by Pollock of the United States in the theory of the structure of water.

According to the EZ theory, water forms a dense structure including free electrons on the hydrophilic surface, and relatively free water is placed outside the EZ.

The EZ theory explains all the mysterious abilities of water that have been difficult to understand so far (Pollack, J, The 4 ^th phase of water). Although the dense structure of water has been explained by the hexagonal theory by enigma), the hexagonal number theory has only been proposed by computer modeling.

When Kaoru Kawada of Japan extracted granite, basalt, and olivine in liquid form with sulfuric acid, granite showed strong physiological activity that promotes the growth of animals and plants, and basalt has excellent surface activity to dissolve substances that are difficult to dissolve in water, and olivine. was found to have a water purification effect.

However, when the components of these three mineral solutions were analyzed, they all had a similar composition. This means that the properties that appear depending on the rock are not due to the elemental composition of the rock, but to the basic structure of the rock itself.

In other words, even if the rock becomes a solution, the basic structure of the mineral remains unchanged and acts as a catalyst.

Silica, a component of rock, has a basic skeleton of a tetrahedron with silicon (Si) as the nucleus and oxygen at each vertex, and various rocks are formed according to the arrangement of these structural skeletons.

Minerals with this structure have catalytic capacity at a small size of 5 nanometers (nm) or less, and it is known that the catalytic capacity increases by 10,000 to 100,000 times compared to simple elemental minerals (Hyeonwon Kim, Water of Life) , miracle water). And liquefied silica provides countless hydrophilic surfaces in water, making it possible to make EZ, that is, hexagonal water.

Kawada liquefied the rock powder using sulfuric acid. As a result of using the liquid rock mineral in the agricultural field, it is said that the pesticide-free farming method was able to repel pests and diseases, the growth of plants was promoted, and the fruits were enriched.

In the aquaculture field, not only the sterilization ability is excellent, but also the organic substances such as fish excrement are removed, so that the fish grows at a fast speed and healthy, and it has the effect of curing the disease of the fish.

When a rock is liquefied, the rock changes to a nanometer size and can catalyze, and the water containing hydrophilic silica present in a large amount in the rock forms an EZ with a dense structure. However, if the rock is made into a liquid with strong acid, it cannot be used for human use.

Domestic Patent Publication No. 10-2017-0084630 (published date: 2017.07.20.)

In order to solve the above problems, the present invention provides a method of liquefying a mineral that is difficult to make water-soluble and a rock powder that promotes physiological activity by using a human-friendly organic acid and easily available sodium percarbonate as an oxygen catalyst. has its purpose in

In order to achieve the above object, the present invention comprises the steps of filling a 20ℓ container with 10ℓ of purified water and putting 2 kg of citric acid; stirring the purified water into which the citric acid has been inserted to 80° C. while stirring, and administering 50 g of the rock powder processed to 500 mesh or more to the purified water; Soda percarbonate administration step of administering 200 g of sodium percarbonate several times for 1 hour while maintaining the temperature at 80 ° C after administering the rock powder, and stirring; a final mixing step of stirring while maintaining 80° C. for 1 hour after the final administration of sodium percarbonate; and extracting the first mineral solution through a process of filtering the heated mixture through a filter to remove the precipitate.

In addition, another method of the present invention, the step of diluting 10 times the first mineral solution obtained in claim 1 in a 20ℓ container to fill 10ℓ and put 2kg of citric acid; administering 100 g of processed insoluble powder of 500 mesh or more while heating and stirring the first mineral solution to which the citric acid is administered to 80° C.; Soda percarbonate administration step of administering 200g of sodium percarbonate while stirring several times for 1 hour while maintaining 80 ℃ after administering the insoluble powder; a final mixing step of stirring while maintaining 80° C. for 1 hour after the final administration of sodium percarbonate; and extracting the second mineral solution through a process of filtering the heated mixture through a filter to remove the precipitate.

The present invention as described above is to liquefy rock powder that promotes physiological activity and minerals that are difficult to make water-soluble by using human-friendly organic acids and readily available sodium percarbonate as oxygen catalysts.

1-2 is a flowchart of a liquefaction method according to the present invention;

Hereinafter, specific details for preferred implementation of the present invention will be described in detail with reference to the accompanying drawings.

The liquefaction method of rocks and insoluble minerals using an organic acid and an oxygen catalyst according to the present invention comprises a citric acid input step, a rock powder administration step, a sodium percarbonate administration step, a final mixing step, and a first mineral solution extraction step.

The citric acid input step,

Fill a 20ℓ container with 10ℓ of purified water, and put 2kg of citric acid (citric acid), an organic acid, inside the container.
The purified water is water from which foreign substances and minerals are removed by passing through a reverse osmosis water purifier.

The citric acid is a kind of acid and has the function of a natural preservative to prevent oxidation and sour taste, and functions to increase the absorption rate of the mineral components as well as the antioxidant, anti-inflammatory action.

In addition, although citric acid is basically an acidic substance, it has the effect of neutralizing the acidified body because it is converted to alkali through the digestive process.

The citric acid (organic acid) has an excellent ability to elute insoluble mineral components in water, and the water insoluble mineral components contained in minerals can increase the elution efficiency when an organic acid is used as a catalyst.

The step of administering the rock powder,

While heating the purified water into which the citric acid has been inserted to 80° C. and stirring it using a stirrer, 50 g of the rock powder processed to a size of 500 mesh or more is administered.

The rock powder is granite pulverized and processed into powder, mixed with citric acid injected into heated purified water, and the citric acid is carbonized while generating steam by heat.

At least one of granite, basalt, serpentine, illite, sunjit, zeolite, tourmaline, magnetite, and olivine may be used as the rock used for the rock powder, and various other rocks may be added.

The granite contains abundant minerals, and basalt contains abundant minerals and calcium.

Prious Serpentine is rich in ingredients beneficial to the human body, such as magnesium, potassium, sodium, calcium, iron, and silicon, and has a high far-infrared emissivity and three times more energy than jade.

Illite (sericite) has various functions such as generating negative ions, radiating far-infrared rays, and purifying air.

Shungite is a natural antioxidant that enhances human immunity against numerous diseases and purifies water and air.

Zeolite (Clinoptilolite) is known to release a large amount of minerals and effectively remove toxins from the body.

Tourmaline generates a microcurrent in water to give water a reducing power, generates negative ions, increases blood flow rate, removes pain, and has the property of remembering the wave of substances well.

Magnetite is magnetic and has the property of remembering the wave of matter well. Periotite is used to purify water.

In the step of administering sodium percarbonate,

The purified water in which the fine rock powder is dissolved is heated while maintaining 80°C. Then, 200 g of sodium percarbonate, an oxidizing agent, is administered in heated purified water several times during 1 hour while stirring.

The final mixing step is

After administration of the final sodium percarbonate into the container, the mixture is stirred while maintaining 80° C. for 1 hour.

The sodium percarbonate is oxidized by a catalytic reaction while being dissolved in purified water and decomposed into water and oxygen.

The first mineral solution extraction step,

The first mineral solution is extracted through the process of removing the precipitate by filtering the mixture heated in the container with a filter. The first mineral solution has a PH (hydrogen ion index) of about 4, and may be diluted to a desired concentration.

Another embodiment of the present invention as described above will be described as follows.

Insoluble minerals that are difficult to make water-soluble such as coral powder, magnesium, zinc, germanium, and silver other than the rock powder can be liquefied, and the method of liquefying the insoluble powder is as follows.

The method for liquefying insoluble minerals using an organic acid and oxygen catalyst according to the present invention consists of a citric acid input step, an insoluble powder administration step, a sodium percarbonate administration step, a final mixing step, and a first mineral solution extraction step.

The citric acid input step,

Dilute the first mineral solution 10 times in a 20ℓ container, fill 10ℓ, and add 2kg of citric acid.

The step of administering the insoluble powder,

100 g of insoluble powder processed to 500 mesh or more is administered while the purified water having the citric acid inserted is heated to 80° C. while stirring using a stirrer.
The purified water is water from which foreign substances and minerals are removed by passing through a reverse osmosis water purifier.

The insoluble powder is processed into powder by pulverizing coral powder, and is mixed with citric acid put in heated purified water, and the citric acid is carbonized while generating steam by heat.

The material used as the insoluble powder is used by pulverizing coral powder, magnesium, zinc, germanium, silver, and gold into a powder.

The coral is a mineral mass containing calcareous (calcium) and 75 kinds of mineral substances, and has the property of being ionized immediately when it comes into contact with water as organic calcium, and the absorption rate of the human body is 70%, which is higher than other calcium.

In the step of administering sodium percarbonate,

After administering the insoluble powder into the container, while maintaining 80° C., 200 g of sodium percarbonate is administered several times for 1 hour while stirring.

The final mixing step is

After administration of the final sodium percarbonate into the container, the mixture is stirred while maintaining 80° C. for 1 hour.

The sodium percarbonate is oxidized by a catalytic reaction while being dissolved in purified water and decomposed into water and oxygen.

The second mineral solution extraction step,

The second mineral solution is extracted through the process of removing the precipitate by filtering the mixture heated in the container with a filter. The second mineral solution has a PH (hydrogen ion index) of about 4, and may be diluted to a desired concentration.

Hereinafter, the use according to the present invention will be described as follows.

①Use of EZ structure for water generation

The first and second mineral solutions prepared by the method of the present invention were mixed to prepare a mineral solution of the following components. For convenience, this solution is named Yurak, and is expressed as Yurak in the text of the present invention. The components of milk lacquer were analyzed using the luminescence spectroscopy (ICP-AES) of the Joint Instrumentation Center of the College of Agriculture and Life Sciences, Seoul National University.

Mineral granite Ca Mg Zn Ge Ag ppm 100 1000 1000 100 10 10

After diluting the oil 10 times ^{, the absorbance was measured at 17} O NMR and 280 nm (see Table 2). ^{The half width of the 17} O NMR oxygen peak tells the size of the cluster of water, and the absorbance at 280 nm means how much water forms the EZ structure. This result means that EZ-structured water is created by drift.

¹⁷ O NMR half maximum width Absorbance at 280 nm general 120Hz 0 oily 10-fold dilution 62Hz 0.21

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Claims (5)

Filling a 20L container with 10L of purified water and putting 2kg of citric acid;
Stirring the purified water into which the citric acid has been inserted to 80° C. while heating, and administering 50 g of the rock powder processed to 500 mesh or more to the purified water;
Soda percarbonate administration step of administering 200 g of sodium percarbonate several times for 1 hour while maintaining the temperature at 80 ° C after administering the rock powder, and stirring;
a final mixing step of stirring while maintaining 80° C. for 1 hour after the final administration of sodium percarbonate;
A method of liquefying rocks and insoluble minerals using an organic acid and an oxygen catalyst, comprising: extracting a first mineral solution through a process of removing precipitates by filtering the heated mixture through a filter. According to claim 1,
The rock powder is a liquefaction method of a rock and an insoluble mineral using an organic acid and an oxygen catalyst, including any one of granite, serpentine, illite, sunjit, zeolite, basalt, tourmaline, magnetite, and olivine. The step of diluting the first mineral solution obtained in claim 1 10 times in a 20ℓ container, filling 10ℓ, and putting 2 kg of citric acid;
administering 100 g of processed insoluble powder of 500 mesh or more while heating and stirring the first mineral solution to which the citric acid is administered to 80° C.;
a sodium percarbonate administration step of administering 200 g of sodium percarbonate while stirring several times for 1 hour while maintaining 80° C. after administering the insoluble powder;
a final mixing step of stirring while maintaining 80° C. for 1 hour after the final administration of sodium percarbonate;
A method of liquefying rocks and insoluble minerals using an organic acid and an oxygen catalyst, comprising: filtering the heated mixture through a filter and extracting a second mineral solution through a process of removing sediment. 4. The method of claim 3,
The method for liquefying rocks and insoluble minerals using an organic acid and an oxygen catalyst, wherein the insoluble powder includes any one of coral powder, magnesium, zinc, germanium, and silver. 4. The method of claim 3,
The liquefaction method of rocks and insoluble minerals using an organic acid and an oxygen catalyst comprising the first and second mineral solutions having a PH (hydrogen ion index) of 4.

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