KR100577843B1 - Production method of micro-cluster carbonated mineral water from the deep a rock floor water - Google Patents

Abstract

The present invention proposes a method for producing small group carbonate mineral water (小 集 小 泉水) with good water taste and good cooling from rock water of deep underground rock.

To this end, the present invention transfers the rock water taken from the pit to excavate the underground rock bed to the collection tank and then sent to the pretreatment process such as filtration, adsorption to remove the suspended solids, organic matter, etc. Send to).

The electrostatic water treatment tank 1 is supplied with a high voltage constant voltage from an electrostatic charger 7 to a network of electrodes of stainless steel filled with charcoal or activated carbon. Some hydrogen bonds of water molecules are cleaved, treated with small groups of water, and then sent to the primary treatment tank (8).

The treated water of the primary treatment tank 8 is composed of minerals or ceramics emitting far infrared rays by the primary treatment water transfer pump 10, minerals or ceramics emitting negative ions, magnetized magnetite or magnetic ceramics, divalent and 3 Solenoid magnetizer (12) is sent to the packed column (10) filled with the filler (11) filled with ferrous pellets, minerals, and minerals that are easily eluted. And after the magnetization treatment while passing through the magnetic field of the electromagnet or permanent magnetizer 13, some are sent to the carbon dioxide gas dissolution tank 15 while being returned to the primary treatment tank (8) to dissolve the carbon dioxide (CO₂) After conversion to carbonate mineral water, fine filtration and sterilization are performed. After the sterilization, small group carbonate mineral water is filled and sealed in a container (bottle), and then packaged and shipped.

Of note, small group carbonated mineral water is expected to be widely used as drinking water and soft drink because it has an effect of improving the taste of water.

[Index]

Small group mineral water, magnetite, magnet, rock water, far infrared ray, minus ion, electron water, constant voltage

Description

Production method of micro-cluster carbonated mineral water from the deep a rock floor water}

1 is a process chart for producing small group carbonated mineral water

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<Explanation of symbols for main parts of drawing>

1: Electron water treatment tank 2: Electrode

3: insulator 4: stainless steel sheet

5: concrete structure 6: grounding

7: Electric charger (Electron charger)

7a: variable resistor 7b: ground

7c: Primary winding 7d: Iron core

7e: 2nd winding 8: 1st treatment tank

9: primary treatment water transfer pump 10: charging tower

11 Filling 12 Solenoid Magnetizer

13 electromagnet or permanent magnet magnetizer 14 rectifier

15 carbon dioxide gas dissolution tank 16 carbon dioxide gas dissolution tank filling

17: carbon dioxide storage tank

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N: North pole S: South pole

AC: Alternating current power

DC: Direct current power

FI: Flow indicator

PT: Pressure transmitter

PIC: Pressure indicator control

LT: Level transmitter

LCV: Level control valve

pHIT: pH indicator transmitter

ORPIT: Oxidation Reduction Potential Indicator Transmitter

The present invention dissolves carbon dioxide (CO₂) after constant voltage treatment and magnetization of water from which suspended solids and organic substances are removed in a pretreatment process such as filtration and adsorption of rock water eluted from deep rock. It relates to a method for producing a small group carbonic acid mineral water (小集團 炭 酸 鑛泉水) with an excellent refreshment while improving the taste of water.

Reviewing the conditions for good drinking water is as follows.

1) Molecular group of water should be small.

2) Oxygen (O ₂ ) and carbon dioxide (CO ₂ ) must be dissolved properly.

3) Mineral balance should be appropriate and the hardness of water should not be high.

4) It should be weak alkali.

5) There should be no odor without heavy metals, toxic substances and harmful microorganisms harmful to human body.

6) It should have good active oxygen scavenging ability.

7) The water temperature is preferably 10 to 15 ° C.

の丸)의 자철광광산의 암반수의 경우 자속밀도가 높은 자철광지대의 암반에서 배출되는 암반수의 경우는 미량의 2가 및 3가의 철염 및 기타 미네랄(Minerals)성분이 적당량 용해되어 있으며, 자철광의 암반층을 통과하면서 물은 자화처리되어 물 분자의 집단체(集團體 ; Cluster)가 미세화(微細化)되어 동 ·식물의 세포 중에 존재하는 생체수(生體水)와 유사한 소집단수로 용출되고 있으며, 이와 같은 물은 물맛이 좋으면서 장기간 보관하여도 변질이 되지 않은 특성이 있다.Mineral water of Lourdes, France, Kamaishi, and Taginomaru, Japan

In the case of rock water of the magnetite mine of the mine, the rock water discharged from the rock of the magnetite zone with high magnetic flux density is dissolved in trace amounts of divalent and trivalent iron salts and other minerals. As it passes, the water is magnetized and the clusters of water molecules are micronized and eluted into a small group of water similar to the living water existing in the cells of animals and plants. The same water tastes good and does not deteriorate even after long-term storage.

Artificial manufacturing methods of micro-clustered water include high pressure treatment, impact on the wall at high speed, treatment by impact fluid pressure generation by detonation pressure, and radiation of far infrared rays and negative ions. Treatment of ceramics and magnetic ceramics, irradiation of laser rays, arc discharge, high pressure electrostatic treatment, magnetization treatment, ultrasonic treatment, treatment of minerals with high ion solubility, electrolysis (alkaline ionized water) Generation), injection of organic acids such as wood vinegar or citric acid, but there are various methods of producing a large number of small groups are converted to a large number (Bound water) over time (mostly within 48 hours).

Domestic Fortune, for ambansu discharged from mining rock mass of the magnetite, such as choice of titanium (Titanium), Mg (Magnesium), etc. of the mineral contains large quantities 4, 3 iron oxide; quality of the _{(Fe 3 O 4 Magnetite) (} 品位Because of the low magnetic flux density and low), the rock water discharged from the rock in these magnetite areas has a problem that the cluster of water molecules is not largely grouped.

In addition, in Japanese Patent Publication No. 2002-192171, an apparatus for producing active water using a cartridge filled with magnetized magnetite, permanent magnets, ceramics, etc. Although this technique is presented, its technique is a one-through flow of water through the layer of charged minerals instantaneously, so the contact time is short, so the performance is much lower than the mineral water discharged from the rock in the natural magnetite region. There is a problem that the time is reduced to a large number of population.

In general, the production method of spring water (mineral water) to be eaten is to remove water from deep rock and sedimentation of solid material (omitted when the concentration of solids is low) → sand filtration → activated carbon filtration → microfiltration → sterilization → container filling and sealing → inspection → Packaging → Water produced by the process of product shipment has a problem that the taste of water is less than that of small group because of the large group of water molecules, and deteriorates when stored for a long time.

The present invention is to provide a method for producing a small group of carbonated mineral water, which is suitable for deep rock mass, mineral balance is suitable, and the taste of water, and can be preserved for a long time to solve the above problems.

In order to achieve the above object, the present invention, when the rock water eluted from the deep rock inflow into the sump, the step of filtration, adsorption treatment, and then applying a constant voltage to generate the electron water, minerals, ceramics, minus to emit far infrared rays Solenoid after passing through the mineral or ceramics, magnetite, divalent and trivalent ferrite pellets containing ions, and fillings filled with hornblende, olivine, etc. It is characterized by consisting of a step of treating the molecular group of water into a small group as much as possible, and the step of dissolving carbon dioxide gas by magnetizing while passing through the magnetic field of the fire and electromagnet or permanent magnetizer.

Hereinafter, the contents of the present invention will be described in detail with reference to the drawings.

Excavation of underground rock and the rockwater from deep rock flows into the catchment well and is then transferred to a catchment by a rock water transfer pump. The pre-treated water from which the solid matter and the organic matter are removed from the adsorption facility is supplied to the electromagnetic water treatment tank 1.

The material of the electromagnetic water treatment tank 1 is made of stainless steel, and there is a mesh of stainless steel electrodes 2 filled with charcoal or activated carbon with high conductivity. The lower part of the insulator is provided with an insulator (3) such as polyethylene, polyvinyl chloride (PVC), styrofoam, and the lower part of the insulator is made of a stainless steel sheet (4) made of a conductor and a corrosion resistant material. Installed between the structures (5), the stainless steel plate (4) is grounded (6) to the ground.

When the pretreated rock water flows into the electromagnetic water treatment tank 1, an AC high voltage static electricity is applied to the network of the electrode 2 from the electrostatic charger 7 and the center of the electrode 2 is centered. When the + and-electrostatic fields are alternatingly applied to water molecules for a long time (more than 4 hours), the water molecules themselves vibrate and rotate, causing the hydrogen bonds of the water molecules to partially break, causing a cluster of water molecules. Is a small group water, and at the same time, the removal of volatile substances in the water and the sterilization action take place at the same time.

The small group of water thus produced becomes high energy reducing water having a high alkaline high natural frequency.

The voltage applied to the constant voltage generator 7 is adjusted in accordance with the values of pHIT (7.4-7.8) and ORPIT (200 mV or less) provided in the primary treatment tank 8.

The primary treatment water in the electronic treatment tank (1) is sent to the primary treatment tank (8).

The primary treated water of the primary treated water tank (8) is a corrosive pellet containing bivalent and trivalent iron (Pellet) by the primary treated water feed pump (9) for the purpose of improving the generation efficiency of the small group water and for long term preservation. ), Hornblende, olivine, rhyolite or daphite pumice stone with excellent solubility of various minerals in minerals and ceramics emitting minerals, ceramics, magnetite or magnetic ceramics and water emitting far-infrared rays, After sent to the packed column (10) filled with the filler 11 of the Pheummaite and Elvanite, it is sent to the solenoid magnetizer 12 and the electromagnet or permanent magnetizer 13 for magnetization. The carbon dioxide gas is sent to the upper part of the tank 15, and a part is returned to the primary treatment tank (8).

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When the water containing a small amount of divalent and trivalent iron is magnetized, the production efficiency of the small group water is improved, and the small group of water is maintained even after long-term storage.

The solenoid magnetizer 12 is an alternating current of about 0.5 to 5 V in a coil wound around a cylindrical conduit of an insulating material such as synthetic resin (PVC, PE, styrene resin, etc.), ebonite, FRP, Bakelite, or the like. When a DC voltage is applied, a magnetic field is formed inside the coil, and when water passes through it, the water becomes a small group number.

When the permanent magnetizer 13 has a large flow rate, the permanent magnet is additionally installed in the middle of the magnetic field to minimize the distance between the magnet and the magnet, thereby improving the magnetization treatment efficiency.

In view of economical efficiency, even if the magnetization efficiency is somewhat reduced, only one of the solenoid magnetizer 12 and the electromagnet or permanent magnetizer 13 may be installed.

The carbon dioxide dissolution tank 15 includes fillers such as Raschig ring, Pall ring and Saddle ring to improve the gas-liquid contact efficiency to improve the dissolution rate of carbon dioxide in water. ).

The carbonated gas is dissolved in water by supplying the magnetized water to the upper portion of the carbon dioxide gas dissolving tank 15, and the carbon dioxide gas is supplied from the carbon dioxide storage tank 17 to the lower portion. The pressure of the gas dissolution tank 15 is adjusted.

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Small group carbonated mineral water dissolved in carbon dioxide gas dissolving tank (15) is sent to precision filtration process (Micro-filter, Ultra-filter, etc.) to finally remove solids and then sterilization process (sterilization by oxidizer, heat sterilization, UV sterilization, etc.), sterilization, bottle (vessel) filling and cap closure, inspection, packing and shipping to products.

As described above, in the present invention, the small group carbonated mineral water is expected to be widely used in drinking water, soft drinks, etc., because it has an effect of improving water taste.

Claims (3)

Water from the deep rock is removed and solids and organics are removed from the filtration and adsorption equipment, and the water is supplied to the electronic water treatment tank 1, and AC high-voltage static electricity is transferred from the electrostatic charger 7 to the activated carbon or charcoal. It is applied to the network of the charged electrode 2 and treated with the first small group water, and then sent to the primary treated water tank 8, and the primary treated water of the primary treated water tank 8 has the efficiency of generating the small group water. Pellet containing divalent and trivalent irons, minerals or ceramics emitting far-infrared rays, minerals, ceramics and magnetites emitting negative ions to the primary treated water transfer pump (9) for improvement and long-term storage. Or magnetic ceramics and water, which are excellent in solubility of various minerals, are sent to the packed column (10) filled with a filler (11) of hornblende, olivine, rhyolite or dacite, feldspar, and elvan. Then Raschig ring, Pall ring, Saddle ring of water which is sent to solenoid magnetizer 12 and electromagnet or permanent magnetizer 13 to be magnetized and treated with small group water ) Is sent to the upper portion of the carbon dioxide gas discharging tank 15 filled with the filler 16, and the carbon dioxide gas CO2 is supplied from the carbon dioxide gas storage tank 17 to the lower portion of the carbon dioxide gas dissolution tank 15. Method of dissolving gas to produce small group carbonate mineral water. The small group carbonate mineral water is produced in a process in which only one of the solenoid magnetizer 12 and the electromagnet or the permanent magnetizer 13 is installed in view of economic efficiency even though the magnetization treatment efficiency is slightly lowered. How to. delete

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