KR20080112445A - The manufacture method of the functional water which restrains pathogenic bacteria and growth of multidrug resistance bacteria while reducing bad smell outbreak using seawater - Google Patents

Abstract

A method for manufacturing functional water restraining rearing of resistant bacteria and disease-causing germ while reducing generation of bad small by utilizing seawater is provided to increase a shelf life by applying functional water to a food machining process and an agricultural and marine product machining process. A method for manufacturing functional water restraining rearing of resistant bacteria and disease-causing germ while reducing generation of bad small by utilizing seawater comprises steps of: supplying mineral water desalinizing deep sea water or superficial layer seawater in inflow water to a constant voltage reaction bath(1); magnetization-processing by sending materials treated by sent to a minus ion generation reactor(10) to a constant voltage conducting pipe or a permanent magnet susceptor(12); treating microclustered water of 48~60Hz range of which a half amplitude of a nuclear magnetic resonance is 17O-NMR; supplying water treated by micro-clustered water to a useful microorganism culture tub(13); manufacturing the functional water by cultivating useful microorganism in order to make a concentration of mixed liquor suspended solids into 2,500~3,500 mg/L.

Description

Manufacture method of the functional water which restrains pathogenic bacteria and growth of multidrug resistance bacteria while reducing bad smell outbreak using seawater }

1 is a manufacturing process diagram of the functional water

<Explanation of symbols for main parts of drawing>

 One; Constant voltage reaction tank 2; electrode

 3; Insulator 4; Stainless steel sheet

 5; Foundation concrete structure 6; Grounding

 7; Constant voltage generator (electron charger)

 7a; Variable resistor 7b; grounding

 7c; Primary winding 7d; Iron core

 7e; Secondary winding 8; Small group reservoir

 9; Small group transfer pump 10; Far Infrared and Negative Ion Reactor

11; Filler 12; Magnetizer

11; Small group reservoir 12; Small group transfer pump

13; Useful microbial culture tank 14; Sedimentation tank

15; Settler lake 16; Conveying pump

17; Useful microorganism activator 18; Bio-reactor

19; Filler 20; Air blower

21; Function number reservoir 22; Function water transfer pump

The present invention relates to a method for producing a functional water that suppresses the growth of pathogenic bacteria and multiple resistant organisms while reducing the occurrence of odor, and more particularly, foliar spraying agent for drinking water and crops of livestock When used in odor remover in composting process, drinking water treatment, food manufacturing process, etc., the functional water which can suppress the growth of perishable and pathogenic bacteria and even multidrug-resistant bacteria is ground water, raw water, Small group water of small groups of water molecules by high pressure constant voltage treatment and magnetization of water mixed with tap water and mineral water obtained by desalination of deep seawater or surface seawater. Pellet with active corrosive material Pellet and Rhyolite or Daphite Pumice using water treated with Microclustered water Play (Polyphenol) relates to a method of producing gender metabolites (代 射 産物) the number of micro-organisms by culturing actinomycetes and the function of these organisms contain metabolites that excretion (機能 水).

In the Nagasaki Prefecture, Japan's Kago Recession Wetlands, marine diatoms, seaweeds, and carcasses of terrestrial flora and fauna are discharged from the nearby Unzen volcanic ash. (火山灰 土) is mixed and deposited, acidic humus (also called peat or peat) with a pH of 2.0-2.5 exists.

The acidic corrosive soils of the Garago Recessed Wetlands are acidified by the release of hydrogen ions (H ⁺ ) by the hydrolysis reaction of minerals activated in the volcanic ash of the large-scale volatilized soil as shown in the following reaction ①. It became.

M ^{n +} + nH ₂ O → M (OH) _n + nH ⁺ . … … … … … … … … … … … … … … … ①

Where M is the active mineral component and n is the valence of the active mineral.

Acidified by the hydrogen ions (H ⁺ ) released in the reaction of the above reaction ①, Fulvic acid in the corrosive substance is induced in the free state and activated in volcanic ash. Reacts with minerals to form chelating mineral complex salts. Scholars call these corrosives an active humic substance or activated humus.

Such active corrosive substances are easily dissolved in water in aqueous solution to facilitate mineral supply to animals and plants and microorganisms, and partially break hydrogen bonds of water molecules to form clusters of water molecules. When small groups are converted into microclustered water, the surface tension is reduced and the penetration is improved, which facilitates the absorption of various nutrients, thereby promoting growth.

And chemical composition, physical properties, and properties of active corrosive substances used in the present invention, and rhyolite or rhododendron pumice (also known as stone). The data such as the physical substance of chelating organic acid mineral complex salts in the active corrosive substances are as follows: soil organic matters, natural wastes, and natural cleansing treatments.の 實際, 田田 亮 外 1 人 地, 地 人 書館), the latest bio water treatment technology ((星 社 厚生 閣), livestock research (畜産 の 畜産, 46, 445, 1992 and 47, 1016) , 1993), etc., are described in detail, and the artificial manufacturing of active corrosive substances is described in detail in Korean Patent Application No. 10-2001-0046667 (Article manufacturing method of activated corrosive substances). .

Bacillus mycoides and Aspergillus niger, which excrete metabolites of polyphenolic compounds in nature to produce corrosive substances by corrosive reactions of carcasses. nigers, penicillium glaucum, corrosive microorganisms such as actinomycetes and Bacillus subtilis, Bacillus natto, Microorganisms such as Bacillus stearothermophilus, Pseudomonas sp., And lactic fermentation bacteria excrete antibiotics in the metabolites that inhibit the growth of harmful pathogenic microorganisms, rot and decaying microorganisms, thus causing odor. There is a property to reduce and inhibit the growth of harmful pathogenic microorganisms.

In addition, these microorganisms have a high inorganic mineral content in the cell wall or cytoplasm, so these microorganisms are actively metabolized when the mineral supply is sufficient.

Therefore, these microorganisms inhabit the surface of rock such as granite mainly in natural ecosystem.

Kagora Fureai Ranch, adjacent to Nagasaki Prefecture's Kago Recession Wetlands, raises livestock manure such as horses, cattle, pigs, and goats, while live manure is not completely processed. However, as the natural purification is much faster than in other rivers and wetlands, odors are reduced, and the corrosives of this wetland are collected and sprayed on the barn. There was a decrease in the occurrence of odor in the manure and barn.

Therefore, Japanese Patent Publication No. Hei 5-66199 contains organic substances by using such a corrosive substance (hereinafter referred to as active corrosive substance) and rhyolite or large-scale pumice stone containing a large amount of active minerals. In some cases, the treatment efficiency is greatly improved by applying to biological wastewater treatment. In the case of Korean Patent Registration No. 10-0454508, a method of preparing functional water having a deodorizing function and sterilization ability against multidrug-resistant bacteria is proposed. The prior art has a treatment effect when the population of water molecules with a bound number of water with a nuclear magnetic resonance (NMR) ¹⁷ O-NMR half-value width of 130 Hz or more. There was a very minor issue.

Thus, the inventor of the present invention has a magnetized magnetite rock layer formed around the Gargo wetland, and the eluted groundwater is magnetized to have a nuclear magnetic resonance ¹⁷ O-NMR half width value of 80 to It was found that the population of water molecules was small grouped at 90㎐ and the value of nuclear magnetic resonance ¹⁷ O-NMR half-width was high when the effects of active corrosive material and active mineral were low.

The present invention is to provide a method for improving the treatment efficiency by reducing the value of nuclear magnetic resonance ¹⁷ O-NMR half-value width of the water molecules in the influent in order to solve the above problems. .

In order to achieve the above object, the present invention provides a high-voltage constant voltage treatment, far-infrared rays and negative ion treatment of water in which mineral water obtained by desalination of deep seawater or superficial seawater is mixed with one kind of inflow water (raw water) from groundwater, mineral water or tap water. And subpopulating the population of water molecules by magnetization and treating them into subpopulations, and cultivating useful microorganisms using minerals containing a large amount of active corrosive substances and active minerals, and containing functional metabolites of these microorganisms. It is characterized in that the step consisting of manufacturing.

In the present invention, the production of functional water is a mixture of mineral water obtained by desalination (NaCl) treatment of deep seawater or superficial seawater in one kind of inflow water (raw water) from groundwater, rock mineral water or tap water, in the range of hardness 300-5,000mg / L. Water is used to cultivate useful microorganisms that correlate with corrosive microorganisms that produce corrosive substances that reduce the development of odor while suppressing the growth of rot and pathogenic bacteria and multiple resistant organisms. Functional water containing the metabolites of these microorganisms is produced.

The functional water produced here is mixed with livestock drinking water to improve the growth rate and meat quality while being resistant to pathogenic bacteria, and applied to treatment processes with high odor, such as composting or manure treatment. To reduce the occurrence of odor by suppressing, in addition to the processing process of food processing and agricultural products, it is possible to suppress the growth of perishable and pathogenic bacteria to prolong the preservation period, to prevent the disease and improve the quality by foliar application to the crop There is.

Microorganisms that are antagonistic to odor-causing decaying microorganisms are microorganisms that excrete polyphenolic metabolites in natural ecosystems. These microorganisms inhibit volatile odorous substances and heavy odors caused by decaying microorganisms. · Condensation reactions are converted to non-volatile substances to reduce odors. Actinomycetales sp. Is an antibiotic that inhibits the growth of pathogenic microorganisms such as pathogenic bacteria and multidrug-resistant pathogens. It is contained.

Microorganisms that excrete polyphenolic metabolites and microorganisms that excrete antibiotics are in an interrelated relationship, and these microorganisms have a high content of minerals in the cell wall or cytoplasm. These microorganisms have an active metabolism in the supply of sufficient minerals and microclustered water in which the cluster of water molecules is subgrouped.

Therefore, in the present invention, functional microorganisms containing antibiotics that inhibit the growth of polyphenolic metabolites and pathogenic microorganisms are produced by culturing these microorganisms while sufficiently supplying minerals with a small group of small groups of water molecules.

Hereinafter, described in detail by the accompanying drawings as follows.

The adjustment of minerals to one type of inflow (raw water) among groundwater, rock mineral water or tap water is the hardness of mineral water obtained by desalination (NaCl) treatment of deep sea water of 200m or less (hereinafter referred to as "sea deep water") or superficial seawater. Water mixed in the range of 300 to 5,000 mg / L is used.

Mineral water desalted from deep sea water or surface sea water is removed from NaCl and KCl by an electrodialysis apparatus using an ion exchange membrane that only penetrates monovalent ions. Use mineral water or use concentrated mineral water, which is naturally evaporated and concentrated at room temperature.

I. Steps to Small Groups

The present invention is a constant-voltage reactor (water) in which the hardness of the mineral water obtained by desalination (NaCl) treatment of deep seawater or superficial seawater to one type of inflow water (raw water) from groundwater, rock mineral water or tap water is in the range of 300 to 5,000 mg / l. 1) When the current flows into the electronic device, a high voltage of 2,500 to 5,000 volts is applied from the constant voltage generator 7 and a current of 0.5 to 3.0 μA (Micro-Ampere) is applied to the electrode. After constant voltage was applied to the network of 2) for 4 to 24 hours, it was sent to a small group water storage tank (8) and sent to a small group water transfer pump (9) for far-infrared rays and minus ions. It is sent to far-infrared and negative ion generating reactor (10) filled with ceramics or mineral fillers (11) which radiate radiation, and then processed, followed by a constant voltage conductor tube magnetizer or permanent Sent to a magnet magnetizer (12) for magnetization Some nuclear magnetic resonance and returned to the constant-voltage reaction tank (1) (核磁氣共鳴; Nuclear magnetic resonance, NMR) 17 O-NMR half-width of (半値幅) number of sub-groups of the 48~60㎐ range (小集團水; microclustered water ) And then sent to the useful microbial culture (13).

When a high voltage of 2,500 to 5,000 volts is applied to the network of the electrode 2 from the constant voltage generator 7 of the constant voltage reactor 1, the positive and negative electrostatic fields are alternately repeated to the water molecules. After the constant voltage is applied for 4 to 24 hours, ceramics or mineral filler 11 which sends the small group water storage tank 8 to radiate far infrared rays and minus ions to the small group water transfer pump 9 is formed. Passing through the filled far-infrared and negative ion generating reactor 10 and the magnetic field of the magnetizer, the water molecules themselves vibrate and rotate, and the hydrogen bonds of the water molecules are partially cut. Clusters of water molecules are subpopulated and treated with micro-clustered water with ¹⁷ O-NMR half-widths of 60 GHz or less in nuclear magnetic resonance. Removal of volatile substances in water and sterilization also occur at the same time.

The material of the constant voltage reactor 1 is made of stainless steel, and inside is made of stainless steel filled with charcoal or activated carbon having high conductivity. A net of the electrode 2 is installed, and an insulator 3, such as polyethylene, polyvinyl chloride (PVC), and styroform, is provided at the lower part, and a stainless steel sheet 4 which is a conductor and a corrosion resistant material is installed at the lower part of the insulator. ) Is installed between the concrete structure (5), the stainless steel plate (4) is grounded (6) to the ground, the capacity of the constant-voltage reactor (1) is a residence time of 4 to 24 hours, the electrode The amount of charcoal or activated charcoal to be charged in (2) is charged to 80 to 85 vol% of the crude capacity.

In order to further improve the efficiency of generation of small group water, generation of far-infrared and negative ions filled with a small group number of storage tank 8 filled with ceramic or mineral fillers 11 radiating far infrared rays and negative ions with small group transfer pump 9 The reactor 10 and the magnetizer 12 are circulated at a flow rate [(0.5 to 2) x bath capacity / hour] of 0.5 to 2 times the tank capacity per hour.

The capacity of the far-infrared and negative ion-generating reactor 10 is based on the flow rate of the small-sized water transfer pump 9, and the residence time is 40 to 60 minutes for the packed bed of the filler 11, and the far-infrared and negative ions are radiated. The ceramics used are commercially available products, and in the case of minerals, one or two minerals of tourmaline or phyllite are mixed in the same weight ratio to generate far infrared rays and negative ions. 50-60 vol% is charged to the capacity of the reactor 10.

The magnetizer of the electromagnet 9 applies an alternating current (AC) or direct current (DC) power source with a current of 0.8-5 mA at a voltage of 0.5-5 volts.

The magnetizer of the permanent magnet 10 uses a rare earth magnet magnetized to a magnetic flux density of 10,000 to 15,000 gauss (G).

The magnetization machine 12 of the constant voltage conductive tube magnetizer or the permanent magnet provided on the discharge side of the small-sized water transfer pump 9 is provided with either.

II. A step of producing a functional water by culturing useful microorganisms

In the constant-voltage reactor (1), a high-pressure constant voltage treatment, ceramics or minerals emitting far-infrared rays and negative ions, and magnetization treatment are used to make small groups of water molecules into small groups. When the treated water is supplied to the useful microbial culture tank 13, the culture medium is mixed with molasses, agar, and water-soluble starch at the same weight ratio and chelate in an aqueous solution dissolved at 5 to 20 wt% in water. One of organic acids, such as citric acid, tartaric acid, and fulvic acid, which produces the organic organic mineral complex salt, was supplied and dissolved in the range of 0.1 to 5 wt%. Useful microorganisms cultured by injecting air from the blower 20 while supplying it in the range of 50 to 400 mg / l, and aeration so that the concentration of dissolved oxygen (DO) is 2.0 to 4.0 mg / l. Is sent to the settling tank (14).

The supply of spawn to the useful microbial culture tank 13 is Bacillus mycoy, which converts organic substances into corrosive substances by excretion of polyphenolic coumpounds in metabolites. Corrosive microorganisms such as Bacillus mycoides, Aspergillus niger, Penicillium glaucum, Actinomycetes, and Bacillus subtilis in symbiosis with these microorganisms Complex microbial agents such as Bacillus subtilis, Bacillus natto, Bacillus stearothermophilus, Pseudomonas sp. The amount supplied to the useful microbial culture tank 13 is supplied in the range of 400 to 1,000 mg / L to the inflow in the case of initial operation or abnormal operation, and the sludge of microorganisms in water ) If the concentration is maintained in the range of 1,000 to 1500 mg / l, it does not need to be supplied.

The amount of the useful microbial cells precipitated in the settling tank 14 by the return pump 16 to the useful microbial culture tank 13 is mixed liquor suspended solids in the useful microbial culture tank 13. The solids (MLSS) concentration is 2,500 to 3,500 mg / l, and the amount supplied to the useful microorganism activation tank 17 supplies 50 to 100% to the influent flow rate.

In the useful microbial culture tank 13, the useful microbial cells, which are solids supplied to the settling tank 14, are precipitated in the lowering of the settling tank 14, and the lower cone of the settling tank 14 by the settling tank Rake 15 is used. ) Part is returned to the microbial culture tank (13) useful for spawning with the return pump (16), while some are active corrosive pellets and rhyolite or large side. (Dacite) Pumice (19) filled with a charge (19) of the microbial reactor (Bio-reactor) 18 is sent to the useful microorganism activation tank (17).

When the useful microorganism cells are supplied to the useful microorganism activating tank 15 from the conveying pump 16, air is supplied from the blower 20 to the lower part of the useful microorganism activating tank 17 and the microbial reactor 18, and the water is aerated. The activated microorganisms are fed to the useful microbial culture tank 13 while circulating the charge 19 layer of the reactor 18, and the activated microorganisms are sent to the useful microbial culture tank 13 so that the entire system excretes the polyphenol compound in the metabolite. Corrosive microorganisms converting to corrosive substances and useful microorganisms in mutual symbiosis are converted into environmental atmospheres that grow into dominant species.

The amount of air supplied from the blower 20 to the useful microorganism activating tank 15 is aerated so that the concentration of dissolved oxygen is in the range of 2.0 to 4.0 mg / l. The amount of air supplied to the microbial reactor 16 is supplied in the range of aeration intensity (Intensity of aeration) 2.5 ~ 3.0 ㎥ / ㎡ · hr, the pressure of the blower 20 is positive pressure head according to the depth of the tank (靜壓 頭; Determine the static head and the pipe friction loss head.

 The useful microorganism activating tank 15 has a residence time of 1 to 2 days, and an active corrosion material pellet filled in the microbial reactor 18 has an inflow flow rate of 100 m 3 / day. 5 to 20 kg based on the amount of rhyolite or large-sided pumice, 10 to 40 kg of the volume fraction of the microorganism reactor 18 is filled in the range of 50 to 60%. .

The useful microorganism culture tank 13 has a residence time of 8 to 24 hours based on the inflow flow rate, and the precipitation tank 14 has a surface load of 16 to 24 m 3 / m 2 · day and a solid load. The surface area of the product is 60 to 90 kg / m 2 · day, the depth is 3 to 4 m, the bottom slope is 1/10 to 2/10, and the rotation speed of the sedimentation tank rake 15 is reduced. Is 0.01 to 0.05 RPM.

In the sedimentation tank 14, the useful microorganisms (有用 微生物 菌體) is precipitated to the bottom, and the solids are separated, and the aqueous solution containing the metabolite of the useful microorganisms is overflowed to the upper part of the precipitation tank (越 流; Over flow) and supplied to the functional water storage tank 21 to send to the functional water transfer pump 22 to the filtration process to remove the solid material, and then to produce the functional water containing the metabolite of the useful microorganism.

The filtration method of the filtration process removes solids by filtration in a sand filtration tower or a micro-filter.

If the value of the nuclear magnetic resonance ¹⁷ O-NMR half-width of the influent groundwater or rock mineral water is lower than 60 μs, the above-mentioned step of subpopulating the population of water molecules is omitted, and desalination of the deep seawater or superficial seawater is performed in The water mixed with NaCl) treated mineral water in the range of 300 to 5,000 mg / L is sent to the useful microbial culture tank 13.

In the case of mixing the inflow water with the mineral water obtained by desalting the deep seawater or the superficial seawater to have a hardness of 1,000 mg / l or more, the supply of minerals is sufficient, so that the active corrosive pellets and rhyolite rock in the useful microorganism activation tank 17 are used. Alternatively, it is not necessary to supply additional minerals in the microbial reactor 18 filled with the pavement-like pumice 19, so that the active corrosive pellets and the pyrite or p-sided pumice The process of the microorganism reactor 18 and the useful microorganism activation tank 17 which filled the packing 19 is abbreviate | omitted, and is sent to the magnetizer 12 from the small group transfer pump 9, and is processed.

Functional water containing the useful microorganism metabolites and minerals prepared in the above-mentioned process is foliar spraying, composting, and odor removal in livestock, livestock drinking water addition, microbial culture tank addition, fermented food manufacturing process When used as an additive and water, the aqueous solution diluted 10-1,000 times is used.

Example 1

Nuclear Magnetic Resonance ^{17 The} number of minerals obtained by desalting NaCl and KCl monovalent salts by electrodialysis using an ion-exchange membrane that permeates only monovalent ions of seawater into groundwater with a half-width of 132 O O-NMR. ) 600 mg / L of mixed water is supplied to the constant voltage reactor 1 at 4 m 3 / hour, and a high voltage of 3,500 volts is supplied from the constant voltage generator 7 to an AC current of 1.2 μA. A constant voltage was applied to the network for 6 hours, and then sent to the small-group water storage tank (8) and the far-infrared and negative ion generating reactor (8㎥ / hour) was charged with 3㎥ of tourmaline and 3㎥ of feldspar with the small-group water transfer pump (9). 10), and then sent to a neodymium magnet (Nd-Fe-B) magnetizer (12) magnetized to 12,000 gauss (G) to be magnetized and returned to the constant-voltage reactor (1) as a result of the nuclei of water molecules The magnetic resonance ¹⁷ O-NMR half-width was treated with a small group number of 58 microseconds.

Example 2

In Example 1, while sending 4 ㎥ / hour water treated with a small group of water to the useful microbial culture tank 13, the culture medium was mixed with molasses, agar, and water-soluble starch at the same weight ratio of citric acid in an aqueous solution dissolved in 10wt% in water. 2wt% was dissolved in 200mg / L on a dry basis, Bacillus mycoides (Bacillus mycoides), Aspergillus niger (Penicillium glaucum), Actinomycetes The initial biomass concentration of 1,000 mg / l of the combined useful microorganisms of Bacillus subtilis, Bacillus natto, Pseudomonas sp. Injecting air from the blower 20 while supplying 400 mg / l until the aeration is carried out so that the dissolved oxygen concentration becomes 2.5 mg / l, and the cultured useful microorganisms are sent to the settling tank 14 to return the precipitated useful microorganism cells. By pump (16) The microorganisms filled with 20 kg of active mineral pellets and 40 kg of coarse pumice stone were prepared in the useful microbial culture tank 13 so that the concentration of the mixed liquid buoyant solids in the useful microbial culture tank 13 was 2,500 to 3,500 mg / l. The microorganism reactor 18 and the useful microorganisms were sent from the blower 20 so that the dissolved oxygen concentration was 2.5 mg / l by sending a flow rate of 2 m 3 / hour to the 30 m 3 useful microorganism activating tank 17 in which the reactor 18 was built. By supplying air to the activation tank (17) aeration while sending the useful microorganisms activated to the useful microorganism culture tank (13), the overflow to the settling tank 14 (Over flow) is transferred to the functional water storage tank (21) Functional water transfer pump 22 was sent to the sand filtration tower to remove the solid material to prepare a functional water containing a useful microbial metabolite.

Example 3

In Gyeonggi Icheon S farm breeding Finishing 4000 both in livestock farms that breed in average 25㎏ to 105~ 110kg nuclear magnetic resonance ¹⁷ O-NMR half-width value of the benefit to the 138㎐ the groundwater 30㎥ / day in the drinking water in Pigs In the test plot in the farm, the number of functions prepared in Example 2 was mixed at a 10wt% ratio and 500 pigs were fed to the pigs of one pig, and groundwater was fed to the pigs of the control, and the breeding results were as shown in Table 1 below.

The rest of the breeding conditions such as feed amount, feed type, and livestock environment were compared in the test and control groups under the same conditions.

                   Breeding result of table 1 finishing pig

division Drinking water mixed with 10wt% of functional water in groundwater was fed to finishing pigs and raised (test) As a result of feeding groundwater with drinking water for finishing pigs (control) Breeding days (days) 78 106   Conductor rating (%) A 68 21  B 23 30  C 9 40  D - 9

As shown in the above breeding results of the finishing pigs in Table 1, the result of mixing 10wt% of the functional water in the groundwater and the groundwater was fed as drinking water to the finishing pigs, resulting in shorter breeding days (improved breeding efficiency) and improved meat quality. There was an effect.

And as the odor substance in swine fed a mixture of 10wt% results could function of measuring the concentration of NH ₃ 0.8~1.5ppm inde In contrast, the control of swine fed normal groundwater 12~15ppm to compare odor Odor incidence was significantly reduced in pigs fed a combination of functional water and groundwater.

Example 4

In Example 3, as a result of identification of microorganisms in the manure of finishing pigs mixed with 10wt% functional water in groundwater, viral bacteria, Salmonella sp, Vibrio sp Pathogenic microorganisms such as Staphylococcus aureus, Pathogenic coliform bacillus and Proteus sp were not detected.

As described above, in the present invention, the hardness of the mineral water obtained by desalting seawater in one type of groundwater, mineral water, or tap water is adjusted, followed by culturing the useful microorganisms in water treated with a small group of useful microorganism metabolites. The functional water contained is expected to have a widespread effect in these fields because of the effects of suppressing the occurrence of odor, inhibiting the growth of harmful pathogenic microorganisms, improving the growth of animals and plants.

Claims (4)

In the production of functional water that inhibits the growth of pathogenic bacteria and multidrug-resistant bacteria while reducing the occurrence of malodor in groundwater, rock mineral water or tap water, The mineral water obtained by desalting the deep seawater or the surface seawater into the inflow water is mixed in the hardness range of 300 to 5,000 mg / L and supplied to the constant voltage reactor 1, and is treated by applying a high-pressure alternating current from the constant voltage generator 7. One is sent to the far-infrared and negative ion-generating reactor (10) filled with one of the ceramics or minerals emitting far-infrared rays and negative ions, and sent to a constant voltage conductive tube or permanent magnetizer (12) for magnetization. Treating the half-magnitude of the nuclear magnetic resonance ¹⁷ O-NMR with microclustered water in the range of 48 to 60 Hz; Corrosive microorganisms and microorganisms for supplying the water treated with the small group water in the step of treating with the small group water to the useful microbial culture tank 13 and converting organic substances to corrosive substances by excretion of polyphenol compounds in metabolites; Cultivating the useful microorganism so that the concentration of mixed liquoor suspended solids is 2,500 to 3,500 mg / l in the useful microorganism culture tank 13 of the microorganisms having mutual symbiosis. Method of producing a functional water to suppress the growth of pathogenic bacteria and multidrug-resistant bacteria while reducing the occurrence of odor using sea water. 2. The mineral according to claim 1, wherein when the inflow water of one kind of groundwater, rock mineral water or tap water has a low nuclear magnetic resonance ¹⁷ O-NMR half width of 60 mu m or less, the deep water or surface seawater is desalted. By adjusting the water hardness in the range of 300 to 5,000 mg / L, omitting the step of treating with small group water, and sending to the useful microbial culture tank 13, it is possible to reduce the occurrence of odor by using seawater, Method of producing a functional water that inhibits growth. The method according to claim 1, wherein when the mineral water obtained by desalting the deep seawater or the surface seawater is mixed with one type of inflow water from the groundwater, rock mineral water, or tap water so as to have a hardness of 1,000 mg / l or more, it is supplied to the constant voltage reactor 1 The method of manufacturing a functional water for suppressing the growth of pathogenic bacteria and multidrug-resistant bacteria while reducing the occurrence of odor by using the sea water, by omitting the process to send the influent water adjusted hardness. A method of diluting functional water prepared by one of claims 1, 2 or 3 in 10 to 1,000-fold dilution in water.

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