KR100472971B1 - Treatment method of drinking water for domestic animals - Google Patents

Abstract

The present invention improves digestion efficiency when feeding drinking water to livestock, and has effects such as improvement of growth rate, resistance to diseases due to intestinal bacteriostatic action, improvement of meat quality, improvement of barn environment due to odor reduction in manure. The purpose is to suggest drinking water treatment methods that can be brought.

To this end, the present invention, magnetized magnetite (磁) ), Minerals with high far-infrared or anion emissivity and minerals that various minerals easily elute in water by weathering, and humus in the form of colloidal micelles with high content of Fulvic acid. The present invention provides a method for producing magnetized drinking water containing a large amount of minerals that are easily absorbed while cultivating microorganisms useful for livestock growth using a permanent magnet or an electromagnet.

Unusual matter is expected to be widely used in various livestock farms because it can improve the meat quality as it grows faster than the general drinking water for livestock, and can bring various effects such as reduction of odor in manure and livestock. do.

Description

Treatment method of drinking water for domestic animals}

The present invention is prepared by mixing magnetized magnetite powder and minerals in corrosive soil of marine corrosive acid colloidal micelle, in which marine animals and plants having high Fulvic acid content are deposited with diatoms and minerals. Pellet, magnetized magnetite mass, feldspar with high infrared or anion emissivity. Elvan Stone ( Stone, tourmaline, Uiwang stone Rhyolite or Dacite-like pumice, obsidian, hornblende, olivine, and minerals, such as 王石, and soluble minerals in water Permanent magnets are cultivated by cultivating microorganisms useful for the growth and development of livestock by using minerals such as Songji-am, pearl stone, stone stone and giant stone. Electromagnets can be used to produce magnetized water and feed it to livestock, resulting in faster growth of livestock, improved meat quality, improved barn environment due to reduced odors, and increased resistance to diseases caused by intestinal bacteriostatic action. The present invention relates to a method for treating drinking water of livestock.

Korean Patent Publication No. 2002-0029880 discloses the processing of pellets of humus soil formed by mixing and depositing natural marine animals, plants, and diatoms with volcanic ash, and of rhyolite or large-scale pumice stone, ganban stone, Uiwang stone, Drinking water that cultivated microorganisms useful for livestock growth by using minerals such as fossil stone, giant stone, feldspar, fossil stone, granite, zeolite, mossite, alagonite, coral fossil, and clay minerals, among the humus and minerals When the content of ferric trioxide is low or the pH of the microbial culture tank is higher than 7.05, the microbial culture efficiency is low and the growth efficiency of the livestock and the reduction efficiency of odor generation in manure are not greatly improved.

The present invention is sufficient to contain the mineral components and other necessary materials necessary for the growth and development of the livestock while maintaining the culture of the microorganisms useful for the livestock growth of the drinking water treatment to feed livestock in order to solve the above problems How to treat drinking water that can bring effects such as improving the growth rate, improving the meat quality, improving the livestock environment by reducing odor occurrence, and strengthening resistance to diseases by intestinal bacteriostatic action by treating with livestock It is an object of the present invention to provide.

In order to achieve the above object, the present invention provides a caustic earth with a high content of fulvic acid, and adjusts the acidic corrosive colloid micelle to acid to induce fulvic acid to a free state and then magnetize magnetite powder. Aged and mixed with powders of minerals that are soluble minerals that are easily eluted in water and processed into pellets, magnetized magnetite, minerals that are easily eluted by soluble minerals in water While cultivating useful microorganisms, they are fed to livestock by treating them with magnetized drinking water using research or electromagnets.

Corrosive soil and magnetized magnetite in the form of acidic marine corrosive acid colloidal micelle used in the present invention ) And the kind of mineral used.

The acidic marine corrosive colloid micelle is a humus soil produced by the mixed deposition of marine volcanoes and diatoms with acid volcanic ash or acidic minerals.

① Activated alumina (Al ₂ O ₃ ), silica (SiO ₂ ) and other minerals in volcanic ash or minerals are released as hydrogen ions (H ⁺ ) by hydrolysis of water and become strong acid soils. It is easy to supply minerals to microorganisms and livestock because acid is present in the form of glass and exists in various forms of minerals and chelate mineral complex salts. Particularly, in the case of colloidal humic colloid micelles containing a large amount of chelate iron fulvate, which is produced by the reaction of magnetite with magnetite and fulvic acid, the microorganism metabolism activity is active. When the growth rate is improved and the quality of meat is excellent.

② In addition, marine corrosive colloid micelles contain large amounts of useful microorganisms in soil and physiologically active substances necessary for the growth of animals and plants, hormones (Hormon) and other active enzymes. Has the effect of promoting the growth of animals and plants.

③ Bacillus mycoides, Bacillus mycoides, Aspergillus niger, Penicillium glocumum, Sorangium cellulosum, Actinomyces Grobiophorus Roseus (Actinomyces globioporus roseus), such as actinomycetes, excrete polyphenolic metabolites, converting organic matter from soil into corrosive substances, and corrosive microorganisms, which are in symbiosis with these microorganisms Among the metabolites of microorganisms such as Pseudomonas sp. And Gibberella fujikuroi, which are useful for growth, dominant species are microorganisms that excrete physiologically active substances such as vitamins and growth hormones, which are useful for growing plants and animals. Excretion of antibiotics as metabolites that grow as a metabolite while growing as a bacterium and inhibiting the growth of harmful microorganisms such as pathogenic microorganisms, spoilage and decay microorganisms The ability to enhance resistance to disease of cattle at the door.

④ As the intestinal bacteriostatic action is known, odor occurrence is reduced in the manure, thereby improving the livestock environment.

Magnetic magnetite has the following characteristics.

① When water (fluid) flows between the magnetic fields of magnetic magnetite (Magnetic), magnetic fluid dynamics (MHD) is generated and water, a weak electrolyte, is electrolyzed while And (active) hydrogen is generated at the potential side. The initial oxygen is stabilized by oxidizing reducing substances such as organic substances and perishable substances, and the initial hydrogen is not freed in the atomic state, but activated hydrogen is generated on the surface of the coexisting metal. As a result, the reducing power of the oxidizing substance is excellent, thereby improving the growth status of the feedstock.

(2) A collection of water molecules due to a magnetohydrodynamic voltage generated by a wave of electrons as water passes through a magnetic field of magnetite. ; As the cluster becomes finer, the surface tension is reduced, so that the penetration force is improved, solubility is improved, deodorization is also improved, and cell membrane permeability of microorganism is improved, so that metabolic activity of microorganism is enhanced. To promote the growth of livestock.

③ When magnetite is fed with drinking water containing organic ferric salt, which is produced by reaction with organic acid such as fulvic acid or humic acid, hemoglobin protein iron of oxygen improves binding ability and the livestock grows actively.

Minerals are natural rocks with high infrared and anion emissivity. Elvan Stone ( Stone, tourmaline, Uiwang stone One or more kinds of minerals, such as 王石, and weathering, so that various minerals can be easily eluted, hornblende, olivine, rhyolite or rhododendron. Pumice, biotite, obsidian, pearlite 1 type of minerals such as stone, Songji rock, rhyolite, or large-sided pumice, stone stone, and quartz stone Mix and use the above.

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

Injecting air from the air blower (12) while supplying drinking water to the microbial culture tank (17), while aeration by aeration, citric acid, citric acid (枸) Iii) molasses, agar, water-soluble starch, chitosan, while injecting organic acids, such as acetic acid, fulvic acid, and fulvic acid, to the weak acidity in the range of 5.2 to 6.5, which is the optimal pH condition in the culture of microorganisms. Incubate the mixed microorganisms useful for livestock growth.

Bacillus mycoides, Bacillus subtilis, Bacillus natto, Bacillus stearothermophilus, Asus Aspergillus niger, Penicillum glaucum, Sorangium cellulosum, Actinomyces globioporus roseus, Actinomycetes, Pseudomonas sp.), lactic acid fermentation bacteria, amylase, lipase, protease, urease (Ureasae) mixed microorganisms including digestive enzymes such as excretion of 200 ~ 400mg / ℓ Inject.

If necessary, the fermentation efficiency of microbial culture is increased by injecting a magnetized magnetite powder into a colloidal micelle as an additive and a powder of minerals that are easily supplied with minerals. Is improved.

The microorganisms cultured in the microbial culture tank (17) are sent to the microbial enrichment tank (18) so that the microorganisms in the solid state are precipitated under the microbial enrichment tank (18), and the blue water is flown up to the microbial enrichment tank (18) to drink drinking water storage tank (1). Send to.

The microorganisms precipitated and concentrated under the microorganism concentration tank 18 are returned to the microbial culture tank 17 for the spawning, while 8 to 12% of the microorganisms are magnetized in the marine corrosive colloidal micelle. 4-10 wt% of the prepared magnetite powder, and the mineral powder, which is easy to dissolve minerals, is mixed in the ratio of organic matter / inorganic matter in the range of 0.8 ~ 1.2, and aged for at least one month. Gaussian magnetized magnetite mass, feldspar rock with high far-infrared or anion emissivity. Elvan Stone ( Stone, tourmaline, Uiwang stone Rhyolite or Dacite-like pumice, obsidian, hornblende, olivine, which easily dissolve minerals in water, such as 王石, and in water Stone, songji-am, pearl stone A bio-reactor (2) filled with one or more kinds of minerals such as stone, stone stone, and macrocrystalline stone is sent to a microorganism activation tank 16 with a built-in blower ( 12) When the air is injected into the lower part of the bioreactor 2 and the microbial activator 16, the aeration is carried out. Microorganisms are activated by active metabolism through the supply of minerals and other active substances through layers of fillers (3) such as pellets, magnetite, and minerals. At this time, if the magnetic field with magnetic flux density of 10,000 G (Gauss) or more magnetized is circulated by the microbial activation tank circulation pump 15, the aggregate of water molecules ; As the microstructure becomes smaller, the surface tension decreases and the penetration force is improved, so that the cell membrane permeability of the microorganism is improved, so that the microorganism becomes more active metabolic activity.

The remaining surplus microorganisms are sent to the drinking water storage tank (1).

The microorganisms activated in the microbial activation tank 16 are sent to the microbial culture tank 17 so that the entire system can be stably cultured microorganisms useful for the growth of livestock.

In order to make the microorganism stable in the drinking water storage tank 1, the same bioreactor 2 as the bioreactor 2 built in the microorganism activation tank 16 is installed to inject air from the blower 12 to aeration. .

When the drinking water treated in the drinking water storage tank 1 is supplied to the livestock of the livestock house 10, the permanent magnet or electromagnet 5 having a magnetic flux density of 10,000G or more is installed on the discharge side of the drinking water supply pump 4 and finally magnetized. Drinking water is sent to the head tank (Head tank; 7) is fed to the livestock of the barn (10) through the water supply port 11 by natural pressure.

In order to maintain the stability of the microorganisms in the drinking water head tank (7), the magnetic magnetite and the mineral (9) is preferably filled.

In addition, in the case of small livestock farms, in order to reduce the facility cost, the microbial culture and activation process and the microbial enrichment process are omitted as shown in FIG. 2, and the bioreactor 2 is installed in the drinking water storage tank 1 to prepare a batch. type) to culture the microorganisms and the rest to the treated drinking water in the livestock of the barn 10 in the same manner as described above.

Example 1

In livestock farms that raise 2,000 pigs from 25kg to 105-110kg on average, 1,000 pigs were fed with drinking water treated by the drinking water treatment process as shown in FIG. 1, and about 1,000 chickens were raised with the control group. As shown in Table 1, the occurrence of odor was significantly reduced in the finishing pigs fed the treated drinking water.

Example 2

[2] and as a result improved egg production is about 15% feeding drinking water treated by a potable water treatment process, such as the scattering coefficient 15 full capacity, it has also been reduced odor from manure.

As described above, in the present invention, as a result of feeding the magnetized drinking water containing useful microorganisms and minerals that are easily digestible and absorbed to livestock, the growth rate, the quality of meat, and the generation of odors in the barn are reduced. It is expected to be widely used in various livestock farms because of various effects such as improvement.

1 is a drinking water treatment process for feeding livestock of large-scale livestock farms

Figure 2 is a drinking water treatment process for feeding livestock of small scale livestock farms

<Explanation of symbols for main parts of drawing>

1: Drinking water storage tank 2: Bio-Reactor

3: Marine corrosive colloidal micelle (Pallet), magnetic magnetite, minerals and other fillers 4: Drinking water supply pump (Pump)

5: permanent magnet or electromagnet 6: rectifier

7: Drinking water head tank (Head-Tank)

8: Level Control Valve

9: magnetite, mineral 10: barn

11: water inlet 12: air blower

13 culture medium storage tank 14 culture medium supply pump

15: microbial activation tank circulation pump 16: microbial activation tank

17: microbial culture tank 18: microbial concentration tank

19: concentrated microbial concentrator scraper 20: concentrated microbial transfer pump

Claims (2)

Drinking water fed to livestock is 4 ~ 10wt% of magnetite powder magnetized above 200G (Gauss) in corrosive soil of marine corrosive acid colloidal micelle in microbial activation tank (16) and drinking water storage tank (1) of drinking water treatment process. And mix one or more powders from rhyolite or large-scale pumice, obsidian, hornblende, olivine, songji, pearlite, lochite and macrorite, which are minerals that are easy to dissolve in minerals. It is easy to dissolve minerals in one or more of Pellet, magnetized magnetite mass, minerals with high far-infrared or anion emissivity, natural stone, elvan, tourmaline, and Uranite, which are mixed with Bio-Reactor filled with at least one kind of minerals, such as rhyolite or diaphragm pumice, obsidian, hornblende, olivine, songji, pearlite, fossil stone and macrorite; 2) and the permanent magnet or electromagnet 5 having a magnetic flux density of 10,000 G (Gauss) or more on the discharge side of the microbial activation tank circulation pump 15 and the drinking water supply pump 4, and also in the drinking water head tank 7 In the drinking water treatment process filled with magnetic magnetite and minerals (9) in order to supply the stability of microorganisms and sufficient minerals, the microbial culture tank (17) injects air from an air blower (12) to generate aerated metal complex salts. Injecting organic acids (tinic acid, citric acid, acetic acid, fulvic acid) to adjust the weak acidity in the range of 5.2 ~ 6.5, which is the optimal pH condition in the culture of microorganisms, while injecting the culture solution (molasses, agar, water-soluble starch, chitosan) to livestock growth. Cultivate the useful microorganisms and send them to the microbial concentration tank (18) so that the microorganisms in the solid state are settled under the microbial concentration tank (18), and the blue water is fed to the top of the microbial concentration tank (18) to the drinking water storage tank (1). The microorganisms precipitated and concentrated under the microbial concentration tank 18 are returned to the microbial culture tank 17 for returning 50% of the flow rate of drinking water for the seed, and 8 to 12% are sent to the microorganism activation tank 16 to transfer the microorganisms. After activating and sending to the microbial culture tank (17) to cultivate the microorganisms useful for livestock growth and development, surplus microorganisms to the drinking water storage tank (1) to process the drinking water of the livestock. The method of claim 1, in the case of small scale livestock farms, in order to reduce the facility cost, the microbial culture and activation process and the microbial enrichment process are omitted, and the bioreactor 2 is installed in the drinking water storage tank 1 to prepare a batch type. Method of treating drinking water of livestock by the process of