KR100402818B1 - deodorizing and sterilizing agent containing a strong alkali composition with complex functions - Google Patents

Abstract

The present invention discloses a deodorant disinfectant containing a strongly alkaline composite functional composition.

Deodorizing and disinfecting agent containing the strongly alkaline composite composition, water (H ₂ O) 85 to 94 wt.%, Ethyl alcohol (C ₂ H ₅ OH) 3 to 7 wt.%, Maltitol (C ₁₂ H ₂₄ O ₁₁ ) 0.5 -1.5 wt.%, And based on 1 liter of water, (1) 70 to 80 g of potassium silicate, (2) _{10 to} 20 g of calcium glycophosphate, and (3) disodium EDTA calcium (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ · 2H ₂ O) 25 to 35 g, (4) calcium chloride 5 to 10 g, (5) potassium bromide 60 to 70 g, (6) 20 to 30 g potassium sorbate, (7 2 to 4 wt.% Of a liquid complex functional composition (natural mineral extract) containing 15 to 25 g of potassium chloride, (8) 30 to 40 g of sodium pyrophosphate, and (10) 90 to 100 g of cycloamylose. And 0.1 to 0.5 wt.% Potassium hydroxide (KOH), 0.1 to 0.3 wt.% Mint (Mentol), 0.1 to 1.0 wt.% Surfactant, and sodium benzoate (C ₇ H ₅ O ₂ Na). It is characterized by containing 0.01 to 0.1wt.%, And has an excellent effect on sterilization, disinfection, deodorization and the like.

Description

Deodorizing and sterilizing agent containing a strong alkali composition with complex functions}

The present invention relates to a deodorant disinfectant containing a strongly alkaline composite functional composition,

The present invention relates to a deodorant disinfectant containing a strong alkaline composite functional composition having excellent effects such as sterilization, disinfection and deodorization.

Due to the recent discharge of various pollutants, the pollution of the desolated water quality of the soil is approaching a serious level, and it causes a great obstacle to the growth of plants and fishes, and also changes the ecosystem, which poses a great threat to human survival. to be.

In addition, the biggest problem for livestock and livestock farmers in Korea and around the world is the rapid increase in feed production costs and environmental improvement costs, including the overuse of animal drugs and the abuse of antibiotics caused by livestock epidemics and chronic diseases. .

In addition, as the quality of agricultural products or foods is important, the interest in food safety is very high. In particular, social concerns are increasing, such as fears that long-term intake of residual pesticides (pesticides sprayed on crops left on farmland and water and absorbed by food through the roots of plants) will adversely affect health. have. In order to ensure the safety of agricultural products, countries around the world have established residual allowance standards for each crop that do not affect the human body in each country based on the daily intake allowance (ADI) obtained through the chronic toxicity test. In addition, on the basis of the pesticide residue test of pesticides, there is a standard of use to ensure that pesticides in agricultural products fall below the allowable residual level. Therefore, agricultural products harvested in compliance with the safe use standards of pesticides have no problem with residual pesticides or the amount remains below the allowable standard, thereby producing safe agricultural products. However, when these standards are deviated, residual pesticides cause an toxic condition called residual toxicity. Pesticides also enter the body directly and cause toxic symptoms called oral toxicity, transdermal toxicity, and inhalation toxicity.

In the pesticide residues, there are cases where the pesticide itself remains and a substance produced by the chemical change of the pesticide residues, and the residue of the pesticide varies depending on the pesticide, and the organic chlorine pesticide (DDT, BHC) has long persistence and relatively short organophosphorus pesticides (parathion, malathion, etc.).

In general, the residual state of pesticides applied to crops can be divided into three categories. First, they are attached to the surface of the crop, second, dissolved in the surface layer of the plant, and third, penetrated into the plant.

Bordeaux liquid in the past was in its first state and dropped well when washed. However, currently used pesticides are oil-soluble and not easily dissolved in water, so they do not dissolve or absorb in the surface layer and fall off when washed in water. In particular, the penetrant pesticide is absorbed in the plant, there is a problem that no matter how washed.

Generally, 90% of the pesticide residues are present in the skin. Brown rice leaves a lot of seeds and 80-90% of Marasone pesticides. When cooked by boiling, chemical changes occur, but some of the pesticides are not completely removed. It is known that the smudge on the flour is reduced to one third when cooked. Washing with water, peeling, and heating to eat less residual pesticides. The safest way is to avoid contamination from the start, but it is inevitable because it is related to production. At present, the Korea Food and Drug Administration has established the pesticide residue tolerance standards for agricultural products in accordance with the standards and standards of Article 7 of the Food Sanitation Act (Chapter 3 7.5 of the Code). The use, cooking, preservation and sale are suspended. According to Article 18 of the Pesticide Control Act, the Ministry of Agriculture and Forestry has established safe use standards for pesticides so that they do not exceed the residual allowance standards. It becomes impossible.

In addition, deodorants developed so far are simple using microorganisms or enzymes. Bio-CERAMICS (POWDER) products with far-infrared radiation effects are currently being produced, but most of them are far-infrared radiation at high temperatures (50-300 ° C), resulting in humans, agricultural products, animals, and fish. Such living organisms are active at room temperature and room temperature (20 to 30 ° C.), so the far-infrared effect of the bio-ceramic radiated at high temperatures cannot be expected.

The present invention is to solve the urgent problems and needs of the above-mentioned modern civilization, to provide a deodorant disinfectant and pesticide decomposition agent containing a strong alkaline composite functional composition excellent in sterilization, disinfection, deodorization, etc. There is a purpose.

Deodorant disinfectant containing a strong alkaline composite functional composition according to an embodiment of the present invention for achieving the above object, water (H ₂ 0) 85 ~ 94wt.%, Ethyl alcohol (C ₂ H ₅ OH ) 3 to 7 wt.%, Maltitol (C ₁₂ H ₂₄ O ₁₁ ) 0.5 to 1.5 wt.%, And based on 1 liter of water, (1) 70 to 80 g of potassium silicate, (2) glycerophosphate _{10 to} 20 g of calcium, (3) 25 to 35 g of sodium EDTA calcium (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ · 2H ₂ O), (4) 5 to 10 g of calcium chloride, (5) potassium bromide 60 to 70 g, (6) 20 to 30 g of potassium sorbate, (7) 15 to 25 g of potassium chloride, (8) 30 to 40 g of sodium pyrophosphate, and (10) 90 to 100 g of cycloamylose It contains 2 to 4 wt.% Of a liquid complex functional composition (natural mineral extract), 0.1 to 0.5 wt.% Of potassium hydroxide (KOH), 0.1 to 0.3 wt.% Of peppermint flavor (Mentol), and 0.1 to 1.0 surfactant. wt.%, and, sodium benzoate _{(C 7 H 5 O 2 Na} ) and characterized in that it contains a 0.01~0.1wt.% , And the steel may also be a multi-function alkaline composition further containing borax _{(Na 2 B 4 O 7)} 5~10g.

Hereinafter, preferred embodiments of the present invention will be described in detail.

The deodorant sterilizer according to the embodiments of the present invention will be described below. First, the strong alkaline composite functional composition used in the deodorant sterilizer will be described as follows (strong alkaline complex function in the contents of the original application due to the split application). Information on the composition is included as such).

The strong alkaline composite functional composition contained in the present invention comprises (1) 70 to 80 g of potassium silicate, (2) _{10 to} 20 g of calcium phosphate, and (3) disodium EDTA calcium (C _10). 25 to 35 g of H ₁₂ CaN ₂ Na ₂ O ₈ · 2H ₂ O), (4) 5 to 10 g of calcium chloride, (5) 60 to 70 g of potassium bromide, (6) 20 to 30 g of potassium sorbate, ( 7) 15 to 25 g of potassium chloride, (8) 30 to 40 g of sodium pyrophosphate, and (10) 90 to 100 g of cycloamylose. It is also possible to further contain 5-10 g of borax.

The manufacturing method of such a strong alkaline composite function composition is as follows.

That is, on the basis of 1 liter of water, (1) potassium silicate 70 to 80 g, (2) glycerophosphate ₁₀ to 20 g, (3) sodium dicalcium EDTA (C ₁₀ H ₁₂ CaN ₂ Na ₂ O _8. 25 to 35 g of 2H ₂ O), (5) 5 to 10 g of calcium chloride, (5) 60 to 70 g of potassium bromide, (6) 20 to 30 g of potassium sorbate, (7) 15 to 25 g of potassium chloride, ( 8) 30-40 g of sodium pyrophosphate and 90-100 g of (10) cycloamylose are prepared.

Thereafter, water (H ₂ O) was heated to 60 to 80 ° C., followed by stirring with the addition of potassium silicate (K ₂ O.nSiO ₂ ) to form an aqueous solution. ₃ H ₇ CaO ₆ P), EDTA calcium disodium (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ · 2H ₂ O) and calcium chloride (CaCl ₂ ) in order to stir to make an aqueous solution, and see the heat dissolution reaction Slowly increase the rotation speed of the stirrer to add potassium bromide (KBr), potassium sorbate (O ₆ H ₇ KO ₂ ) and potassium chloride (KCl), and while stirring the sodium pyrophosphate (Na ₄ P ₂ O ₇ · 10H ₂ O) is added to check the thermal reaction, and after 20 minutes, add cyclo amylose ((C ₆ H ₁₂ O ₆ ) _n ) and stir for 15 minutes to stabilize the entire material. In this way, a liquid strongly alkaline composite functional composition is produced.

In order to contain borax sodium pyrophosphate _{(Na 4 P 2 O 7 ·} 10H 2 O) and cyclo-amyl in-house added borax 5~10g between the addition of _{(12 (C 6 H O 6} ) n).

The characteristics of the above-mentioned components are as follows.

1) Potassium Silicate (K ₂ O.nSiO ₂ )

Colorless or slightly colored viscous alkaline liquid, used as soap compound, bleach, detergent, etc., insoluble in alcohol in solubility, but soluble in water, easy to dissolve with higher content of K component.

2) glycerol phosphate (C ₃ H ₇ CaO ₆ P)

As a white crystalline powder, it is used as a food calcium fortifying agent, pharmaceuticals, etc., and dissolves in 50 times H ₂ O in solubility. An easier dissolution method is more readily soluble in water when citric acid or lactic acid is added.

3) EDTA calcium disodium _{(C 10 H 12 CaN 2 Na} 2 O 8 · 2H 2 O)

As a white or milky white crystalline powder or particles, it is used in food additives (discoloration, oxidation, anti-corruption, preservation of taste), edging, soft drinks, etc., and is soluble in water at room temperature (PH: 6.5 to 8.0; Solubility: 30%)

4) Calcium Chloride (CaCl ₂ )

It is a white crystal and has a powder specific gravity of 2.15. It is used as a reinforcing agent, tofu making, fermenting agent for brewing, drying agent, nutrient fortification, etc. 57.7g, 59.3g is dissolved at 80 ° C.

5) Potassium bromide (KBr)

It is a white crystal and has a specific gravity of 2.756. It is used in pharmaceutical raw materials, medicines, special soaps, and easily soluble in glycerin or water (PH: neutral).

6) Potassium Sorbate (O ₆ H ₇ KO ₂ )

White or light brown scaly crystals, crystalline powder or particles, odorless or odorous, effective for inhibiting the development of mold and bacteria, and used for preservatives (especially resistant to mold), meat products, and dried fish products do. Specific gravity is 1.363, 67.6g in 100cc water at 20 ℃, 5.8g at room temperature in propylene glycol, 0.3g at room temperature in ethyl alcohol, 47.5g at room temperature in 5% saline solution In 25% sucrose, 51g is dissolved at room temperature.

7) Potassium Chloride (KCl)

Colorless crystals or white powder, soluble in water, used in food additives, pickled foods, canned foods, etc., PH is neutral in aqueous solution.

8) Sodium Pyrophosphate (Na ₄ P ₂ O ₇ · 10H ₂ O)

Anhydrous, colorless, transparent crystals, specific gravity is 1.82, when heated to become anhydride at 100 ℃. Uses include detergents, cleaning agents, detergents, water treatments, medicines, food additives, nutrients, and the like, and the pH is 10.0 to 10.2.

9), borax _{(Na 2 B 4 O 7 ·} 10H 2 0)

Colorless, transparent, specific gravity 1.72, solubility in 100cc of water is dissolved 1.6g at 10 ℃, 60g at 80 ℃. Examples of the alkalinity include ceramics, leather tanning, preservatives, medicines, cosmetics, antifreeze raw materials, and pharmaceuticals.

10) cycloamylose ((C ₆ H ₁₂ O ₆ ) _n )

White crystalline to crystalline powder, soluble in water, alkaline and used in pharmaceutical pesticides, food, cosmetics, antioxidant, natural additives, and the like.

Liquid alkaline strong functional composition contained in the present invention described above, as a result of the acute toxicity test according to the Food and Drug Administration Notification No. 98-116 to the sample diluted 1: 500 times as a result of the toxicity test more than 2000mg / Kg First, it was tested for soil treatment as it is or with sugar.

Acidic fertilizers and acid rains enter the soil and are exchanged for foreign matter, so that calcium, magnesium, and potassium contained in the soil are washed away from the soil by rainwater, and when the acid remains in the soil, the soil turns acidic and acidic. The material combines with the metal in the soil, making the soil toxic. These toxins can cause plant roots to grow or die, thus disrupting their production, and some of them can enter rivers and harm living creatures.

The strong alkaline composite functional composition contained in the present invention is a strong alkali having a pH of 13 or more, which not only prevents the acid soils described above, but also reforms the acid soils, and is rich in minerals and contains nitrogen and carbon in the air. To draw the plant to use.

Spread organic fertilizer on soil by using sweet potato, mix 0.5 liters of strong alkaline complex functional composition with 2 ~ 3kg of molasses and 25 mals of water, and spread it evenly over 400 ~ 500 pyeong field. After the heat was removed from the soil, the shoots were found to be effective for root development, gas disorders, microbial enhancement, and acidic soil neutralization.

The foliar application cost was excellent in promoting photosynthetic action and enhancing sugar content, and showed excellent effects by spraying when cold and frost-free substances were not transferred, or by damage caused by acid rain. That is, by the soybean seed soaking method, (1) salted the soybean seed, and the salted water is soaked in a strong alkaline composite functional composition diluted 500 times in water for 1 hour, and then washed. (2) Soak rice seed in strong alkaline composite function composition diluted 500 times in water and take it out after 4 days and put it on the top plate. (When seedling hardens, it may be cold, so spray it.) In this way, the absorption of water is good, so the embryo is strong, the roots are well extended, and it is effective in preventing germs and molds. ③ It is strong against cold seas (sprinkle 1000 times when cold seas are damaged), and the leaves are strong due to the large amount of silicon. And, the fruit is good, the oxidation of the rice after milling is late, the rice tastes better, and soaks the rice seeds to reduce the hassle of changing the water. In particular, sprinkling once or twice when hardening rice can increase photosynthesis and prevent cold damage. Also, sprinkling and planting twice before appearing in the rice paddy will make life faster and better.

In addition, the results of cultivating cucumber using the strongly alkaline composite functional composition contained in the present invention are as follows. The cultivation method spreads organic matter to the soil, mixed and sprayed 2-3 kg of white sugar in 500 times the strong alkaline composite functional composition contained in this invention, and tilled after 7-10 days after tilling. Seeds were sown after 8-10 days of sowing with 400-fold solution of strongly alkaline composite functional composition contained in the present invention, and seedlings were sprayed with 500-fold solution after 4-5 days of cotyledon, and 2-3 days before transplantation. It was formulated after spraying with 500 times. In this field, it was sprayed with 400 times after the first harvest, and also sprayed according to the situation (if spraying with pesticides, it was sprayed with 400 times after 1 week after spraying pesticides).

As a result, the development of the roots was improved, and the roots went deep without being outward (increasing the porosity), and the salts and hydrogen ions of the acidic soils were decomposed, and the soils formed the shell structure (earthworms were formed). In addition, plants have been prevented from downy mildew and gray mold, less grains and better fruiting rates (harder and more savory, less storage of cavities and less inherent scents of cucumbers). It was effective in reducing the use of pesticides and fertilizers by reducing the use of pesticides and fertilizers by 60-80%. The leaves became thicker and larger, and they grew so much that they had to be planted wider than the existing food.

In addition, the results of testing the strongly alkaline composite functional composition contained in the present invention as a fertilizer of grass is as follows. Using method as foliar applications, 400 to 500 times with water and 1000-1500 fold dilution in the green of a golf course in each 150~200cc and 300~400cc m ² per m ² per, tee, or the like between the fairway from November to March And was not mixed with fertilizers, pesticides or white sugars of acidic products. In addition, when spraying the soil, 2Kg ~ 3Kg per bag per 1L of the stock solution was dissolved in water and 200cc per m ² was sprayed with a 500-fold dilution with water.

If grass is not properly nourishd to grow, grass often grows slow or dies, and when nutrition is deficient, yellowing (yellowing of leaves) occurs, weak root development and resistance to pests, and overall growth is poor. As described above, by spraying the strong alkaline composite functional composition contained in the present invention as a soil improver to eliminate soil salt accumulation and physiological disorders, as well as neutralize the salt concentration, by promoting the growth of grass using nitrogen in the air It was effective in preventing sulfidation, absorbing residual components, supplementing the deficiency of trace elements, and helping runner growth by aerobic microbial diet of soil to prevent runner phenomenon. In addition, it turns the granulated soil into a grain structure, makes the soil soft and loose and improves breathability, and is excellent in neutralizing the base and organic toxicity caused by excessive chemical fertilizer and pesticide use. Could. In the case of golf courses, green color lasts longer than existing methods, there is strength on grass, moss does not get on the green, mold does not inhabit, and pesticide spread is significantly reduced than before (average of more than 12 times a year) 20 sprays this time, spraying only 5 prophylactic agents this year), the appearance is not visible immediately after spraying has the advantage that there is no problem in the game.

On the other hand, the result of using the strongly alkaline composite functional composition contained in this invention for purification is as follows. Purifying agents (biological agents, microbial agents, etc.) in biological treatment systems are referred to as active bacteria, and the total number of bacteria (bacteria) is usually hundreds of millions to billions of microorganisms (per head / g), and the shape is distributed in powder or liquid form. In the case of maintenance in the state of active stabilization, 5 ~ 50ppm is usually added to the volume of the aeration tank every day, so the maintenance cost is excessive, and the problem of treatment function is that the purifier (powder) is used for the organic matter (95% or more). Because of the inclusion, a second source of contamination can be created, and later problems with sludge treatment can arise.

However, the strong alkaline composite functional composition contained in the present invention, unlike the microbial agent, while mixing the native bacteria and various inflowing bacteria, the organic matter also aggregates to suppress the generation of organic nitrogen and ammonia nitrogen, and active biological bacteria active In order to maximize the oxygen consumption, that is, DO: 3 to 6ppm should be maintained, but the present invention is characterized in that a high-quality treated water can be obtained even under DO: 2ppm. Therefore, sludge reduction and treated water are good. However, when normalizing quickly during the first seeding, the normalization of the active microorganism may be reduced.

Treatment efficiency When used as an additive in advanced processing, the strongly alkaline composite functional composition contained in the present invention is aided by strong adsorption capacity for anaerobic digestion as a microbial activator, and the treatment of nitrogen, phosphorus, etc. is mainly carried out in the anaerobic state of nitrogen, phosphorus, etc. The decrease in is also markedly different, and treatment plants treated with anaerobic baths can produce 70-80% or more.

The strong alkaline complex functional composition contained in the present invention was added to sugar 1% compared to the stock solution and dilute groundwater or distilled water to 300 times the amount used in the field of sewage purification treatment facilities, 20ppm compared to the aeration tank capacity was administered every two days (4 times) Degree). After filtration, stirring / aeration of 180 ppm BOD, 200 ppm COD, and 180 ppm sludge, the diluent was administered. After 3-4 days, it was purified to 5 ppm BOD, 7 ppm COD, and 5 ppm sludge, and compared visually after about 3 weeks. It was stable enough, and when it was administered together with the addition of microbial bacteria as a health agent, the treatment was highly effective and stable in a short period of time. During maintenance, stabilization could be achieved by continuously injecting 3 ppm of aeration tank capacity once or twice a week.

As described above, the strong alkaline composite functional composition contained in the present invention improves the treatment function by promoting decomposition of organic matter, prevents sludge flotation, swelling and disintegration, and inhibits activity of filamentous fungi and preserves effective bacteria. In addition, there is an effect such as removing odor due to microbial action, that is, removing odors such as hydrolysis, acidification, and alteration resulting from polymerization.

In addition, as a result of spraying 1 liter of the strong alkaline composite functional material contained in the present invention by spraying 5tons of pool water, it slows down the activity of various bacteria that may occur in the pool, increases the amount of dissolved oxygen in the pool, It was found that the disease prevents skin diseases, and not only lowers the chlorine concentration, but also removes ammonia and odors in the water.

In addition, the strongly alkaline composite functional composition contained in the present invention can be applied to a multipurpose industrial product, agricultural product, aquatic product, livestock product, etc. as a liquid anionic alkali raw material.

Anion alkali treatment effect by the strong alkaline composite functional composition contained in the present invention, 1) feed intake greatly increased, 2) building digestibility was improved, 3) the cellulose portion is expanded, so that the microorganisms more easily adhere, As a result, the digestibility of cellulose is increased, 4) it is most effective in improving the energy utilization of low quality fertilizers, 5) caustic soda is dangerous in handling, but 6) the digestibility of rice straw is improved by more than 50%, 7 ) In digestibility (no treatment → treatment), crude fiber was 70 → 81%, soluble nitrogen was 54 → 63%, total carbohydrate was 56 → 67%, cellulose was 71 → 81%, lignin was -4 → + 16%, other carbohydrates improved to 76 → 77%, 8) prevented loss of soluble nutrients, 9) decreased ammonia-producing urine nitrogen, and 10) lack of nicotinic acid.One recuperative the growth rate was reduced to light (because of the alkaline treatment of the corn acid, since in effect form).

In addition, in animal immune cell increase, anionic alkali fermented feed had antibacterial and antiviral effects. In chickens, immune cell enhancement effect, ie, 51.38% of MHC-Class II expressing cells, was 73.49 a month after administration. CD ₄ T lymphocytes were 17.25% before administration and 33.28% after 1 month, CD ₈ T lymphocytes were 19% to 22.68%, and B lymphocytes were 18.39% to 20.30%, respectively. It can be seen that the function is enhanced.

In pigs, MHC-Class II expressing cells were high in 13.58% before administration and 21% after 1 month. CD ₂ T lymphocytes ranged from 53.67% to 58.32%, and CD ₄ T lymphocytes ranged from 16.51% to 27.85%. CD ₈ T lymphocytes ranged from 33.08% to 38.27%, B lymphocytes from 5.35% to 6.73%, and granulocytes from 5.0% to 48.19%.

In cows, MHC-Class II expressing cells increased from 48.40% before administration to 53.60% after 1 month and 58.20% after 2 months. CD ₂ T lymphocytes increased from 36.70% to 39.14% and CD ₄ T lymphocytes. Was 8.90% at 1 month, 10.70% at 2 months, CD ₈ T lymphocytes at 25.08%, 15.8% at 1 month, 13.9% at 2 months, and B lymphocytes at 30%. In 52.2% after 1 month and 25.40% after 2 months.

The feed fermented with the feed fermentation agent is characterized by high intake rate, good digestibility, strong anti-competentity and very high nutritional value. Number. By using livestock by-products such as wheat, rice bran, rice husk, sawdust, etc. as fermentation raw materials, it is a raw material that can greatly reduce feed production costs, and is an anionic alkaline ionizing raw material that can be fermented at room temperature and room temperature. It contains sodium, potassium and silicon. Thus, it releases anions at universal environmental temperature (room temperature), which is a kind of microbial activator, not only serves to prevent the invasion of antimicrobial, antiviral, etc., but also has one novel application for changing feed and livestock quality. Concept.

Currently, the feed is mainly produced from corn and soybean meal, so the cost of feedstock continues to increase, and agricultural, water and livestock by-products use a limited amount on average in feed blending. In addition, various additives are used in the blended feed. For example, the use of antibacterial agents, growth promoters, antibiotics, etc. cause problems with residual ingredients in the meat. In addition, in terms of the quality and taste of livestock products, everyone knows that cooked and processed products are less flavored than meat fed with fermented feed.

The feed fermented using the strong alkaline complex functional composition contained in the present invention, which is a new versatile multifunctional product developed to solve these problems, can be used to raise livestock directly without the need to add other enzyme growth promoters. It can be a pollution-free product that solves the problem of persistence in meat and can guarantee high incomes for farmers.

The characteristics and effects of the strongly alkaline complex functional composition contained in the present invention as a fermentation agent can activate metabolism of biological cells as a liquid anion strong alkaline raw material, as in the following experimental example. For example, it helps fermentation metabolism of lactic acid bacteria and its function is multifaceted, for example, 1) fermentation, 2) meat improvement, 3) feed freshness, 4) non-starch, carbohydrate decomposition, 5) antibacterial activity , 6) odor removal, 7) antiviral effect, 8) detoxification effect, 9) enhanced immunity, 10) prevention of damage caused by UV rays.

Examples of application to pig feed

1) Unlike general lactic acid fermentation, feed is fermented at relatively low temperature.

2) Fermented feed can maintain mold freshness for 30 to 50 days by inhibiting mold formation (normal fermented feed within 10 days).

3) The nutritional value, intake rate and feed efficiency were higher than those of the fermented foods.

4) As anionic alkali raw material, immunity is strengthened by proliferation of lactic acid bacteria, which reduces the use of drugs.

5) It is possible to prevent stress and maintain a stable environment due to the reduction of odor in the pig house.

6) Significantly reduce feed costs by using agricultural, water and livestock by-products.

7) The pig's weight gain rate was improved by 15-20%, feed digestibility was improved by 10-30%, and meat quality was improved.

8) It is possible to overcome the growth of sows into finishing pigs, and to prevent diarrheal disease in piglets in particular, because of increased anti-hyperpotency and easy absorption of nutrients.

In poultry, spawning rate improved by 12%, and application to Jara showed that the oral disease of Zara was treated after diluting with 500 ~ 600 times with water, and in case of lobster, 500 ~ 600 times with water during cultivation period. After being placed in a diluted container, the immune function of the crayfish was greatly enhanced, and in the duck experiment, the taste of the egg was greatly reduced and the fishy taste was similar to that of the egg.

In terms of freshness, the antibacterial properties were excellent, and no decaying bacteria were generated. Secondary fermented feed was dried to less than 13% of moisture content, which maintained its freshness for more than 60 days.

The strong alkaline composite functional composition contained in the present invention, which is anionic alkali energy, promotes the activation of aerobic microorganisms and the activation of aerobic microorganisms at high temperature by high efficiency anion radiative effect and atom ionization at room temperature, thereby shortening environmental conditions within a short time. It has the function of fermentation with high efficiency at composition and room temperature. Fermented feed consists of a large amount of essential elements necessary for animals and humans, and due to the function of anionic alkalis, organic compounds can be broken down into amino acids, proteins E, EPA (C20: 5, ω3), DHA (C22: 6, It is effective in producing large amounts of linoleic acid (omega 6) and alpha linolenic acid (omega 3), which are essential fatty acids which are converted into polyunsaturated fatty acids such as ω3).

The fermented feed contained in the present invention has no odors peculiar to animals due to various effects and functionalities, no stink and fishy smell in the body, no aversion to slaughter and cooking and no smell, and high nutritional efficiency. It is a fermented feed that is essential for producing high-quality safe livestock products such as beef, chicken, eggs, and milk, and low-cholesterol pork with good freshness. In addition to the room temperature high efficiency anion alkali effect, antibacterial, antiviral, deodorant, anti-inflammatory, thrombolytic, uric acid decomposition, metabolism promotion, toxic degradation, heavy metal degradation, odor removal and odor decomposition function and protein enzyme activation (environment for aerobic microorganism activation) It is an anionic alkali raw material with excellent fermentation catalyst function.

In addition, it is possible to realize the production of high-quality self-feeding can reduce the feed cost. The self-blended feed is primarily fermented with rice bran purchased from the nearby Migokg Complex, and the mixed feed is mixed and mixed by 50% and 20%, respectively. In the case of summer, feeding the pigs with high-quality feed produced by fermentation for 15 days in winter did not cause any diarrheal diseases including various respiratory diseases, thus reducing the cost of drugs until shipment. There is no disease outbreak, so the 40-day-old piglets are raised to 110Kg for 110 days for breeding and then shipped. In particular, the amount of manure produced is reduced by 20-25% compared to the feeding of the compound feed, so it is not necessary to replace the sawdust until the pigs are shipped. The establishment of H farm's self-mixed feed production is the result of numerous tests and studies to provide optimal nutrition for pigs, and it can be said that the effect of special additives ionized with anionic alkali raw materials is large. Pork produced by such experimental research has no characteristic of spoiling even without castration and has good oily distribution and good quality, and has a characteristic that it is clear, transparent and solid, unlike ordinary pork oil whitening.

Effect of Fermented Feed on the Effect of Reduction of Somatic Cell Count and Increased Flow Rate on Milking Cows

Fermented feed fermented using the strongly alkaline composite functional composition contained in the present invention, milk for 18 weeks (1. control: 9, 2. test: 9) of Holstein, a milking cow's published breed. The results of testing the effect on the somatic cell count and the flow rate during the experiment were as follows. The test cow was placed evenly by examining the milk yield and somatic cell count before the test, and the control group was fed the feed twice a day (based on breeders and specifications) as a rich feed, and the test was fermented with the composition contained in the present invention. The fermented feed was mixed with 2% of the existing blended feed to feed the same amount of feed as the control (irradiation: free vegetarian).

(1) Milking was milked twice a day with a pipeline milking machine. (2) Crude oil was collected at two intervals before the start of the test and three times after the start of the test at 10-day intervals. After sampling, the cells were examined by a somatic tester. (4) The measurement of acid flow rate was examined daily for each individual.

(1) The results of the survey on feed intake are as follows.

① Control

② Test Zone

(2) Somatic cell count by grade

① Control (9 heads)

② Test port (9 heads)

(3) Acid flow rate survey

(4) Jewish investigation

① Control

① Test Zone

(5) Economic Analysis

The test results above are as follows.

(1) Feed Intake Survey

The control group did not change to 11.82 Kg before the start of the test and 11.82 Kg after the start of the test, and the test group had a small increase in feed intake to 11.79 kg before the start of the test and 11.81 kg after the start of the test.

(2) Somatic cell count

In pre- and post-fermentation of fermented feed, control group showed 4.17% increase in grade 1 expression, test group increased to 29.17%, grade 2 expression rate increased 1.17% in control group, 2.78% in control group, and control group increased 4.17% in control group. 8.33% decreased, and Grade 4 decreased by 8.33% in the control and 23.62% in the test.

The policy to induce crude hygiene and quality improvement of crude oil by gradually strengthening the crude somatic cell number grading standard to the international level is expected to increase income by improving grade.

(3) Production flow and bond survey

The yield of the control group was 4,860Kg before the start of the test (20 days) and 7,344Kg after the start of the test (30 days), and the test area was 8,370kg after the start of the test (30 days). Kg (30 days) was produced high. This resulted in the production of 3.8 kg more per day per head.

The bonds of the control group were 2,738,880 won before the start of the test, 4,216,680 won after the start of the test, and the test group was 2,710,099 won before the start of the test and 5,124,424 after the start of the test.

(4) Economic analysis

As a result of testing five times at 10-day intervals, the crude income was 6,955,560 won for the control and 7,834,523 won for the test, and the operating expenses were 1,456,090 won for the control and 1,536,369 won for the test, and the income for the 50 days was 5,499,470. The test area was 6,298,154 won, and the test area was 798,684 won, showing an annual income of 5,830,394 won and an annual income of 647,822 won per head.

Based on the above results, the fermented feed showed that the test cells had lower somatic cell counts than the control, which showed a prophylactic effect against mastitis, improved milk grade, increased milk yield, and increased flow rate. It is estimated that there will be additional income from the upgrade.

Disease prevention effect and gain rate test results for swine

To test the disease prevention effect and gain rate when supplemented with fermented feed contained in the present invention from newborn pigs, 1) Survey frequency of pig disease occurrence, 2) Safe livestock supply due to reduced antibiotic use, 3) Pig The results of the change weight gain test were conducted on 60 heads from Gaddon to shipping for three-way hybrid varieties.

For each control and test group, ① control group: 20 heads (general formula feed), ② test 1 section: 20 heads (mixed feed + enzyme company H), ③ test 2 sections: 20 heads (mixed feed + present invention) Fermented feed contained in the feed), and the feed is: (1) normal mixed feed to the control pigs (less than 5 kg body weight), 1 feed compound + 2% enzyme enzyme in the test 1, compound feed + test 2 Fermented feed contained in the invention was fed 5%, ② In the pig-feeding pigs (less than 5-10 kg), the control group was a blended feed, the test 1 was mixed feed + H company enzyme 2%, the test 2 was Compound feed + 4% fermented feed contained in the present invention was administered. ③ For piglets (less than 10 to 25 kg in weight), the control group was formulated feed, the test 1 was formulated feed + H company enzyme 1.5%, test 2 In the diet, the compound feed + 3% fermented feed contained in the present invention is fed, ④ breeding pigs (weight 25kg ~ until shipment) For a formula feed for the control, the test one has a 1% Fodder + H enzyme used, test 2, the fermented feed was fed 1% is contained in formula feed + the present invention. The test results were as follows.

1) feed intake survey

2) Growth rate survey

3) Economic Analysis

In addition, in the administration of antibiotics and the residual test, the feed containing the antimicrobial agent was fed only in the early stages of fattening, and the feed containing all the antimicrobial agents was fed in the late stage of finishing the pigs. During the test period, diarrhea occurred in newborn pigs in the control group, and antimicrobial treatment was performed for 1 day.

The internal pollution control of pigs was obtained in the fermented feed administration group according to the present invention, in which the amount of manure was reduced and odor was not severe. In addition, the feed intake during the test for 155 days was 4,630Kg / 20 heads for the control, 4,640Kg / 20 heads for the test 1, 4,765Kg / 20 heads for the test 2, and the average weight of the control was 96.1Kg per head. Test 1 ball 99.9Kg, test 2 ball 112.6Kg. In other words, the fermented feed administration group according to the present invention compared to the control group, the income of $ 650,328 based on 20 heads, the average per capita income is expected to be $ 32,516 won more than the macrosphere until shipment. In addition, considering the average age of 175 days reaching 110kg is a dramatic increase effect. In addition, it is possible to reduce the cost of medicine, various sanitary and defense costs according to the control of chronic consumable diseases of farmers, and it is expected that productivity will be further increased if a lot of time is invested in specification management.

Disease prevention effect on broiler chicken and shorter delivery date

From 28 June to 29 July 2000 (32 days) with 35,000 test water, fermented feed and liquid feed according to the present invention were tested from the beginning of the period when the effect of preventing disease and reducing the shipping date. Silver, 1) up to 10 days of age: 5 tons of H company feed, 60 kg (3 bags) of fermented feed, 2 ~ 3 hours of liquid feed every day, 2) 10 days to 20 days of age: feed H company 5 Fermented feed 40Kg (2 sachets), liquid feed 2 ~ 3 hours daily, 3) 20 days of age until shipment: 5 tons of H company blended feed 20Kg (1 sachet), liquid feed 2-3 hours daily It was paid. As a result, in the frequency of disease, coccidium was continuously generated during breeding of 12 broilers, but as a result of feeding the fermented feed and the liquid feed according to the present invention, it did not occur at all until shipment without using coccidial medicine. There was no disease, which drastically reduced drug costs. In terms of the shipping date, it was shipped at 1.51kg at 32 days of age, feed efficiency was 1.72, and production index was 262. In other words, while using the fermented feed contained in the present invention, it was found that the disease prevention effect, reduction in the delivery date, feed efficiency improvement, internal ammonia gas reduction, feed palatability was very excellent, and fermentation contained in the present invention at the 35,000 number scale By purchasing 24 feeds and 3 feeds of liquid feed, the total purchase cost was 876,000 won, and the cost of purchasing drugs and additives was about 400,000 won less than the average of 1,300,000 won. About 2,500,000 won was able to earn income.

Test for fish

For 13 months, 1 liter per ton of rice bran is added to rice bran and 100,000 kg of flatfish and urine, respectively. Diluted 2 ~ 3Kg of white sugar in water, and the water content of the feed is sprayed to 30%, and then fermented at 15 ℃ ~ 30 ℃. Was tested. The fermentation period is fully fermented in about 4 to 7 days depending on the spring, summer and autumn temperature differences, and fermentation starts in 4 to 5 days in winter, and is fully fermented in about 13 to 14 days. In the feeding method, 5-10% of the fermented feed according to the present invention was added to raw feed (mackerel, sardine, pollock, other fish) and fed into pellet feed.

As a result of the test, (1) feed intake and digestibility are very good, (2) there is no disease at all even though no antibiotics are used at all, and (3) the existing seawater in water pollution Even if the two exchanges were done once a week, water pollution did not occur at all and it was effective in preventing the stress of fish caused by water exchange. (4) In the shipping and growing area, the control group was grown for 14-15 months. It was shipped, the test group using the fermented feed related to the present invention in 12 to 13 months, the test group was about 2 months faster than the control group, showing a high growth rate of 17%, resulting in a feed reduction effect (5 In terms of economics, the test group was chewy than the control group, resulting in a high yield of 30 to 35% (when the wholesale price was 500 won per horse), (6) Productivity was improved by the environment improvement effect of the farm, and it was judged that it is a good product by increasing total revenue and competitiveness by increasing shipment volume.

In conclusion, by making a fermentation feed using the fermentation agent related to the present invention, self-sufficiency in livestock farms, minimizing equipment investment and maximizing the use of by-products of farm, water and livestock, greatly reduces feed production costs and chronic diseases and malignant diseases of livestock (Breastitis, PED, TGE, AR, PRRS, foot and mouth disease and various skin diseases) has the effect of preventing, fermented feed produced using a strong alkaline complex functional composition related to the present invention in the existing blended feed

When used in various ways, it is very effective in preventing various diseases, and it is very superior in taste and nutritional value compared to fermented feed using enzyme or fermented mycelium, and it is technologically advanced in terms of maintaining functionality and freshness, which can improve domestic and international competitiveness. It is.

For other growths, the fermentation agent of the strong alkaline complex functional composition was diluted 500-600 times with water, and after the growth, the oral disease of Zara was cured, and the large shrimp was diluted with 500-600 times with water. It can be seen that the immune function of the crayfish is greatly enhanced.

Pesticide disintegrating agent containing a strong alkaline composite functional composition contained in the present invention, polyoxyethylene alkyl ether lactate (AES) 17-23wt.%, Easy alkyldimethylamine oxide (LDAD) 7-11wt.%, Polyoxyethylene Contains 4-6 wt.% Of alkyl ether (PAEAE), 2-4 wt.% Of ethyl alcohol, 2-4 wt.% Of sodium paradolsulfonate and 38-48 wt.% Of water, based on 1 liter of water (1) 70 to 80 g of potassium silicate, (10) _{10 to} 20 g of glycerophosphate, (3) 25 to 35 g of sodium dicalcium EDTA (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ .2H ₂ O), (4) 5 to 10 g of calcium chloride, (5) 60 to 70 g of potassium bromide, (6) 20 to 30 g of potassium sorbate, (7) 15 to 25 g of potassium chloride, (8) 30 to 40 g of sodium pyrophosphate, and (10) 15 to 20 wt.% Of a liquid complex functional composition (natural mineral extract) containing 90 to 100 g of cycloamylose, and 0.05 to 0.15 wt.% Of flavor.

As an example, the pesticide decomposition agent is 19.9 wt.% Polyoxyethylene alkyl ether lactate (AES), 9 wt.% Easy alkyldimethylamine oxide (LDAD), 5 wt.% Polyoxyethylene alkyl ether (PAEAE), 3 wt% ethyl alcohol. After mixing and stirring.%, 3 wt.% Of sodium paradolensulfate and 43 wt.% Of water, 17 wt.% Of the above-described liquid complex functional composition (natural mineral extract) is added, and 0.1 wt.% Of fragrance is added. It is manufactured by.

As a result of decomposing the soil sample using the conventional Solsol filler of Youngil Chemical Co., Ltd., the residual amount (ppm) before the decomposition treatment was 0.08, 0.08, 0.09, 0.09 for each sample. Afterwards), it decreased to 0.05, 0.07, 0.04, 0.06, and had a degradation effect of 33% at 24 hours.

In the case of the pesticide decomposition agent related to the present invention, the standard of the pesticide used in this experiment is manufactured by SUPELCO, and the representative horticulture of the organophoshate strain that causes serious poisoning symptoms in animals is a pesticide dichloroboss ( dichlorovos) 10ppm was found to be completely decomposed in 5 minutes in the stock solution of the pesticide disintegrator, and showed a 75% reduction in 1: 5 diluent. It turned out. In addition, the dilution of 1: 3 and 1: 5 showed more than 65% reduction after 10 minutes.

Deodorant disinfectant containing a strong alkaline composite functional composition according to an embodiment of the present invention, water (H ₂ 0) 85 ~ 94wt.%, Ethyl alcohol (C ₂ H ₅ OH) 3-7wt.%, Maltitol (C ₁₂ H ₂₄ O ₁₁ ) 0.5 to 1.5 wt.%, (1) 70 to 80 g of potassium silicate, (2) 10 to 20 g of calcium phosphate, and (3) EDTA, based on 1 L of water. 25 to 35 g of calcium disodium (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ 2H ₂ O), (4) 5 to 10 g of calcium chloride, (5) 60 to 70 g of potassium bromide, (6) potassium sorbate 20-30 g, (7) 15-25 g of potassium chloride, (8) 30-40 g of sodium pyrophosphate, and (10) 90-100 g of cycloamylose (natural mineral extract) ), 2 to 4 wt.% Of potassium hydroxide, 0.1 to 0.5 wt.% Of potassium hydroxide (KOH), 0.1 to 0.3 wt.% Of peppermint fragrance (Mentol), 0.1 to 1.0 wt.% Of surfactant, and sodium benzoate (C ₇ H ₅ O ₂ Na) 0.01 to 0.1 wt.%.

Examples of representative deodorizing agents include water (H ₂ 0): 90 wt.%, Ethyl alcohol (C ₂ H ₅ OH): 5 wt.%, Strongly alkaline composite functional composition according to the present invention: 3 wt.%, Maltitol (C ₁₂ H ₂₄ O ₁₁ ): 1 wt.%, Potassium hydroxide (KOH): 0.5 wt.% Or less, Peppermint flavor (Mentol): 0.2 wt.% Or less, surfactant: 0.1 wt.% Or less and sodium benzoate (C ₇ H ₅ O ₂ Na): 0.1 wt.% Or less of sequential mixing and stirring was carried out to prepare a deodorant disinfectant, and as a result, acetic acid (kimchi smell) 5% concentration, tobacco smoke, ammonia (manure smell) concentration 2.8%, trimetalamine Odor) When the odor level was divided into 6 levels from 0 to 5 for 3.0% concentration, it was found to correspond to 1 (detection odor) which is almost odorless (0), and also tested by PIRBRIGHT research institute As a result, when 1 ml of the deodorant disinfectant 10% dilution of the present invention was mixed with 1 ml of foot-and-mouth virus and 8 ml of water, foot-and-mouth virus was not detected at all after 3 days at room temperature. It was.

According to the constitution and action of the deodorant disinfectant containing a strong alkaline composite functional composition according to the embodiments of the present invention described above, there is an excellent effect on sterilization, disinfection, deodorization and the like.

Claims (2)

85 to 94 wt.% Water (H ₂ O), 3 to 7 wt.% Ethyl alcohol (C ₂ H ₅ OH), 0.5 to 1.5 wt.% Maltitol (C ₁₂ H ₂₄ O ₁₁ ), and 1 liter of water (1) 70 to 80 g of potassium silicate, (2) _{10 to} 20 g of calcium glycophosphate, and (3) sodium dicalcium EDTA (C ₁₀ H ₁₂ CaN ₂ Na ₂ O ₈ .2H ₂ O). 25 to 35 g, (4) 5 to 10 g of calcium chloride, (5) 60 to 70 g of potassium bromide, (6) 20 to 30 g of potassium sorbate, (7) 15 to 25 g of potassium chloride, (8) sodium pyrophosphate 2 to 4 wt.% Of a liquid complex functional composition (natural mineral extract) containing 30 to 40 g of (10) 90 to 100 g of cycloamylose, and 0.1 to 0.5 of potassium hydroxide (KOH). wt.%, peppermint flavor (Mentol) 0.1 to 0.3 wt.%, surfactant 0.1 to 1.0wt.%, and sodium benzoate (C ₇ H ₅ O ₂ Na) 0.01 to 0.1 wt. Deodorant disinfectant containing a strongly alkaline composite composition. The deodorant disinfectant according to claim 1, wherein the strongly alkaline composite functional composition further contains 5 to ₁₀ g of borax (Na ₂ B ₄ O ₇ ).