JPH06182388A - Microorganism cleaning agent - Google Patents

Abstract

PURPOSE:To provide a cleaning agent which has a good cleaning effect and is effective to improve natural environment by preparing a microorganism cleaning agent by a method in which fermentation raw material mainly consisting of grain, grain sugar, and defatted grain is inoculated with purely cultured microorganisms mainly consisting of Bacillus subtilis for fermentation. CONSTITUTION:A microorganism cleaning agent is obtained by a method in which fermentation raw material mainly consisting of grain, grain sugar, and defatted grain is inoculated with purely cultured microorganisms mainly consisting of Bacillus subtilis for fermentation. The cleaning function of this agent is effected in a process in which contaminants are separated from contaminated material and decomposed by microorganisms, microorganism assimilation residuals, microorganism products, etc., which are harmless to human body and other living things. Moreover, the microorganisms and fermentation products, besides a self-cleaning function of decomposing contaminants, are effective to activate and propagate natural microorganisms which have a cleaning function and contribute to removing contaminants in waste water, drain pipes, or on the wall of drainage ditch.

Description

Detailed Description of the Invention

[0001]

The present invention relates to a kitchen. Bathhouse. Toilet. Chicken barn. Warehouse. Processes such as food factories. Facility. Cleaning of water pollution such as drains. The present invention relates to a safe microbial cleaning agent used for purification and useful for improving the natural environment.

[0002]

2. Description of the Related Art A cleaning agent for the purpose of removing contaminants from substances is
Hydrophilic group in the molecule. Mostly surfactants having both hydrophobic groups are used in households. Agriculture and fisheries. Livestock industry. Widely used in various places such as heavy and light industry. The history of cleaning agents is very old,
Wood ash. Rice bran. Beginning with plants containing saponins, soap, which is an alkaline salt of animal and plant fatty acids, was invented, and the use thereof was dramatically increased. With the improvement of life and the development of industry, more effective cleaning agents are required, and recently, alkylbenzene sulfonic acid soda. Alpha oleifinate. Higher alcohol type. Synthetic or semi-synthetic detergents such as amino acids are being commercialized one after another, and phosphoric acid is a compound that further enhances the effect. Together with the development of zeolite-based builders and enzymes for detergents,
All kinds of cleaning agents are used according to the purpose.

The cleaning action of surfactants is a major cause of contamination of oils and fats. Protein. carbohydrate. Pigment. Emulsify inorganic substances etc. from contaminated substances by surface action. Solubilization. Released due to lipophilic hydration. By removing it. Synthetic cleaning agents have this action strongly and are extremely excellent as cleaning agents, but conversely, this action is pointed out below as a major drawback. That is, cells of animals and plants. Not only does it act on the skin and cause damage, but it is also threatened to survive. Furthermore, this is a river that is difficult to decompose in nature. Lakes. It causes pollution of groundwater.

On the other hand, a major problem has been pointed out for soap, which has a weaker washing power than synthetic products. That is, oils and fats removed from the contaminants. Protein. Carbohydrates are easily released due to changing conditions, and this is the drainage pipe. Water ditch. River wall. Attached to the bank,
Not only does it settle to the bottom, causes anaerobic fermentation and gives off a bad odor, but it also significantly reduces dissolved enzymes in water, and causes great damage to the natural environment. In recent years, these pollutions have been taken up as a global problem, and Biosurf Actant. Development of easily degradable activators is in progress.

[0005]

DISCLOSURE OF THE INVENTION The present invention is completely safe for animals and plants, and pollutants discharged from rivers. Assimilated before returning to nature such as lakes and marshes. The present invention relates to a microbial cleaning agent which is purified by a decomposing action and is useful for improving the environment instead of destroying the natural environment like a conventional cleaning agent.

[0006]

SUMMARY OF THE INVENTION The present invention is a conventional hydrophilic. Completely different from washing agents with hydrophobic groups, the fermentation raw material is Bacillus. It is a novel cleaning agent obtained by fermenting subterilis mainly by microorganisms and mixing the product or multi-element porous mineral powder with the product. An example of the method for producing the cleaning agent according to the present invention will be shown below.

Commercially available crushed grains. Cereal bran. Grain defatted meal.
Stir 1 ton of fermentation material mainly composed of sugar. It is put into a horizontal rotary drum equipped with a heating device, 200 liters of water is sprayed while stirring, and then sterilization is performed at 150 ° C. for 40 minutes. 20 more
After spraying 0 liter of water and cooling the internal temperature to 25 ° C, 10 kg of yeast is mixed.

To this mixture was added Bacillus. A solution prepared by dissolving 0.5 kilogram of a pure culture mainly composed of subtilis in 30 liters of warm water is sprinkled, and warm air at 43 ° C. is blown to perform fermentation while rotating the drum. Although 80 to 90% of the exhaust gas discharged from the drum is returned to the drum together with the warm air, the amount of recovery is reduced with time and adjusted to be about 10% after 15 hours.

After 15 hours, spray 100 liters of water,
Furthermore, pure culture 1 composed mainly of Bacillus subtilis 1
A solution prepared by dissolving kilograms of sugar and 5 kilograms of sugar in 30 liters of warm water is sprinkled, and warm air at 43 ° C. is blown into the drum to continue the secondary fermentation for 12 hours while rotating the drum. The product after secondary fermentation is dried with a vacuum dryer and pulverized to obtain a microbial detergent.

After the secondary fermentation was completed, an ash stone was added. Quartz porphyry. 10 kg of powder of multi-element porous ore such as granite porphyry having a particle size of 60 mesh or less is added and mixed, and then dried by a vacuum dryer and pulverized to obtain a microbial cleansing agent. The amount of ore powder added is 5 to 20 kilograms, which can be used for cleaning highly polluted materials and drain pipes. Except for pollution such as drainage, it is effective in purification.

The method of using the fermentation product of the present invention as a cleaning agent is as follows.
For example, the fermentation product is put in a cloth bag to extract the active ingredient in water, and the contaminants are washed with the extract and washed with water. The product of the present invention can be used in combination with a conventional natural or synthetic cleaning agent, and in this case, it has an effect of preventing the drainage pipe from being contaminated by the cleaning drainage.

[0012]

EFFECT OF THE INVENTION The cleaning action of the present invention is effective for the human body. A microorganism that is completely harmless to living things. Microbial assimilation residue. Decomposes and decomposes pollutants by microbial products. It is presumed that this is due to liberation. Furthermore, the microorganism of the present invention. Fermentation products have the effect of not only self-cleansing to decompose pollutants, but also to activate and proliferate microbial groups that have a purifying effect in nature. It is presumed that it contributes to the removal and disappearance of the dirt attached to the water channel wall.

[0013]

EXAMPLE An example of a purification test of waste adherents by means of equipment cleaning and cleaning drainage using the microbial cleaning agent of the present invention will be described. (Example 1) Equipment cleaning test After a food composition was applied to a glass beaker, cleaning was performed under the same conditions as those of the product of the present invention and the conventional product, and the residual amount was measured. Compared the appearance. Cleaning drainage purification test Immerse a contaminated aluminum plate in the cleaning drainage of the equipment cleaning test. It was left to stand and the state of decomposition and removal of contamination was compared.

Sample: Cleaning agent of the present invention: A microbial cleaning agent containing no addition of the multi-element porous ore powder and the addition of the multi-element porous ore powder described in the means for solving the problems. Conventional cleaning agent: Liquid cleaning agent for commercial tableware (Kamo Co., Ltd., trade name: Moa) Test method Contamination beaker: Corn starch in wt% 3. Corn salad oil 1. The liquid to which the skimmed milk powder 1 is added is heated with stirring, kept at 95 ° C. for 10 minutes, and cooled. The solution is applied to the entire surface of a glass beaker of 100 milliliter and dried at 100 ° C. Contaminated aluminum plate ········ 16.5 × 10 · 0 × 0.3 cubic centimeter aluminum plate is left in the wastewater in the domestic drain for two months to attach the waste.

A contaminated beaker was placed in 500 milliliters of an aqueous solution containing 0.5% by weight of a cleaning agent, allowed to stand at 25 ° C. for 5 minutes, washed with running water and dried to compare the amount of residual contaminants. Furthermore, the contaminated aluminum plate was placed in the waste liquid of the cleaning agent used in the test at 25 ° C for 6
After soaking for a period of time, it was washed with running water and the residual amount was compared. Test results

[0016]

[Table 1]

[0017]

[Table 2]

As shown in Table 1, both the cleaning agent of the present invention and the commercially available cleaning agent show excellent cleaning effects. However, looking at the effect of cleaning wastewater from the cleaning wastewater in Table 2, it can be seen that the cleaning agent of the present invention is far superior to the commercially available cleaning agent. In particular, the effect of adding the multi-element porous ore is outstanding, and the microbial cleaning agent of the present invention is effective in improving the natural environment.

Claims (2)

[Claims] 1. Grains. Cereal bran. A microbial cleaning agent obtained by inoculating and fermenting a fermentation raw material mainly composed of cereal defatted rice cake with a pure cultured microorganism mainly composed of Bacillus subtilis. 2. The microbial cleaning agent according to claim 1, which is obtained by mixing a multi-element porous mineral powder with a fermentation product.