KR20060099617A - An inorganic antimicrobial chemical removing white power disease using silver nano composite - Google Patents

Abstract

The present invention relates to a method for producing and using silver nano inorganic antibacterial agents for agriculture using a new electrolyte.

In the first step, connect the silver bar to the + pole of the electrolysis device, and connect the iron bar to the-pole, add water to the electrolytic cell, and electrolyze 20% of the quantity into white charcoal powder, which is oak charcoal. Dry charcoal after filtering the electrolyzed charcoal composition of to prepare silver nano iron antibacterial white charcoal.In the third process, 1000 g of antimicrobial white charcoal in the second process is dissolved in 100 liters of water and used as agricultural inorganic antimicrobial agent. It is characterized by dissolving 100 g of silver nano iron colloidal solution filtered in the process in 100 L of water and spraying on the crops.

Description

Preparation and method of agricultural silver nano inorganic antimicrobial agent using new electrolyte {An Inorganic antimicrobial chemical removing white power disease using silver nano composite.}

The present invention relates to a method for producing silver nano inorganic antimicrobial agents for agriculture using a new electrolyte. Currently, organic pesticides are used to control or spray pests on various crops of cucumbers, fruits and strawberries. There are many problems with the environment and arguments.

To date, when various organic pesticides are used, resistance to various crop pathogens is generated, which increases the concentration of pesticides, and therefore, there are many problems with the environment and the human body.

In order to solve this problem, in order to solve the above problem, silver powder is electrolyzed into nanoparticles in a short amount of time to elute into water. If the electrolyte is about 20% dissolved in the electrolyser of the decomposition apparatus, the electrolyte becomes an excellent electrolyte.

Until now, in order to melt small particles of silver like nanoparticles, ordinary products are put in an electrolytic cell by using an electrolysis device, and electrolysis is performed by connecting silver rods to + and-poles to elute silver into small particles like nanoparticles. There is not much time and power consumed to elute small amounts of silver.

Reported to date, the electrolyte is widely used as an electrolyte because chlorine is developed, but when chlorine is used as an electrolyte when silver is electrolyzed, the silver combines with chlorine to change color and becomes a silver cololyte solution due to precipitation. In addition, silver cannot be made into nano-like particles. It is a disadvantage that a lot of time and power are consumed to elute about 1,000ppm of silver content in silver colloid solution even after a long time because there is no electrolyte. The technical core of the present invention is that white charcoal baked at a high temperature of 1,000 degrees Celsius is electrically conductive and has excellent electrical conductivity, negative charge and quantum (+-) ions.

When the charcoal powder as described above is dispersed in the water of the electrolytic cell is characterized in that the metal connected to the + pole-pole of the electrolysis device can elute 100 times more silver in a short time. When electrolysis as described above, the metal connected to the + pole is usually eluted three times or more than the metal connected to the-pole.

In the present invention, when iron is granulated into small particles such as nano, iron has the same function as iron contained in the loess in the form of iron oxide, and it can be seen as a very beneficial element for crops or factors.

In addition, by using charcoal powder as an electrolyte and adsorbing a large amount of silver to a large number of pores of oak charcoal powder in a short time, the silver contained in the silver solution becomes smaller when electrolyzed.

When using charcoal powder as an electrolytic electrolyte while electrolyzing silver and iron as described above, a strong silver iron inorganic charcoal antimicrobial is prepared by adsorbing silver and iron to numerous pores of charcoal, and when dried powder is used in crops, As iron contains 1,000 ppm of bad like nano, it is not only excellent in antibacterial activity, but also very effective in harmful powdery mildew anthrax, and it does not produce resistance like organic pesticides and becomes an odorless, non-toxic agricultural inorganic antibacterial agent.

To date, it is reported that silver is not only the safest inorganic antimicrobial on the planet, but that there are no germs or viruses on the planet that survive for six minutes after contact with silver. Silver is an inorganic antimicrobial that sterilizes all germs without harming the human body. I appreciate it. Since ancient times, silver has been taken as a natural antibiotic as a panacea.

In order to elute a large amount of silver in a short time, silver and iron were immersed in numerous holes in the charcoal using oak charcoal as an electrolyte to prepare silver nano iron charcoal antimicrobial agent and used as an inorganic inorganic antibacterial agent for agriculture. to be.

If we look at the core of the technology of the present invention as described above, in order to elute a large amount of silver by electrolysis in a short time to produce an inorganic antimicrobial agent, using chlorine as electrolyte using only water during electrolysis completely By mixing 20% of the electrolyzer's electrolyzer 20% of the amount of light powder obtained by crushing the white charcoal baked at 1,000 degrees high temperature with oak, which is excellent in electrical conductivity, 20% of the electrolyzer's volume is mixed. Electrolysis not only elutes silver and iron in water in a short time, but also immerses or adsorbs it into numerous pores of oak charcoal powder used as an electrolytic material to obtain strong silver nano iron antibacterial white charcoal powder.

The silver rod of the + -pole connected to the electrolytic cell weighs about 200g, the weight of the iron rod connected to the -pole is 200g, the water capacity is 10L, and 2kg of charcoal charcoal oak is added and stirred in the electrolytic cell to disperse. The charcoal powder dissolved and dispersed in the water of the electrolytic cell serves as an excellent electrolyte and can elute a large amount of silver and iron in a short time.

The charcoal powder used as the electrolyte is characterized in that it does not change the properties of silver and iron dispersed in small particles such as nano because it remains as it does not change any organic inorganic solvent or chemicals. Electrolyte, a chlorine that has been widely used up to now, when electrolyzing silver, not only changes the color by combining silver with chlorine, which is an electrolyte, or a halogen compound, but also causes many problems because silver, which is a nano particle, is combined with chlorine and precipitated. When electrolyzing silver, no conventional electrolyte is used. Therefore, when silver is electrolyzed like nano, it consumes a lot of time and power.

The present invention uses a new electrolyte, white charcoal powder as described above, eluting 100,000ppm or more of silver in a short time, so that it is used for industrial or agricultural use, so it is safe and economical.

As described above, when the electrolytic silver colloidal solution is dried with a filter, only the charcoal powder used as the electrolyte remains as a residue and a silver colloidal solution of a transparent liquid can be obtained.

Drying the charcoal powder obtained as described above synthesize 100g of the silver metal charcoal powder per 10L of water to disperse the charcoal and spray it on various vegetables of melon, strawberry tomato and remove the mildew which is widely distributed in the cucumber family when used as an inorganic antibacterial agent. It has been confirmed that pests of various crops are eliminated.

When 100g of the silver colloidal solution (1000ppm) prepared in the present invention was dissolved in 100L of water and sprayed with agricultural inorganic antimicrobial agents, powder powder, etc. inhabited in cucumbers, fruits, strawberries, and various vegetables were removed and sprayed. It is confirmed that rare fungi do not inhabit during the day.

As described above, when the present invention dissolves silver colloidal solution in germanium or ocher, and dissolves in water, it not only has antimicrobial activity against pests of various crops, but also minerals such as germanium or ocher increase the freshness of crops and are effective in growth and development. It is also preferable to use a silver solution in parallel with minerals rich in minerals.

As a result, the oak charcoal powder, a new electrolyte as described above, is dried with charcoal used as an electrolyte, synthesized with dried powder and germanium, and then dispersed in water and sprayed on the crops to be used as an inorganic antibacterial agent for various crops. The colloidal solution of silver and ferrous metal, which is a filtered transparent liquid, is dissolved with water and sprayed on various crops to be used as a silver nano metal inorganic antibacterial agent that is harmless to humans and crops.

The silver inorganic antimicrobial agent prepared as described above has not only no heavy metals, no resistance and excellent antimicrobial activity, and it is characterized by producing silver nano-crops inorganic antimicrobial agent that can remove all germs or viruses without harming the factor. to be.

Until now, it has been reported that about 650 kinds of germs or viruses existing on this earth sterilize and kill germs without harming the human body. Is taking. To date, most agricultural crops use organic pesticides, which threaten the health of the people, and contaminate the soil and increase resistance to germs, which is a problem.In developed countries such as Japan, silver solutions are used instead of pesticides in crops. Although it has been published, there is no way to find a crop inorganic antimicrobial preparation using a new electrolyte as in the present invention.

As described above, an object of the present invention is to provide a technology that can be used as an inorganic antimicrobial agent for various agricultural crops by producing a silver nano-iron inorganic antibacterial agent using a new electrolyte.

In the production method of agricultural inorganic antibacterial using the new electrolyte of the present invention, using a electrolysis device, the silver pole is connected to the + pole of the electrolysis device, and the iron rod is connected to the-pole, and then water is added to the electrolytic cell. When electrolytic decomposition is carried out while dissolving and dispersing the powder of crushed oak charcoal, the charcoal powder having excellent electrical conductivity becomes a good electrolyte and can elute a large amount of metal in a short time. The silver colloidal composition of the eluted electrolytic cell was rolled with a filter paper to filter charcoal powder as an electrolyte, and the dried powder was dissolved in water, sprayed onto the crop, and used as a crop inorganic antimicrobial agent. When dissolved and used as a crop bookkeeping antimicrobial agent in more detail described in Examples.

EXAMPLE

1st process

Electrolysis equipment and electrolyzer 20L size electrolysis equipment, which can be raised to 30 volt 50 ampere, are widely used and prepared.

Second Process

Connect the silver rod of 200g of 2cm in diameter and 10cm in length to the + pole of the electrolysis device.

Third Process

Quantitatively, 2,000 g of powder pulverized white charcoal fired at a high temperature of 1,000 degrees is crushed by 1,000 mash.

4th Process

10 liters of distilled water is added to the electrolytic bath of the first process electrolysis equipment, 2,000g of white charcoal powder of the third process is added, disperse and disperse, and air is blown in to keep the charcoal powder well dispersed in the electrolyzer water.

5th Process

The silver bar connected to the + pole of the electrolysis equipment of the second process and the iron rod connected to the-pole were placed in the electrolytic cell of the fourth process with an interval of about 5 cm. It is confirmed that about 50g of bar is eluted at the pole.

6th Process

When the electrolyzed charcoal composition of the fifth step is filtered with a filter, charcoal powder is filtered to obtain a transparent solution of silver iron colloid.

7th Process

The filtered white charcoal bag of step 6 was dried to produce silver-antimetallic white charcoal.

8th Process

5 kg of the silver metal nano colloidal solution (solid content of 100,000 ppm) of the filtered transparent liquid of the 7th step was quantified.

As described above, the present invention uses white charcoal powder, oak charcoal, an oak charcoal as an electrolyte, which has excellent electrical conductivity and does not change to any inorganic or organic chemicals, and does not hesitate to change silver or any metal which is the main agent of electrolysis. In the short time, a large amount of metal was eluted with silver and metal by electrolysis like nano to produce agricultural inorganic antimicrobial agent using new electrolyte. Especially charcoal powder used as electrolyte, white charcoal is made of many porous materials. As small nanoparticles of metal penetrate into the pores of numerous charcoal, it is coated in the form of plating to obtain strong inorganic antibacterial white charcoal furniture.

When 100 g of the white charcoal powder is dissolved in 10 L of water and sprayed on the crops, crop inorganic antimicrobial agents having excellent antimicrobial powers that are harmless to printing may be obtained.

In addition, the silver colloidal solution that completely filtered the charcoal composition of the electrolytic cell of the electrolytic device was tested and certified by the authorized institution that about 100,000 ppm of silver solids and iron solids were dispersed and eluted.

100g of the silver solution was dissolved in 100L of water, and when used as a crop inorganic antimicrobial agent, it is confirmed that germs do not recur for about 20 days while completely eliminating powdery mildew or anthrax, which is a widely occurring pest in cucumber family. Currently, even when spraying organic pesticides to remove powdery powder or anthrax, less than a week after use, the disease recurs, which causes resistance to crops, which is not effective, and residual pesticides are contaminated with fruits and vegetables, causing many problems.

As mentioned above, when used as an inorganic antimicrobial agent in various heavy metal investigation antibacterial crops, which are the test test results, the result value will be guaranteed later.

As described above, the present invention is characterized by producing an antimicrobial agent of silver nano inorganic crops having excellent antimicrobial power and economic efficiency by eluting a large amount of silver and metal in a short time using oak charcoal powder which is a new electrolyte.

Claims (1)

In the first step in the production and method of silver nano-metal inorganic antibacterial agent using a new electrolyte, 20% of the water in the electrolytic cell was dissolved and dispersed by powder of crushed white charcoal roasted about 1,000 mash of oak at 1,000 ° C using a conventional electrolysis device. After connecting the silver rod to the + pole of the electrolysis device of the first step in the second step, and the iron rod connected to the-pole, put it in the electrolytic cell and electrolyzed, and filtered the silver nano metal composition of the electrolyzed cell in the third step The filtered charcoal composition dissolved 1,000 g of dried silver nanoantibacterial white charcoal in 100,000 ml of water and sprayed it on the crops to be used as agricultural inorganic antimicrobial agent. In the fourth step, transparent silver nano metal transparent colloidal solution filtered in the third step was 100 g of water and 100 L of water. Preparation of silver nano metal crop inorganic antimicrobial agent using new electrolyte which is dissolved and used as inorganic antimicrobial agent of silver nano metal crop