JPH08192139A - Methods for producing active water, for removing red water by active water, for removing urolith by active water, for stabilizing chlorine concentration in swimming pool by active water, for removing scale in hot spring piping, for rust prevention in boiler, for purifying pond water, and for purifying water in vessel for aquarium fish - Google Patents

Abstract

PURPOSE: To appropriately treat water in a relatively short time by passing water through a container filled with spherical sintered ceramic particles of mineral powder composed of silicon and aluminum as main components, and alkali metals, etc. CONSTITUTION: Spherical sintered ceramic particles 4 of mineral powder composed of silicon and aluminum as main components, and alkali metals and/or oxides containing alkali metals are packed in a container 1 for sintered ceramic particles. Water is passed from an inlet 2 in the lower part of the container 1 to an outlet 3 in the upper part through a flow rate controller. In this process, water is passed at a flow rate to enable adequate contact with the surface of the particles 4 so that water is activated into active water. The active water is passed through the existing water supply iron pipe in a building facilities such as mansions to remove red water generated by red rust in the pipe.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for generating active water, a method for removing red water with active water, a method for removing urinary stones with active water, a method for stabilizing chlorine concentration in a swimming pool with active water, and active water. The present invention relates to a method for eliminating scale of hot spring piping, a method for rust prevention of a boiler by activated water, a method for purifying pond water by activated water, and a method for purifying water in an ornamental fish tank using activated water. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal and / or an oxide containing an alkali metal as a main component are stored in a ceramic sintered body storage container, and the ceramic sintered body storage container The water to be treated is made to flow from the lower inlet to the upper outlet, and the water to be treated is passed through between the particles of a large number of spherical ceramic sintered bodies while the treated water is made into a large number of spherical cells. The surfaces of the particles of the electrochromic sintered flowing water to be treated at a flow rate can be sufficiently in contact, the active water by activating the water to be treated, using the activated water,
Treatment method with active water to enhance the usefulness of water requiring treatment in various industrial fields, that is, removal method of red water with active water, removal method of urinary stones with active water, and chlorine concentration of swimming pool with active water The present invention relates to a method for stabilizing water, a method for removing scales of hot spring pipes with active water, a method for rust prevention of boilers with active water, a method for purifying pond water with active water, and a method for purifying water in aquariums for ornamental fish with active water.

[0002]

2. Description of the Related Art Rainfall in the mountains turns into rainwater, which flows into rivers and is poured into the sea. The wide seawater is heated by the heat of the sun, evaporates into clouds, and rain clouds. Then, the rain cloud makes it rain, and the rain falls in the mountains, and the rainwater passes through the earth and is poured into the sea. Water vapor in the atmosphere around the earth and water on the surface of the earth circulate between the atmosphere, the surface of the earth, and the sea, making plants grow in the mountains and plants, regardless of the presence of humankind. It is well known that water is required for nature, and that water is naturally purified by repeating water circulation in the nature that requires water. . However, since human beings began to use a large amount of fossil fuels in this century, the industry has exploded explosively, the population has increased, the road network and the communication network have expanded, and the cities have become large. Urban life in a dense and crowded state requires safe water supply and reliable sewage treatment. Therefore, it is possible to satisfy that and enjoy a healthy and cultural city life. However, in reality, it cannot be said that appropriate water is used. Recently, in particular, various measures have been taken to prevent water pollution as one of environmental conservation, but it cannot be said that all of these measures have been successful. In particular, with regard to drinking water and industrial water, which place great importance on their properties, the efforts of the parties concerned have been immeasurable in order to stabilize the water quality. In addition, for some time, various types of filtration devices have been used to purify water. Even if the water quality could be improved to a desired standard and the water quality standard could be exceeded, it could not be said that a sufficiently satisfactory water quality standard value was obtained.

[0003]

SUMMARY OF THE INVENTION The first object of the present invention is to solve the above problems. Also, so far,
The inventor of the present invention has improved the water quality and purified the water by treating the raw material of the ceramic ore having various compositions into particles and using the particles to pass the water to be treated. Although they have made efforts to improve water quality and purify water, the results of water quality improvement and water purification have not always been sufficient. Therefore, in the course of conducting various experiments, by actively performing the flow phenomenon of water, the water to be treated is vigorously contacted with the particles obtained by sintering the material of the ceramic ore of various compositions, It has been considered that the water can be treated appropriately, and as a result, the water to be treated can be treated in a relatively short time. However, many studies have shown that the water to be treated cannot be appropriately treated by bringing the water to be treated into vigorous contact with particles obtained by sintering the raw material of the ceramic ore. I came. The present invention, in a relatively short time, treated water to the particles obtained by sintering the raw material of the ceramic ore of various compositions, without contacting violently, treated, treated water, The second purpose is to be able to properly improve the water quality by treating it properly at a proper time.

[0004]

DISCLOSURE OF THE INVENTION According to the present invention, particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are ceramic-fired. The water to be treated is housed in a container for storing a sintered body, and the water to be treated is caused to flow from the lower inlet to the upper outlet of the container for holding the ceramic sintered body, and the water to be treated is distributed between a large number of spherical ceramic sintered body particles. Method for generating active water that allows activated water to flow through the treated water at a flow rate that allows the treated water to sufficiently contact the surfaces of the particles of a large number of spherical ceramic sintered bodies while passing through the water According to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are prepared as follows. Housed in a container for Mick sintered body accommodating,
The water to be treated is made to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Flowing the water to be treated at a flow rate that allows sufficient contact with the surfaces of the particles of a large number of spherical ceramic sintered bodies,
Active to activate the treated water to make it active water, and to flush the activated water into the existing water supply pipes of construction facilities such as buildings and condominiums to eliminate the red water generated by the red rust generated in the existing water supply pipes. The present invention is a method for eliminating red water with water, and the present invention provides particles of a spherical ceramic sintered body of a powder of ore composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal,
It is housed in a container for storing a ceramic sintered body, and water to be treated is made to flow from the lower inlet to the upper outlet of the container for storing a ceramic sintered body, and the water to be treated is a large number of spherical ceramic sintered body particles. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. , A method of eliminating urinary stones by active water that can dissolve and remove urinary stones attached to urinals and attached pipes such as a urinal pipe connected to the urinals by using the active water in a men's toilet, Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then The treated water is made to flow from the lower inlet of the ceramic sintered body accommodating container toward the upper outlet, and the treated water is passed through the particles of the spherical ceramic sintered body while passing through the treated water. The treated water is made to flow at a flow velocity that can sufficiently contact the surface of many spherical ceramic sintered body particles, and the treated water is activated to active water, which is used for a swimming pool. In order to maintain the chlorine concentration in the swimming pool, it is supplied to the part of the circulation water supply pipe of the swimming pool to increase the residual rate of chlorine components and stabilize the chlorine concentration in the swimming pool. A method of stabilizing the concentration, and the present invention also provides
Particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container, and the ceramic sintered The water to be treated is flowed from the lower inlet to the upper outlet of the body-holding container, and the water to be treated passes through the particles of the large number of spherical ceramic sintered bodies while the water to be treated has a large number of spherical ceramics. Flowing the water to be treated at a flow rate that allows sufficient contact with the surface of the particles of the sintered body, activating the water to be treated into active water, and injecting the active water from the hot water supply pipe of the hot spring, This is a method of removing scales in hot spring pipes by activated water that can dissolve and separate scales adhering to pipes such as hot water supply pipes and drainage pipes. Particles of a spherical ceramic sintered body of an ore powder made of an oxide containing a potassium metal and / or an alkali metal are housed in a container for housing a ceramic sintered body, and an inlet below the container for housing a ceramic sintered body. The water to be treated toward the upper outlet from the above, passing through the particles of the spherical ceramic sintered body through the water to be treated, while the water to be treated is on the surface of the particles of the spherical ceramic sintered body. Flowing the water to be treated at a flow rate that allows sufficient contact, activating the water to be treated to make it active water, and making the active water flow into the boiler to eliminate rust in the boiler. The present invention relates to a method for preventing rust of a boiler, and the present invention provides a spherical ceramic sintered body of ore powder comprising an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal. In a container for accommodating a ceramic sintered body, and water to be treated is caused to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body. While passing through the particles of the treated water, the treated water is made to flow at a flow rate that allows the treated water to sufficiently contact the surface of many spherical ceramic sintered body particles, and the treated water is activated and activated. A method for purifying pond water using activated water, which is made into water and is capable of purifying pond water by pouring the activated water into a pond such as a pond, a reservoir, and a treated water pond, and the present invention provides silicon and aluminum. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal and / or an oxide containing an alkali metal as a main component are stored in a ceramic sintered body storage container, and the ceramic sintered body storage container Below The water to be treated flows from the inlet to the outlet above, and while the water to be treated passes through between the particles of the spherical ceramic sintered body, the surface of the particle of the spherical ceramic sintered body is treated. The treated water at a flow rate that allows sufficient contact with the water to activate the treated water into active water, and then pass the activated water to the water in the aquarium for ornamental fish such as goldfish and tropical fish. , A method for purifying water in an aquarium for fish ornamentation using activated water that enables purification of water in an aquarium for fish ornamentation.

[0005]

According to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are placed in a container for storing a ceramic sintered body. The water to be treated is caused to flow from the lower inlet of the ceramic sintered body accommodating container toward the upper outlet thereof, and the water to be treated is passed through between a number of spherical ceramic sintered body particles, Since the treated water is a method of generating activated water that allows the treated water to be activated by flowing the treated water at a flow rate that allows the treated water to sufficiently contact the surface of many spherical ceramic sintered body particles. While letting water pass between the particles of the large number of spherical ceramic sintered bodies, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. The treated water may activate. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. Water to be treated is made to flow at a flow rate that allows water to sufficiently contact the surfaces of a large number of spherical ceramic sintered body particles, and the water to be treated is activated to active water. It is a method of removing red water by activated water that can remove the red water generated by the red rust generated in the existing water supply iron pipe by flowing it into the existing water supply iron pipe of the construction facility. The water to be treated flows from one inlet to the upper outlet, and while the water to be treated passes through between the particles of many spherical ceramic sintered bodies, the water to be treated has many particles of spherical ceramic sintered bodies. The treated water is made to flow at a flow rate that allows sufficient contact with the surface of the building, the activated water is activated into activated water, and the activated water is poured into the existing water supply iron pipes of construction facilities such as buildings and condominiums. The red water generated by the red rust generated in the existing water supply iron pipe can be eliminated. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. The water to be treated is made to flow at such a flow rate that water can sufficiently contact the surface of many particles of the spherical ceramic sintered body, and the water to be treated is activated into active water. Because it is a method of eliminating urinary stones with active water that can dissolve and separate urinary stones attached to the urinals and attached tubing connected to the urinals by using it, Downward Flowing water to be treated upwardly outlet from the inlet,
While passing the water to be treated between the particles of the large number of spherical ceramic sintered bodies, the treated water is treated at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. Sink, activate the treated water to make it active water, and use the active water to dissolve the urinary stones attached to the urinals and attached pipes such as the urinary tract connected to the urinals in the men's toilet. Can be released. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. The water to be treated is made to flow at a flow rate that allows water to sufficiently contact the surface of many spherical ceramic sintered body particles, and the water to be treated is activated into active water. In order to maintain the chlorine concentration of the swimming pool by using it, swimming with active water that can supply to the part of the water supply pipe for circulation of the swimming pool to increase the residual rate of chlorine components and stabilize the chlorine concentration of the swimming pool Since this is a method of stabilizing the chlorine concentration of the ceramic sintered body, the treated water is made to flow from the lower inlet of the ceramic sintered body accommodating container to the upper outlet, and the treated water is made into a large number of spherical ceramic sintered bodies. While passing through the particles of the treated water, the treated water is made to flow at a flow rate that allows the treated water to sufficiently contact the surface of many spherical ceramic sintered body particles, and the treated water is activated and activated. In order to maintain the chlorine concentration of the swimming pool by making it into water and using the active water in the swimming pool, it is supplied to the part of the water pipe for circulation of the swimming pool to increase the residual rate of chlorine components and to increase the chlorine content of the swimming pool. The concentration can be stabilized. Further, the present invention provides particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal,
It is housed in a container for storing a ceramic sintered body, and water to be treated is made to flow from the lower inlet to the upper outlet of the container for storing a ceramic sintered body, and the water to be treated is a large number of spherical ceramic sintered body particles. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. , The activated water is introduced from the hot water supply pipe of the hot spring, and the scale adhering to the pipes such as the hot water supply pipe and drainage pipe can be dissolved and released. The water to be treated is made to flow from the lower inlet of the container for accommodating the sintered body toward the upper outlet, and the water to be treated is passed through between the particles of the large number of spherical ceramic sintered bodies while Spherical ceramic ware The water to be treated is made to flow at a flow rate that allows sufficient contact with the surface of body particles, the water to be treated is activated into active water, and the activated water is made to flow from the hot water supply pipe of the hot spring to The scale attached to a pipe such as a drain pipe can be dissolved and separated. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. The water to be treated is caused to flow at a flow rate such that water can sufficiently contact the surfaces of a large number of spherical ceramic sintered body particles, and the water to be treated is activated into active water,
Since the activated water is a method of preventing rust of the boiler by flowing the activated water into the boiler to eliminate the rust in the boiler, it is accommodated in the ceramic sintered body accommodating container, and the ceramic sintered body accommodating container. The treated water flows from the lower inlet to the upper outlet, and while the treated water passes through the particles of the spherical ceramic sintered body, The treated water is made to flow at a flow rate that allows sufficient contact with the surface of the particles, the treated water is activated to make it active water, and the activated water is made to flow in the boiler to eliminate rust in the boiler. obtain. In addition, the present invention provides an alkali metal mainly composed of silicon and aluminum and /
Or, particles of a spherical ceramic sintered body of ore powder made of oxide containing an alkali metal are stored in a ceramic sintered body storage container, and the ceramic sintered body storage container has a lower inlet to an upper outlet. Water to be treated toward
While passing the water to be treated between the particles of the large number of spherical ceramic sintered bodies, the treated water is treated at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. In the pond water purification method using activated water, which makes it possible to purify the pond water, by pouring it, activating the treated water to make it active water, and pouring the activated water into ponds such as water reservoirs, reservoirs, and treated water ponds. Therefore, the water to be treated is caused to flow from the lower inlet of the ceramic sintered body accommodating container toward the upper outlet,
While passing the water to be treated between the particles of the large number of spherical ceramic sintered bodies, the treated water is treated at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. It is possible to purify the pond water by pouring it, activating the water to be treated into active water, and pouring the activated water into a pond such as a water reservoir, a reservoir, or a treated water pond. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. Water to be treated is made to flow at a flow rate that allows water to sufficiently contact the surface of many spherical ceramic sintered particles, and the water to be treated is activated to active water. Since it is a method of purifying water in an aquarium for fish ornamentation using activated water that enables the water in the aquarium for aquarium fish to be purified by pouring it into the water in the aquarium for aquarium fish breeding, etc. Under the storage container The water to be treated is flowed from the inlet to the upper outlet, and while the water to be treated passes through between the particles of many spherical ceramic sintered bodies, the water to be treated is The treated water is made to flow at a flow rate that can sufficiently contact the surface, the treated water is activated to make it active water, and the activated water is made to flow into the water in the aquarium for aquarium fish such as goldfish and tropical fish. Thus, it may allow the purification of water in the ornamental fish tank.

[0006]

Example 1 In the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are used for accommodating the ceramic sintered body. The water to be treated is made to flow from the lower inlet of the container for holding the ceramic sintered body to the upper outlet through the flow velocity controller, and the water to be treated is made into particles of a large number of spherical ceramic sintered bodies. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. ,
This is a method of removing red water by active water that can flow the activated water into an existing water supply pipe of a construction facility such as a building or a condominium to eliminate red water generated by red rust generated in the existing water supply pipe.

[0007]

Example 2 The present invention is intended for accommodating particles of a spherical ceramic sintered body of an ore powder consisting of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal, in the ceramic sintered body. The water to be treated is made to flow from the lower inlet of the container for holding the ceramic sintered body to the upper outlet through the flow velocity controller, and the water to be treated is made into particles of a large number of spherical ceramic sintered bodies. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. ,
This is a method of eliminating urinary stones by using active water that can be used in a men's toilet to dissolve and separate urinary stones attached to urinals and attached pipes such as urinary tracts connected to the urinals.

[0008]

Example 3 The present invention is intended for accommodating particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal and / or an oxide containing an alkali metal containing silicon and aluminum as main components, in the ceramic sintered body. Contain it in a container, and let the water to be treated flow from the lower inlet of the container for accommodating the ceramic sintered compact toward the upper outlet through the flow rate controller, While passing through the particles, the treated water is made to flow at a flow rate that allows the treated water to come into contact with the surface of many spherical ceramic sintered body particles sufficiently, and the treated water is activated to activate water. West,
The active water is used in the swimming pool to maintain the chlorine concentration in the swimming pool.In order to maintain the chlorine concentration in the swimming pool by supplying it to the circulation water pipe part of the swimming pool, the residual rate of chlorine components is increased. It is a method of stabilizing the chlorine concentration in a swimming pool by using activated water that can be converted.

[0009]

[Embodiment 4] According to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are used for accommodating the ceramic sintered body. The water to be treated is made to flow from the lower inlet of the container for holding the ceramic sintered body to the upper outlet through the flow velocity controller, and the water to be treated is made into particles of a large number of spherical ceramic sintered bodies. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. ,
This is a method of removing the scale of the hot spring pipe by using the active water that allows the activated water to flow in from the hot water supply pipe of the hot spring to dissolve and separate the scale adhering to the pipes such as the hot water supply pipe and the drain pipe.

[0010]

Fifth Embodiment The present invention is intended for accommodating particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal and / or an oxide containing an alkali metal mainly containing silicon and aluminum, for accommodating the ceramic sintered body. It is housed in a container, and the water to be treated is caused to flow in from the lower inlet of the ceramic sintered body accommodating container to an appropriate flow rate through the flow velocity control device, and the water to be treated is directed toward the upper outlet. , The water to be treated has a flow rate that allows the water to be treated to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body while passing through the particles of the spherical ceramic sintered body. Is a method of rust-preventing a boiler using active water that can activate the water to be treated to make it active water, and then make the active water flow into the boiler to eliminate rust in the boiler.

[0011]

[Embodiment 6] According to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are used for accommodating the ceramic sintered body. It is housed in a container, and the water to be treated is caused to flow in from the lower inlet of the ceramic sintered body accommodating container to an appropriate flow rate through the flow velocity control device, and the water to be treated is directed toward the upper outlet. , The water to be treated has a flow rate that allows the water to be treated to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body while passing through the particles of the spherical ceramic sintered body. A method for purifying pond water using activated water that enables purification of pond water by pouring water, activating the treated water to make it active water, and then pouring the activated water into ponds such as reservoirs, reservoirs, and treated water ponds. Is.

[0012]

[Embodiment 7] In the present invention, particles of a spherical ceramic sintered body of an ore powder consisting of an alkali metal and / or an oxide containing an alkali metal containing silicon and aluminum as the main components are used for accommodating the ceramic sintered body. The water to be treated is stored in a container, and the water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered compact toward the upper outlet through the flow velocity control device, and the water to be treated is formed into particles of a large number of spherical ceramic sintered bodies. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. , Purified water in the aquarium for aquarium fish with active water, which made it possible to purify the water in the aquarium for aquarium fish breeding by pouring the activated water into the water in the aquarium for aquarium fish breeding such as goldfish and tropical fish Is the way.

[0013]

[Effects] The present invention is a container for accommodating a ceramic sintered body containing particles of a spherical ceramic sintered body, which is a powder of an ore composed of an alkali metal and / or an oxide containing an alkali metal mainly containing silicon and aluminum. The water to be treated is caused to flow from the lower inlet of the ceramic sintered body accommodating container toward the upper outlet thereof, and the water to be treated is passed through between a number of spherical ceramic sintered body particles, Since the treated water is a method of generating activated water that allows the treated water to be activated by flowing the treated water at a flow rate that allows the treated water to sufficiently contact the surface of many spherical ceramic sintered body particles. While letting water pass between the particles of the large number of spherical ceramic sintered bodies, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. There are effects that may activate the process water. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. The water to be treated is made to flow at a flow rate that allows water to sufficiently contact the surfaces of a large number of spherical ceramic sintered body particles, and the water to be treated is activated into active water.
Since it is a method of removing red water by active water that can be discharged into the existing water supply pipe of an existing construction water supply pipe such as a condominium to remove the red water generated by the red rust generated in the existing water supply pipe, The water to be treated flows from the inlet to the outlet above, and while the water to be treated passes through between the particles of the spherical ceramic sintered body, the surface of the particle of the spherical ceramic sintered body is treated. Water to be treated at a flow rate that allows sufficient contact with the water, activates the water to be activated and makes it active water, and then flows the activated water into the existing water supply pipes of construction facilities such as buildings and condominiums. This has the effect of eliminating the red water generated by the red rust generated in the water supply iron pipe. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then
The water to be treated is made to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Flowing the water to be treated at a flow rate that allows sufficient contact with the surfaces of the particles of a large number of spherical ceramic sintered bodies,
The water to be treated is activated to make it active water, and the active water is used in a men's toilet to dissolve and separate urine stones adhering to urinals and attached pipes such as a urinal pipe connected to the urinals. Since it is a method of eliminating urinary stones by the activated water obtained, the treated water is made to flow from the lower inlet of the ceramic sintered body accommodating container toward the upper outlet, and the treated water is treated as a large number of spherical ceramic sintered bodies. While passing through the particles, the treated water is made to flow at a flow rate that allows the treated water to come into contact with the surface of many spherical ceramic sintered body particles sufficiently, and the treated water is activated to activate water. The active water has an effect of dissolving the urinary stones attached to the urinal and attached pipes such as the urinary tract connected to the urinal by using the activated water to remove the urine. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then
The water to be treated is made to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Flowing the water to be treated at a flow rate that allows sufficient contact with the surfaces of the particles of a large number of spherical ceramic sintered bodies,
The water to be treated is activated to make it active water, and the active water is used in the swimming pool to maintain the chlorine concentration in the swimming pool. It is a method of stabilizing the chlorine concentration in the swimming pool with active water that can stabilize the chlorine concentration in the swimming pool. Flow the water to be treated,
While passing the water to be treated between the particles of the large number of spherical ceramic sintered bodies, the treated water is treated at a flow rate that allows the water to sufficiently contact the surface of the particles of the large number of spherical ceramic sintered bodies. The water to be treated is activated and turned into activated water, and the activated water is supplied to the part of the circulation water supply pipe of the swimming pool for use in the swimming pool to maintain the chlorine concentration of the swimming pool. It has the effect of increasing the residual rate of chlorine components and stabilizing the chlorine concentration in the swimming pool. Also,
The present invention stores particles of a spherical ceramic sintered body of an ore powder consisting of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal in a ceramic sintered body storage container, The water to be treated is made to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. The water to be treated is made to flow at a flow rate that allows sufficient contact with the surface of many spherical ceramic sintered particles, and the water to be treated is activated into active water, which is then fed from the hot water supply pipe of the hot spring. This is a method of removing the scale of the hot spring pipe by activated water that can dissolve and remove the scale adhering to the pipe such as the hot water supply pipe and drainage pipe by inflowing it. The water to be treated toward the upper outlet from the above, passing through the particles of the spherical ceramic sintered body through the water to be treated, while the water to be treated is on the surface of the particles of the spherical ceramic sintered body. Flow the treated water at a flow rate that allows sufficient contact, activate the treated water to make it active water, and let the activated water flow from the hot water supply pipes into hot water supply pipes and drain pipes. It has the effect of dissolving and removing the adhered scale. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is made to flow from the lower inlet to the upper outlet of the container for accommodating the ceramic sintered body, and the water to be treated is passed through the particles of the spherical ceramic sintered body while being treated. The water to be treated is made to flow at such a flow rate that water can sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated into active water. Since it is a method of rust prevention of the boiler by flowing the activated water that can eliminate the rust in the boiler, it is housed in the ceramic sintered body storage container, and the ceramic sintered body storage container is placed from the lower inlet to the upper outlet. It is possible that the water to be treated is sufficiently contacted with the surface of the particles of the spherical ceramic sintered body while letting the water to be treated flow through the particles of the spherical ceramic sintered body. There is an effect that the treated water is made to flow at a possible flow rate, the treated water is activated to be activated water, and the activated water is caused to flow in the boiler to eliminate rust in the boiler. Further, the present invention provides particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal,
It is housed in a container for storing a ceramic sintered body, and water to be treated is made to flow from the lower inlet to the upper outlet of the container for storing a ceramic sintered body, and the water to be treated is a large number of spherical ceramic sintered body particles. While passing through the gap, the water to be treated is made to flow at a flow rate that allows the water to sufficiently contact the surfaces of the particles of the spherical ceramic sintered body, and the water to be treated is activated to become active water. Since the activated water is a method for purifying pond water by pouring it into a pond such as a water reservoir, a reservoir, or a treated water pond, the inlet below the ceramic sintered body storage container The water to be treated toward the upper outlet from the above, passing through the particles of the spherical ceramic sintered body through the water to be treated, while the water to be treated is on the surface of the particles of the spherical ceramic sintered body. Flow that can make sufficient contact Is used to activate the treated water to make it active water, and then the activated water is made to flow to ponds such as water reservoirs, reservoirs, and treated water ponds, making it possible to purify the pond water. is there. Further, according to the present invention, particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. Then, the water to be treated is caused to flow from the lower inlet to the upper outlet of the ceramic sintered body accommodating container, and the water to be treated is passed through a large number of spherical ceramic sintered body particles to be treated. The water to be treated is made to flow at a flow rate that allows water to sufficiently contact the surfaces of many spherical ceramic sintered body particles, and the water to be treated is activated into active water. Since it is a method of purifying water in the aquarium for aquarium fish with activated water, it can be purified by pouring it into the water in the aquarium for aquarium fish. Under the storage container The water to be treated flows from the inlet to the upper outlet, and the water to be treated passes through between the particles of the spherical ceramic sintered body, while Flow the water to be treated at a flow rate that allows sufficient contact with the surface,
There is an effect that the water to be treated is activated to be activated water, and the activated water can be poured into the water in the aquarium for aquarium fish breeding such as goldfish and tropical fish to purify the water in the aquarium for aquarium fish breeding. is there.

[Brief description of drawings]

FIG. 1 is a vertical cross-sectional view of a container for accommodating a ceramic sintered body, which contains particles of a spherical ceramic sintered body used in a method for producing activated water capable of activating treated water according to the present invention.

[Explanation of symbols]

1 Ceramic Sintered Body Storage Container 2 Lower Entrance of Ceramic Sintered Body Storage Container 3 Upper Exit of Ceramic Sintered Body Storage Container 4 Particles of Spherical Ceramic Sintered Body 5 Upper Side of Ceramic Sintered Body Storage Container Upper partition netting on the lower side of the outlet of the ceramics 6 Lower partition netting on the upper side of the lower inlet of the container for holding the ceramic sintered body

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification number Office reference number FI Technical indication location E03D 13/00 F22B 37/48 (54) [Title of invention] Activated water generation method and activated water Exclusion method of red water, elimination of urinary stones by activated water, stabilization of chlorine concentration in swimming pool by activated water, elimination of scale of hot spring piping by activated water, and prevention of boiler rust by activated water Method for Purifying Pond Water with Active Water and Purifying Method for Water in Ornamental Fish Tank with Active Water

Claims (8)

[Claims] 1. Particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. A method of generating activated water, which allows activated water to flow through the treated water at a flow rate that allows sufficient contact with the surface of many spherical ceramic sintered body particles. 2. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Water flows at a flow rate that allows the particles to sufficiently contact the surface of a large number of spherical ceramic sintered body particles, activates the water to be processed and makes it active water, and the active water is converted into buildings, condominiums, etc. 2. The method for removing red water by active water according to claim 1, wherein the red water generated by the red rust generated in the existing water supply iron pipe can be removed by flowing it into the existing water supply iron pipe of the construction facility. 3. Particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. The treated water at a flow rate that allows it to sufficiently contact the surface of many spherical ceramic sintered body particles, activates the treated water to make it active water, and uses the activated water for the men's toilet. 2. The method for removing urinary stones with active water according to claim 1, wherein the urinary stones attached to the urinals and attached pipes such as a urinal pipe connected to the urinals can be dissolved and removed. 4. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. The treated water is made to flow at a flow rate that allows sufficient contact with the surface of many spherical ceramic sintered body particles to activate the treated water into active water, which is then used in a swimming pool. In order to maintain the chlorine concentration of the swimming pool by supplying it to the portion of the water supply pipe for circulation of the swimming pool, the residual ratio of chlorine components can be increased and the chlorine concentration of the swimming pool can be stabilized. water Method of stabilizing the concentration of chlorine in swimming pools due. 5. Particles of a spherical ceramic sintered body of ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. The treated water is made to flow at such a flow rate that it can sufficiently contact the surface of many spherical ceramic sintered particles, and the treated water is activated to become activated water, and the activated water is used as a hot water supply pipe for hot springs. 2. The method for removing scales of hot spring pipes according to claim 1, wherein the scale adhering to the pipes such as hot water supply pipes and drainage pipes can be melted and released from the hot water pipes. 6. Particles of a spherical ceramic sintered body of an ore powder composed of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. To be treated is made to flow to the surface of the particles of a large number of spherical ceramic sintered bodies at a flow rate that is sufficient to activate the treated water to make it active water, and the activated water is made to flow into the boiler. The method of claim 1, wherein the rust in the boiler can be eliminated by the activated water. 7. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are housed in a ceramic sintered body housing container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Water flows at a flow rate that allows the particles to make sufficient contact with the surface of many spherical ceramic sintered body particles, activates the water to be treated and makes it active water, and the activated water is used as a water reservoir or reservoir. The method for purifying pond water using activated water according to claim 1, wherein the pond water can be purified by pouring it into a pond such as a treated water pond. 8. Particles of a spherical ceramic sintered body of an ore powder made of an alkali metal containing silicon and aluminum as main components and / or an oxide containing an alkali metal are stored in a ceramic sintered body storage container. , The water to be treated is caused to flow from the lower inlet of the container for accommodating the ceramic sintered body toward the upper outlet, and the water to be treated is passed through the particles of the spherical ceramic sintered body while passing through the water to be treated. Water flows at a flow rate that allows the particles to make sufficient contact with the surface of many spherical ceramic sintered body particles, activates the water to be treated and makes it active water, and the active water is used as goldfish, tropical fish, etc. 2. The method for purifying water in an ornamental fish tank according to claim 1, wherein the purified water in the ornamental fish tank is poured into water in the ornamental fish tank to purify the water in the ornamental fish tank.