KR20090127385A - Eco panel(ep), eco box(eb), eco bioreactor(ebr), composite bioreactor(cbr) and clean up of water quality by them - Google Patents

Abstract

PURPOSE: An eco panel, an eco box, an eco bioreactor, a composite bioreactor and a method of purifying water using the same are provided to offer effective reaction function, adsorption function, ozone function, and separation film function etc. CONSTITUTION: A method of purifying water using a composite bioreactor includes a step for forming one or more selected from an eco reaction bath, an ozone reactor, a separation film reaction bath, an eco ozone reaction bath, an eco separation film reaction bath and an eco ozone separation film reaction bath with one or more selected from an eco panel(10), an eco box, and an ozone and separation film(12).

Description

Eco Panel, Eco Box, Eco Reactor, Combined Reactor and Water Purification using it {Eco panel (EP), eco box (EB), eco bioreactor (EBR), composite bioreactor (CBR) and clean up of water quality by them}

The present invention relates to an eco panel, an eco box, an echo reactor, a complex reactor and water purification using the same.

Background art of the present invention includes a technique relating to a water purification or water treatment method. Water purification methods include physical treatment, chemical treatment, biological treatment, and electrical treatment. Physical treatments include precipitation and filtration, chemical treatments include agglomeration and adsorption, biological treatments include aerobic, anaerobic, aeration and microorganisms, and electrical treatments include electroosmosis and electrolysis. These treatment methods are variously applied to water treatment. Most of these treatments are installed at medium or larger scales in standardized treatment plants or water treatment plants, and it is difficult to apply them as simple transplants for small-scale water treatment. In addition, water treatment techniques using the latest techniques such as ozone and separation membranes have not yet been introduced. In the present invention, a new water treatment or water purification technology is devised by combining physical treatment, chemical treatment, and biological treatment in the water treatment method. Therefore, the present invention can be applied as a simple transplant for small-scale water treatment or as a treatment for large-scale water treatment and devised a water treatment method applying the latest techniques of ozone and separation membrane. To this end, we devise eco-panels and eco-boxes, devise combinations of ozone and separators in eco-panels and eco-boxes, devise eco-reactors that apply eco-panels and eco-boxes, and apply ozone and separators to eco-panels and eco-boxes. The combined reaction tank was designed.

The present invention provides an eco-panel, an eco-box, an eco-reactor, a complex reactor and a water purification method using the same in order to improve such a problem. To this end, we devise eco-panels and eco-boxes, devise combinations of ozone and separators in eco-panels and eco-boxes, devise eco-reactors that apply eco-panels and eco-boxes, and apply ozone and separators to eco-panels and eco-boxes. We want to devise a combined reaction tank.

Therefore, in the present invention, as a means for solving the above problems and problems, one or more of an eco-panel and an eco-box is used, or any one or more of ozone and separator are added to one or more of the eco-panel and the eco-box. Eco Panel + Ozone, Eco Box + Separator, Eco Panel + Eco Box + Ozone, Eco Panel + Eco Box + Separator, Eco Panel + Eco Box + Ozone + Separator Either one or more of the Eco-Ozone Reactor, Eco-Separation Membrane Reactor, and Eco-Ozone Separation Reactor, applied with at least one of Eco-Panel, Eco-Box, or at least one of Separation Membrane and Ozone, may be used. Ozone or membrane in an eco-reactor with at least one of eco-panel or eco-box Eco-reactor + ozone reactor, eco-reactor + separator, eco-reactor + ozone separator, eco-reactor + ozone-reactor + separator, eco The solution means is to purify the water quality using any one or more of the reaction tank + ozone reaction tank + separation membrane reaction tank + ozone separation membrane reaction tank.

The present invention provides an eco-panel, an eco box, an echo reactor, a complex reactor and a water purification method using the same, and is an all-weather water purification method that can be applied not only to a treatment plant for large-scale water treatment but also to a simple simple transplantation for small-scale water treatment. To provide. In addition, the present invention provides a highly effective water treatment technique combining ozone and membrane functions in addition to reaction and adsorption functions. We propose an eco-reactor that applies eco-panels and eco-boxes, and propose a complex reactor that combines ozone and separators in eco-panels and eco-boxes, providing a simple and highly efficient water treatment plan.

The present invention relates to an eco panel, an eco box, an echo reactor, a complex reactor and water purification using the same. More specifically, any one or more of an eco-panel and an eco-box, or an eco-panel + ozone, an eco-box + separator, and an eco-panel + in which at least one of an eco-panel and an eco-box are added with ozone and a separator. Echo box + ozone, eco panel + eco box + separation membrane, eco panel + eco box + ozone + separation membrane using any one or more of the eco-panel, eco box is applied, or using an eco-reactor, Either one or more of an eco-zone, an eco-separation membrane, and an eco-ozone membrane reaction tank applied by applying at least one of a membrane and ozone to one or more of the panel and the eco-box, or at least one of the eco-panel and the eco-box Ozone reactor, membrane reaction tank, ozone reactor Echo Reactor + Ozone Reactor, Echo Reactor + Separation Reactor, Echo Reactor + Ozone Separation Reactor, Echo Reactor + Ozone Reactor + Separation Reactor, Echo Reactor + Ozone Reactor + Separation Reactor + Ozone Separation Reactor Purify the water quality using any one or more.

Hereinafter, a detailed description will be given based on the claims for the present invention.

According to claim 1, the present invention is applied to any one or more of the eco-panel, eco-box, ozone, separation membrane, eco-reactor (EBR), ozone bioreactor (OBR), membrane bioreactor (MBR) At least one of an eco ozone bioreactor (EOBR), an eco membrane bioreactor (EMBR), an ozone membrane bioreactor (OMBR), and an eco ozone membrane bioreactor (EOMBR) In the forming, the echo reaction tank is called an echo reaction tank, and the ozone reaction tank, the membrane reaction tank, the eco ozone reaction tank, the eco separation membrane reaction tank, the ozone separation membrane reaction tank, and the eco ozone separation membrane reaction tank except the echo reaction tank are combined reaction tanks (CBR). : composite bioreactor), the eco-reactor is one or more of the eco-panel, eco-box is applied, the ozone reactor is applied ozone The membrane reaction tank is a separator is applied, the eco ozone reactor is one or more of the eco-panel and the eco box and ozone is applied, the eco-reactor membrane is applied to any one or more of the eco-panel and eco box and the membrane , The ozone separation membrane reaction tank is applied to the ozone and the membrane, the eco ozone membrane reaction tank is any one or more of the eco-panel and the eco box and ozone and the membrane is applied, the echo characterized in that to clean the water quality using the formed Panel (EP), Eco Box (EB), Eco Reactor (EBR), Combined Reactor (CBR) and water purification using them.

The name eco is used here because eco is an abbreviation of ecology, and the present invention is intended to purify water quality, and thus it is friendly. Here, the eco panel is a panel having a reaction function for pollutants, the eco box is a box having a reaction function for pollutants, ozone is ozone O ₃ having a pollutant treatment function, and the separator is a function for separating pollutants. It's just that.

According to the present invention, the present invention uses an eco-panel or an eco-box, or an eco-panel + ozone or eco-box + separator in which at least one of an eco-panel and an eco-box is added to one or more of ozone and a separator. , Eco-panel + eco-box + ozone, eco-panel + eco-box + separator, eco-panel + eco-box + ozone + membrane, or any one or more of eco-panel, eco-box ), Or any one of the Eco-Ozone Reactor (EOBR), the Eco-Separation Membrane Reactor (EMBR), and the Eco-Ozone Separation Reactor (EOMBR) applied by applying at least one of membrane and ozone to at least one of Eco Panel and Eco Box. Either one or more of ozone or membrane is applied to the EBR using one or more of the eco-panel or eco-box. Eco Reactor (EBR) + Ozone Reactor (OBR), Eco Reactor (EBR) + Membrane Reactor (MBR), Eco Reactor with one or more of Reactor (OBR), Membrane Reactor (MBR), Ozone Separator (OMBR) (EBR) + Ozone Membrane Reactor (OMBR), Eco Reactor (EBR) + Ozone Reactor (OBR) + Membrane Reactor (MBR), Eco Reactor (EBR) + Ozone Reactor (OBR) + Membrane Reactor (MBR) + Ozone Membrane Reactor Well groundwater, rock groundwater, riverside filtration, deep seawater, contaminated groundwater, general surface water, contaminated surface water, underground water, consolidation water, construction site water, acidic water, nonpoint pollution runoff, mine drainage using any one or more of the OMBR Purification of individual waters consisting of waste leachate, river water, stream circulating water, waste water, sewage, rainwater, sewage, or heavy water, or well groundwater, rock groundwater, riverside filtration water, deep seawater, polluted ground water, general surface water, pollution index water , Underground drainage, consolidation discharge, construction Mixed water in which two or more of intestinal effluent, acidic drainage, non-point pollutant effluent, mine drainage, waste leachate, river water, river circulating water, wastewater, sewage, rainwater, sewage, and heavy water are mixed at a volume ratio of 1 to 99%. Eco-panel (EP), eco-box (EB), eco-reactor (EBR), composite reactor (CBR) and water purification using the same, characterized in that to purify.

Wherein the well groundwater is groundwater obtained from a well, the rock groundwater is groundwater obtained from a rock bed, and the riverside filtration is water obtained by filtering through an alluvial bed of a river bed or side, and the deep ocean water is water obtained from a deep sea, The contaminated groundwater is contaminated groundwater, and the general surface water is water obtained from valleys, streams, reservoirs, reservoirs, dams, and lakes except rivers, and the contaminated surface water is contaminated surface water, and the underground discharge water is tunnels or basements. It is water discharged from the basement of the back, and the condensed discharge water is condensed and settled by pressing the flooring load by placing a draining material in the soft ground and then applying a flooring load such as a soil layer on the top of the soft ground. Indicates the discharged water flowing out to the ground through the poured drain material, where the drain material Is sand drain, paper drain, pack drain, menard drain, etc., and the construction wastewater is water discharged from the construction site, and the acidic drainage is acidic soil, soil acidification area, rock excavation area, soil excavation area, etc. acid), and the non-point contaminant effluent is water from which non-point contaminants flow on the surface of roads, roads, and complexes due to rain and rainfall, and the mine drainage is water drained from the mine. Wherein the waste leachate is a leachate generated from sanitary and unsanitary waste landfills, the stream water is water obtained from a stream, and the stream circulating water is water of a circulating stream, which circulates the river water to give a stream or water path to a city. The waste water is wastewater generated in a factory or industrial facility, and the wastewater is generated in factories and homes. Water Water, the rainwater is water from the sky, which is a lot of acidic water recently, which is recently stored and used in rainwater storage tanks, the sewage is sewage water generated in factories and homes, the heavy water is other than drinking water It is used as water, which is used as toilet water, sprinkling water, industrial water, agricultural water and the like. Herein, two or more mixed waters, each of which is mixed at a ratio of 1 to 99% by volume, refers to a mixed water in which two or more are mixed at a ratio of at least 1% and up to 99% by volume.

The present invention according to claim 3, wherein at least one of the eco-panel and the eco-box, or at least one of the membrane and ozone is added to at least one of the eco-panel and the eco-box, or the eco-panel, the eco-box, the membrane, At least one of an eco reactor (EBR), an eco box reactor (EOBR), an eco separator membrane (EMBR), an ozone separator membrane (OMBR), an eco ozone separator membrane (EOMBR) to which at least one of ozone is applied, or an eco panel Any one of the following: eco-reactor (EBR), eco-box reaction tank (EOBR), echo separation membrane reaction tank (EMBR), ozone separation membrane reaction tank (OMBR), eco ozone membrane reaction tank (EOMBR) One or more of the ozone reactor (OBR) and the membrane reactor (MBR) added to the above is installed inside or outside a certain place containing water, or connected to a certain facility through which water flows. Installed, or installed at an inlet or outlet where water is introduced or discharged, and in order to purify the water quality, any of the above-mentioned or any of the above-mentioned matters is installed in any one of a metal tank, a wooden tank, a plastic tank, a FRP tank, or It is installed inside or outside any one of the collection tank, the storage tank, the settling tank, the coagulation tank, the pressure flotation tank, the storage tank, the drainage tank, the pond, or is installed inside or outside any of the pumping stations, intake stations, drainage stations, and drainage stations, or , Underground wells, storm water reservoirs, rivers, valleys, streams, reservoirs, reservoirs, reservoirs, dams, lakes, coasts, any one of the interior or exterior of the ocean, or manholes, wastewater boxes, sewage boxes, storm water boxes, sewage boxes Installed inside or outside any one of the heavy water box, drain box, and drainage path, underground guide wall, underground water barrier wall, permeable reaction wall, manhole, right It is installed in connection with any one of the drain and the underground well, or the rain drain is a drain for drainage installed in any one of a building, a bridge, and a road, or a sump, a storage tank, a flow regulating tank, a sedimentation tank, a flocculation tank, and a pressurized floatation tank. Installed in connection with a physical chemical tank, a bioreactor, a neutralization tank, a storage tank, a discharge tank, a water circulation system, or a place where the water is purified in a system where the water is collected and purified and discharged back to the collected water, or It is installed in a system where it is collected, transported, stored and purified and discharged to rivers or shores, or it is well ground, rock groundwater, riverside filtration, deep seawater, polluted groundwater, general surface water, polluted surface water, groundwater discharge, consolidation. Effluent, construction site effluent, acidic drainage, nonpoint pollutant effluent, mine drainage, waste leachate, river water, river circulating water, wastewater, sewage Installed in the inflow or outflow outlet of individual water into any one of rainwater, sewage, and heavy water; or well groundwater, rock groundwater, riverside filtration, deep ocean water, polluted groundwater, general surface water, polluted water, underground discharge water, At least two of consolidated discharge, construction discharge, acid drainage, non-point pollution runoff, mine drainage, waste leachate, river water, stream circulating water, wastewater, sewage, rainwater, sewage, and heavy water are mixed at a ratio of 1 ~ 99% by volume. The eco-panel (EP), the eco box (EB), the eco-reactor (EBR), the composite reactor (CBR) and the water purification using the same, characterized in that it is installed in the inlet or outflow discharged inlet.

Here, the collecting tank is a place for collecting water, the storage tank is a place for storing water, and the sedimentation tank is a place for sedimenting foreign substances, suspended matter, and contaminants contained in the water, and the flocculation tank is a foreign substance by adding a flocculant. Is the place where flocculation tanks blow up pressurized air to float foreign substances, suspended substances, and contaminants upwards, the storage tank is where water is stored, the drain tank is where water is drained, and the pond is ground. It is a depression formed on the surface, and the rainwater storage tank is a place where rainwater is stored.

Here, the groundwater flow guide barrier is an induction wall that guides underground water in a certain direction, and the groundwater cut off barrier is an order wall that blocks groundwater from flowing underground, and a permeable reaction wall ( Permeable reactive barriers are reaction walls that have the ability to adsorb, react and remove contaminants contained in groundwater while passing underground groundwater.

Here, the flow control tank is a place for storing the flow rate such as leachate, the physical chemical tank is the place where the water quality is physically and chemically treated, the bioreactor is the place where the water is biologically treated, and the neutralization tank is the neutralization of the hydrogen ion concentration (pH) of the water. The discharge tank is where the water is discharged, and the water circulation system is a system that circulates the river water to give a stream or water path to the city.

According to claim 4, the present invention is a reactor for purifying water by applying any one or more of an eco-panel or an eco-box, comprising at least one of an eco-panel or an eco-box, an aeration device, and a pump device. The water quality is purified and the treated water is pumped out by the pump device while the treated water is aerated and the aerated water is introduced into or passed through any one or more of the eco-panel or the eco box. Any one or more of the devices can be deleted, and when the aeration device or the pump device is deleted, the water quality is purified while the water to be treated is simply introduced into or passed through any one or more of the eco panel or the eco box. Object water is water before purification, and the said treated water is water after purification In addition, the aeration device is aeration of the water to be treated inside or outside the eco-panel or eco box, which is composed of an air blower (diffuser) and the aeration device is also replaced by a ozone device It is possible that the width of the ozone apparatus is a ozone of the treated water in the inside or outside of the eco-panel or the eco-box, which is composed of an ozone generator, an air blower and a diffuser In the air blower, the blower pressure is either positive pressure or pressurization, and the spreader is a device for spraying air or ozone in the water to be treated, which is a tube having a hole hole, and air or ozone is sprayed into the hole hole. , The pump device is to pump the treated water inside the eco-panel or the eco box to the outside, the aeration device or a heavy rain The spreader of the device is placed on at least one of the bottom of the water tank in which the ecopanel or ecobox is installed, the inside of the ecopanel or ecobox, or the outer contact surface of the ecopanel or ecobox, or within 100 cm of the ecopanel or ecobox. The aeration apparatus or the spreader of the ozone apparatus is disposed at one or more directions in any one or more directions of a horizontal direction, a vertical direction, a diagonal direction and a free direction, and the free direction is a horizontal direction and a vertical direction. Represents the direction of other free materials except for the diagonal direction, at least one of the eco panel or the eco box is installed inside or outside the reactor, and the inside of the eco panel or the eco box is installed in the eco panel or the eco box. Where any one or more inside the reactor, such as the bottom, center, top, side of the reactor It is to be installed, the externally installed is any one or more of the eco-panel or eco-box is installed in connection with the water flowing out of the reaction tank, the installation form of the eco-panel or eco-box, eco-panel or eco-box Is installed separately, or the eco-panel or eco-box is installed in a mixture, the mixture is installed where the eco-panel is located in the inside of the eco box, or where the eco box is inside a certain cage formed of the eco-panel Installed or installed alternately, or the eco-panel and the eco-box are installed alternately, one or more of the eco-panel or the eco-box is completely submerged or partial in any one or more of a series, parallel, free form It is installed in either immersion type or non-immersion type, the direct type The parallel equation represents a direction parallel to the outflow direction of water, the parallel equation represents a direction perpendicular to the outflow direction of the treated water, the free expression represents a free direction irrelevant to the outflow direction of the treated water, and the complete submerged type is an eco-panel. Or the whole of the eco box is submerged in water, and the partial submersion type is the part of the eco panel or the eco box that is in contact with the surface of the water or is submerged in water. The entire ecological panel is installed so that it is not submerged or installed on the ground, and the eco panel has a plate-shaped panel structure having a relatively large area compared to the thickness, which has a function of reacting to pollutants. Structure, three-sided structure, four-sided structure, five-sided structure, six-sided structure of any one type, the eco-box against the pollutant It has a function of having a cylindrical box structure having a predetermined horizontal, vertical, and width, which is in the form of a triangular cylinder, rectangular cylinder, polygonal cylinder, cylindrical, round cylinder, the polygonal cylinder is triangular and Represents a polygonal cylinder other than a rectangular cylinder, the round cylinder is a round cylinder of a round shape excluding the cylindrical, the eco box is divided into a hollow eco-box, a hollow hollow eco-box according to whether the hollow inside, The type eco box is an empty hollow inside of the box and the edge forming its outer edge is a six-sided structure having a certain thickness, the six-sided structure of the eco panel has the same shape as the hollow eco-box, the hollow type If one side of the six sides forming the eco box can be omitted, and one side is omitted, this is the five sphere of the eco-panel It has the same shape as, the eco-panel or the eco box is composed of the reactant and the cage, which is a cartridge type and the input type, the cartridge type is a reaction material and the cage is a combination of materials, which is applied It is applied in the manner of inserting and removing the integrated body, the input type is a reaction material and the cage material is separate, it is applied by the method of adding and removing the reactant in the cage material when the application, the reactant reacts with the contaminants A material having a function, which is contained or enclosed in a cage, which includes a granular reactant and a bag-shaped reactant, and the granular reactant is a particulate or powdery or nanoparticle having a reaction function with contaminants. Materials of the type or granules, which include activated charcoal, rice hulls, waste tires, zeolites, slag, noble iron, noble metals, oyster shells, Shellfish, carbon, ion exchange resin, ocher, bentonite, pearlite, attapalgite, lime, gypsum, waste foundry sand, nano iron, nanometals, nanotubes, microorganisms, or two or more of them, and their mixing ratios are all In the range of 0 to 100%, the bag-type reaction material is a plate- or rod-shaped material having a reaction function with contaminants, which is a reaction cloth, reaction rod, reaction cloth, reaction rod, reaction rope, Reaction pillow, reaction cushion, reaction fence, reaction expansion cloth, adsorption cloth, adsorption seat, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric, woven fabric, nonwoven fabric, geotextile, natural hemp, It is one of natural fiber, natural pulp, rice straw, and the reaction function indicates that it has at least one function of adsorption function, detoxification function and removal function of contaminants, and the bag-type reaction material is phase It is also possible to replace the existing cage material, in which case the granular reactant is embedded in the cage formed of the bag-shaped reaction material, and the bag-shaped reaction material may be omitted from the cage material, and in this case, it is echoed only with the bag type reaction material. The bag-type reactant can be used as a substitute for the eco-panel independently, and the cage member is a cage container which encloses or contains the reactant or contains the reactant, which has permeable properties. It has a shape such as a mesh or a bag or a bale or a sack or a bag, and the material thereof is any one or more of a polymer synthetic material, a metal material, a woven fabric of a natural material, a nonwoven fabric, a grid net, a geotextile, a fiber, a sack, and a fabric. In the ash, the edge of the eco-panel is in the shape of a plate, and the edge of the box is in the shape of a box. An echo reactor (EBR) for a.

Here, the spreader is a device for spraying air or ozone in the water to be treated, which is a tube in which pores are formed, in which air or ozone is sprayed into the pores, and a plurality of pores are formed in the periphery of the tube and the pores are formed. Air or ozone is sprayed through the water to purify the water to be treated.

Zero-valent iron is iron having zero valent, and zero-valent metal is metal having zero valent other than zero-valent iron. Zero-valent iron and zero-valent metals have zero valences, which react with other contaminants to decontaminate and remove contaminants as they become multivalent. For example, hexavalent chromium with harmful properties is converted to trivalent chromium with harmless properties. Here, the oyster shell is an oyster shell, and the clam shell is a shell of shell, both of which have a lime (Ca) component to adsorb and remove pollutants by a reaction by Ca. Here, zeolite bentonite, pearlite, and attapalgite are kinds of clay minerals, and these have a negative charge on the surface and have a large substitution capacity with heavy metals, and have a function of adsorbing heavy metals in the water to be treated. Here, nano iron, nano metal, and nanotubes are composed of ultra-fine particles having a structure of 1 billionth of a unit, and have very high reactivity and adsorptivity of pollutants. Nanotubes include carbon nanotubes, inorganic nanotubes, DNA nanotubes, and membrane nanotubes. Microorganisms (microogranism) is a microorganism itself is to harm or remove the pollutants by eating, adsorbing or reacting to the pollutants in the water to be treated.

Here, the reaction cloth, reaction rod, reaction cloth, reaction rod, reaction rope, reaction pillow, reaction cushion, reaction fence, reaction expansion cloth are reactive cloth, rod, mop, rod, rope, pillow, cushion, fence, expansion cloth Indicates. The reactivity is inclusively meant to have contaminant adsorption, harmlessness, removal, and the like. In order to have the reactivity, the cloth, sack, mop, rods, ropes, pillows, cushions, fences, the expansion cloth itself has a reactivity or the cloth, rag, mop, rods, ropes, pillows, cushions, fences, inflatable cloth It is to have a reactivity by injecting or impregnating a reactant such as. Here, the reaction cloth, the reaction rod, the reaction cloth, the reaction rod, the reaction rope, the reaction pillow, the reaction cushion, the reaction fence, and the reaction expansion cloth have the same reactivity but different characteristics. Here, the adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric are adsorptive cloth, rod, mop, rod, rope, pillow, cushion, fence, inflatable fabric. Indicates. The adsorbability means that the adsorbent has contaminant adsorption. In order to have the adsorption property, fabrics, stools, mops, rods, ropes, pillows, cushions, fences, foams themselves have adsorptivity or fabrics, rags, rags, rods, ropes, pillows, cushions, fences, foams. It is adsorbed by adding or impregnating. The adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric have the same adsorption properties but different shapes. The adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric are typical adsorption materials used for coastal oil spill prevention. Here, the reaction expansion bubble and the adsorption expansion bubble have properties of expanding when they are half or adsorbed with the pollutant. This is the same as the diaper.

Here, the pump device is to pump the treated water inside the eco-panel or the eco box to the outside, a pumping pump, a vacuum pump is used for the pumping.

The method of claim 5, the present invention is applied to any one or more of the eco-panel, eco-box, membrane, ozone, ozone reaction tank (OBR), membrane reaction tank (MBR), eco ozone reaction tank (EOBR), eco separation membrane reactor (EMBR), In forming at least one of an ozone membrane reactor (OMBR) and an eco ozone membrane reactor (EOMBR), the ozone reactor is a reactor for purifying water by applying ozone, which is an ozone generator and an air blower. ozone blower), a diffuser and a pump device, wherein the ozone generated in the ozone generator is abandoned in the spreader through an air blower, and the treated water is purified and purified by the ozone. It has a process that is pumped to the outside by the ozone generator is a device for generating ozone from natural air or oxygen cylinder, the air blower It is a device for blowing ozone into the ozone reactor, the spreader is a device for abandoning ozone in the water to be treated, the pump device is to pump the treated water in the ozone reactor to the outside, the pump device can be deleted The spreader has a characteristic that one or two or more of the horizontal direction, vertical direction, diagonal direction, and free direction are installed on the bottom of the ozone reactor or on the bottom of the ozone reactor, and the treated water is water before purification. The treated water is purified water, and the membrane reaction tank is a reaction tank for purifying water quality by applying a separator, which is composed of a separator and a pump device, and the treated water is introduced into or passed through the membrane, and the water quality of the treated water is changed. Purified and purified water is pumped to the outside by the pump device, and The pump device is to pump the treated water in the membrane reaction tank to the outside, the pump device can be deleted, the eco ozone reactor is a reaction tank to purify the water quality by applying ozone and one or more of the eco-panel and eco-box. It consists of an ecopanel or an ecobox, an ecopanel and an ecobox, an ozone generator, an air blower, a spreader, and a pump device, in which ozone generated in the ozone generator is disposed of in the spreader through an air blower and treated by the abandoned ozone. The water quality of the object water is purified and the treated water is introduced into or passed through at least one of the eco-panel and the eco box, and the water quality of the treated water is purified and the purified water is pumped out by the pump device. The ozone generator is a device for generating ozone from natural air or oxygen cylinder, The air blower is a device for blowing ozone into the eco ozone reactor, the spreader is a device for abandoning ozone in the water to be treated, the pump device is to pump the treated water in the eco ozone reactor to the outside, the pump The device can be removed, and the spreader is located on the bottom of the eco ozone reactor, on the bottom of the eco ozone reactor, or inside the eco panel and the eco box, or on the outer contact surface of the eco panel and the eco box, or the eco panel and the eco box. Located in any one or more within 100cm of the outside and having one or more characteristics in any one or more of the horizontal direction, vertical direction, diagonal direction, free direction, the eco separation membrane reactor is any one of the eco-panel and the eco box It is a reaction tank to purify the water quality by applying the above-mentioned separation membrane. It consists of a copanel, an eco box, a membrane, and a pump device, which is purified by the pump device as the water of the treated water is purified and purified as the treated water flows into or passes through one or more of the eco panel and the eco box. It has a process to be pumped to the outside, the pump device is to pump the treated water inside the eco separation membrane reaction tank to the outside, the pump device can be deleted, the ozone separation membrane reactor is purified by applying ozone and the membrane. It is composed of a separator, an ozone generator, an air blower, a sparger, and a pump device, in which the ozone generated in the ozone generator is abandoned in the sparger through an air blower, and the water quality of the treated water is purified by the ozone. In addition, as the treated water flows into or passes through the membrane, the water quality of the treated water is purified. The purified water has a process of pumping the outside by a pump device, the ozone generator is a device for generating ozone from natural air or oxygen cylinder, the air blower is a device for blowing ozone into the ozone separation membrane reactor, the sparger Is a device for abandoning ozone in the water to be treated, the pump device is to pump the treated water inside the ozone separation membrane reaction tank to the outside, the pump device can be deleted, the spreader is the bottom of the ozone separation membrane reaction tank, or One or more of the horizontal, vertical, diagonal, and free directions positioned on the bottom of the ozone membrane reactor, on the inside of the separator, on the outer contact surface of the separator, or within 100 cm of the separator. It has two or more characteristics, the eco ozone membrane reactor is Reactor for purifying water by applying any one or more of the panel and the eco box and ozone and membrane, which is composed of an eco panel or an eco box, an eco panel and an eco box, an ozone generator, an air blower, a sprayer, a separator, and a pump device. This is because the ozone generated in the ozone generator is abandoned in the sprayer through the air blower, and the water quality of the treated water is purified by the abandoned ozone, and the treated water is introduced into or passed through at least one of the eco-panel and the eco-box and the separator. The water quality of the water to be treated is purified and the purified water is pumped to the outside by a pump device. The ozone generator generates ozone from natural air or an oxygen cylinder, and the air blower is ozone. A device for blowing air into the membrane reaction tank, the spreader is ozone treatment It is a device to give up in a constant, the pump device is to pump the treated water inside the eco-zone ozone membrane reactor to the outside, the pump device can be deleted, the spreader is the bottom of the eco-zone zone membrane reactor, or the eco-zone zone membrane On the bottom of the reactor, or at least one of the ecopanel and ecobox and the separator, or at least one of the ecopanel and the ecobox and the external contact surface of the separator, or at least one of the ecopanel and the ecobox and the outside of the separator Located in any one or more within 100cm and one or two or more in the horizontal direction, vertical direction, diagonal direction, free direction direction is installed, any one or more of the eco-panel or eco box is the separation membrane reaction tank Inside of water, eco ozone reactor, echo separator and eco ozone separator One or two or more are installed on the outside, the inside is installed any one or more of the eco-panel or the eco box, the inside of the bottom, center, top, side, etc. of the echo ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank It is installed anywhere, the outside is installed at least one of the eco-panel or the eco box is connected to the water flowing out of the eco ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank, the separation membrane is One or two or more separators are installed inside or outside of the membrane reactor, the echo separator, the ozone separator, the echo ozone separator, and the inside of the separator is the separator membrane, the echo separator, the ozone separator, the echo ozone separator. Where inside, bottom, center, top, side, etc. inside the reactor It is installed in the outside, the outside is installed in the separator is connected to the water flowing out of the eco ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank, the separation membrane is at least any of the eco-panel or eco box In the eco-membrane reactor, ozone-membrane reactor, and eco-ozone membrane reactor, the separation membrane has a variable installation type that can be installed inside or outside of the eco-panel and eco-box. Is introduced or passed through any one or more of the eco-panel and eco-box and the separation membrane, and if installed outside the treated water is introduced or passed separately through any one or more of the eco-panel and the eco-box and the separation membrane, The blower pressure in the air blower is either static or pressurized The spreader is a device for spraying air or ozone in the water to be treated, which is a tube formed with pores, in which air or ozone is sprayed into the pores, and the separator is an ultrafiltration membrane (UF). , Microfiltration membrane (MF), nanofiltration membrane (NF), reverse osmosis membrane (RO), ion exchange membrane (IE), hollow fiber membrane (HF) ), A semi-permeable membrane (SP) is a complex reactor (CBR), characterized in that any one.

Here, the pump device is to pump the treated water in the ozone reaction tank, the membrane reaction tank, the eco ozone reaction tank, the eco separation membrane reaction tank, the ozone separation membrane reaction tank, the eco ozone separation membrane reaction tank to the outside, and the pumping pump is used to pump the vacuum pump. do.

Here, the ultrafiltration membrane is a screen-type membrane, and the filtration method that separates the region of 0.01 ~ 10μm on the basis of the sieving function that the particles larger than the pores do not penetrate the membrane and the small particles are permeated. The microfiltration membrane separates an area of 0.001-0.1 μm by filtration using a screen membrane. The nanofiltration membrane is a membrane that separates molecules having a size of about 1 nanometer (1 nm). Reverse osmosis membranes are not the screen method of ultrafiltration membranes and microfiltration membranes, but the interaction between membranes and solutes and solvents is a major governing factor. When saline or fresh water comes in contact with a semipermeable membrane that passes water but does not pass solutes (ions or molecules) dissolved in the water, the fresh water moves to the brine to dilute the brine. When more than osmotic pressure is applied to the brine side, it means that only water is allowed to pass from the brine side to the fresh water. An ion exchange membrane is a membrane filtration method which can perform operations such as desalination, concentration, and analysis by a function called ion selective permeation. By arranging a cation exchange membrane that selectively permeates cations and an anion exchange membrane that selectively permeates anions, and letting current flow through both ends, concentration and dilution of cations and anions in each chamber away from the membrane can be prevented. Happens. Hollow fiber membrane refers to the membrane shape | molded to hollow filament or a thin cylindrical shape. The hollow fiber type is a hollow fiber membrane having an inner diameter of about 0.3 to 1.0 mm, which is stored in a resin housing. A plurality of hollow fiber membranes are bundled, and one or both ends are fixed with a resin or the like and stored in a resin housing. The method of processing water passes inside the hollow yarns. A semipermeable membrane refers to a membrane that passes through the solvent but does not pass through the solute. An ultrafiltration membrane is a semipermeable membrane that passes through water and does not pass low-molecular substances such as saline, and a semi-permeable membrane that passes water and low-molecular substances and does not pass high-molecular substances such as colloids or proteins.

The present invention in claim 6 is an eco-reactor (EBR), membrane reaction tank (MBR), eco ozone reaction tank (EOBR), eco separation membrane reactor (EMBR), ozone separation membrane to which any one or more of the eco-panel, eco box, membrane, ozone is applied In order to clean any one or more of the eco-panel, eco-box, and separation membrane used in the reactor (OMBR) and the echo ozone separation reactor (EOMBR), any one or more of physical cleaning, chemical cleaning and fine cleaning may be applied. In this case, one of physical cleaning, chemical cleaning and fine cleaning may be applied individually, or all of physical cleaning, chemical cleaning and fine cleaning may be simultaneously applied, or all of physical cleaning, chemical cleaning and fine cleaning may be sequentially applied. The cleaning of the eco-panel, eco-box, and separation membrane is carried out at the place where the eco-panel, eco-box, and separation membrane are initially installed or placed in a separate washing tank. Or at the place where the original eco-panel, eco-box, separation membrane is installed without being detached, the cleaning tank is an eco-panel, eco-box, a container or a box having a size that can be inserted into the membrane, the physical cleaning Is physically cleaned, and is cleaned using any one or more of a brush, general water, high pressure water, ozone water, high pressure air, vacuum, backflow, aeration, microbubbles, hot water, hot water, and steam, and the backflow is a water treatment flow. Water is injected in the opposite direction, and the chemical cleaning is performed by cleaning with chemicals, and any one of hypochlorous acid, sodium hypochlorite, citric acid, hydrochloric acid, acetic acid, nitric acid, acetone, solvent, and hydrogen peroxide Or two or more are each cleaned using a mixture of 1 to 99% by volume, and the fine cleaning is primary. Cleaning using urea, and cleaning using any one or more of ultrasonic wave, high frequency, low frequency, microwave, vibration, ultraviolet ray, eco panel (EP), eco box (EB), eco reactor (EBR), CBR and water purification using the same.

Brushes, general water, high pressure water, ozone water, high pressure air, vacuum, countercurrent, aeration, microbubbles, hot water, hot water, steam, hypochlorous acid, sodium hypochlorite, citric acid, hydrochloric acid, acetic acid, nitric acid, acetone, Solvent, hydrogen peroxide, ultrasonic waves, high frequency, low frequency, microwave, vibration and ultraviolet rays are used to desorb, dissolve or destroy foreign substances or contaminants attached to the eco panel, eco box, and separator.

The method according to claim 7, wherein the present invention is any one of the echo reactor (EBR), echo ozone reactor (EOBR), echo separator membrane (EMBR), echo ozone separator membrane (EOMBR) according to any one of claims 1 to 6. In the eco-panel, eco-box applied to one or more, the eco-panel or eco-box is composed of a reactant and the cage, which is a cartridge type and an input type, the cartridge type is a reaction material and the cage material is combined It is integrated, which is applied by inserting and removing the integrated in the application, the input type is a reaction material and the cage is a separate material, which is applied in a manner of adding and removing the reactant in the cage during the application, The reactant is a material having a reaction function with contaminants, which is contained or enclosed in the cage, which includes granular and bagged reactants, The granular reactants are particulate or powdery or nano- or fine-grained materials having a reaction function with contaminants, which include activated carbon, rice hulls, waste tires, zeolites, slags, ductile iron, noble metals, oyster shells, shells, Carbon, ion exchange resin, ocher, bentonite, pearlite, attapalgite, lime, gypsum, waste foundry sand, nanoiron, nanometal, nanotube, microorganisms, or two or more are mixed, and their mixing ratios are all from 0 to 100 In the range of%, the bag-type reaction material is a plate- or rod-shaped material having a reaction function with contaminants, which is a reaction cloth, reaction rod, reaction mop, reaction rod, reaction rope, reaction pillow, reaction Cushion, reaction fence, reaction expansion cloth, adsorption cloth, adsorption seat, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric, woven fabric, nonwoven fabric, geotextile , Natural horse, natural fiber, natural pulp, rice straw, and the reaction function indicates that it has at least one of the function of adsorption, detoxification, and removal of contaminants, and the bag-type reaction material as the cage material Alternatively, in this case, the granular reaction material is embedded in the cage formed of the bag-shaped reaction material, and the bag-shaped reaction material may be omitted from the cage material, and in this case, an eco-panel is formed using only the bag-type reaction material. The bag-shaped reaction material may be used as a substitute for the eco-panel independently, and the cage material is a cage container enclosing or containing the reaction material or containing the reaction material, which is a net or bag having permeable properties or It has a shape such as a bale or a sack or a bag, and its material is made of polymer, metal, or natural material. Woven fabric, non-woven fabric, grid net, geotextile, fiber, hemp, fabric, any one or more of the above, the cage material of the eco-panel is a plate-like shape, the cage material of the eco box is box-shaped, the eco-panel is pollutant It has a function of responding to, and has a plate-shaped panel structure having a relatively large area compared to the thickness, which is one of one-sided structure, two-sided structure, three-sided structure, four-sided structure, five-sided structure, and six-sided structure. The eco box has a cylindrical box structure having a constant horizontal, vertical, and width as a function of reacting to pollutants, which is triangular, rectangular, polygonal, cylindrical, or round. It becomes one form, and the said polygonal cylinder shows other polygonal cylinders except a triangular cylinder and a square cylinder shape, and the said round cylinder shape is a round cylinder of a round shape except a cylindrical shape The eco box is divided into a hollow eco box and a hollow hollow box according to whether there is a hollow inside, and the hollow eco box is a hollow hollow box having a constant thickness, and the edges thereof have a constant thickness. The six-sided structure of the eco-panel is a surface structure, the same shape as the hollow eco-box, any one of the six surfaces forming the hollow eco-box can be omitted, one side is omitted In this case, the eco panel EP and the eco box EB are characterized in that they have the same shape as the five-side structure of the eco panel.

Zero-valent iron is iron having zero valent, and zero-valent metal is metal having zero valent other than zero-valent iron. Zero-valent iron and zero-valent metals have zero valences, which react with other contaminants to decontaminate and remove contaminants as they become multivalent. For example, hexavalent chromium with harmful properties is converted to trivalent chromium with harmless properties. Here, the oyster shell is an oyster shell, and the clam shell is a shell of shell, both of which have a lime (Ca) component to adsorb and remove pollutants by a reaction by Ca. Here, zeolite bentonite, pearlite and attapalgite are kinds of clay minerals, and these have a negative charge on the surface and have a large substitution capacity with heavy metals, and have a function of adsorbing heavy metals in the water to be treated. Here, nano iron, nano metal, and nanotubes are composed of ultra-fine particles having a structure of 1 billionth of a unit, and have very high reactivity and adsorptivity of pollutants. Nanotubes include carbon nanotubes, inorganic nanotubes, DNA nanotubes, and membrane nanotubes. Microorganisms (microogranism) is a microorganism itself is to harm or remove the pollutants by eating, adsorbing or reacting to the pollutants in the water to be treated.

Here, the reaction cloth, reaction rod, reaction cloth, reaction rod, reaction rope, reaction pillow, reaction cushion, reaction fence, reaction expansion cloth are reactive cloth, rod, mop, rod, rope, pillow, cushion, fence, expansion cloth Indicates. The reactivity is inclusively meant to have contaminant adsorption, harmlessness, removal, and the like. In order to have the reactivity, the cloth, sack, mop, rods, ropes, pillows, cushions, fences, the expansion cloth itself has a reactivity or the cloth, rag, mop, rods, ropes, pillows, cushions, fences, inflatable cloth It is to have a reactivity by injecting or impregnating the reaction material. Here, the reaction cloth, the reaction rod, the reaction cloth, the reaction rod, the reaction rope, the reaction pillow, the reaction cushion, the reaction fence, and the reaction expansion cloth have the same reactivity but different characteristics. Here, the adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric are adsorptive cloth, rod, mop, rod, rope, pillow, cushion, fence, inflatable fabric. Indicates. The adsorbability means that the adsorbent has contaminant adsorption. In order to have the adsorption property, fabrics, rags, mops, rods, ropes, pillows, cushions, fences, and foams themselves have adsorptivity or fabrics, rags, mops, rods, ropes, pillows, cushions, fences, and expansion cloths. The adsorbent is added or impregnated to have adsorptive properties. The adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric have the same adsorption properties but different shapes. The adsorption cloth, adsorption rod, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric are typical adsorption materials used for coastal oil spill prevention. Here, the reaction expansion bubble and the adsorption expansion bubble have properties of expanding when they are half or adsorbed with the pollutant. This is the same as the diaper.

Hereinafter will be described in detail with reference to the drawings for the present invention.

1 is a schematic view showing an echo reactor to which a six-sided eco panel according to the present invention is applied. This is a representative schematic diagram of the echo reactor to which the eco-panel of one-sided structure, two-sided structure, three-sided structure, four-sided structure, five-sided structure, and six-sided structure is applied.

Figure 2 is a schematic diagram showing a six-sided eco-panel according to the present invention and the echo ozone reaction tank to which ozone is applied. In this figure, ozone is combined with a six-sided eco-panel. The ozone function is added to the eco panel.

Figure 3 is a schematic diagram showing a one-sided structure eco-panel according to the present invention and the eco-zone ozone reaction tank to which ozone is applied. In this figure, ozone is combined with a one-sided eco-panel. The ozone function is added to the eco panel.

Figure 4 is a schematic diagram showing a two-sided eco-panel according to the present invention and the eco-zone ozone reaction tank to which ozone is applied. In this figure, ozone is combined with a two-sided eco-panel. The ozone function is added to the eco panel.

5 is a schematic diagram showing an eco ozone reaction tank to which an eco box and ozone are applied according to the present invention. This is a combination of ozone and eco box. The ozone function is added to the eco box.

Figure 6 is a schematic diagram showing the eco-separation membrane reaction tank to which the eco-panel and the separator according to the present invention is applied. The separator is installed inside the eco-panel, and water passing through the eco-panel passes through the separator and pumps it. Thus it has two filtration functions: eco-panel and separator.

7 is an ozone reaction tank to which ozone is applied according to the present invention. Water quality is treated by bioreaction by ozone and aeration.

8 is a membrane reaction tank to which the separator according to the present invention is applied. Water quality is treated by aeration and bioreaction by aeration.

9 is an ozone separation membrane reaction tank to which ozone and a separation membrane according to the present invention are applied, and water quality is treated by the bioreaction caused by aeration and ozone and the separation membrane.

10 is an eco-ozone separator membrane reactor in which an eco-panel or an eco-box and ozone and a separator are applied according to the present invention, and water quality is treated by an eco-panel or an eco-box, an eco-panel and an eco-box, ozone, a membrane, and aeration bioreaction.

Figure 11 is a schematic diagram showing that the echo ozone reaction tank according to the present invention is installed in the FRP tank, showing that it can be used in combination with a simple processing apparatus such as FRP tank.

12 is a schematic diagram showing that the six-sided eco-panel according to the present invention is installed inside the well. This shows that the Eco Panel, Eco Box, Eco Reactor, and Combined Reactor are installed inside a certain place containing water.The Eco Panel, Eco Box, Eco Reactor, Combined Reactor, Metal Tank, Wood Tank, Plastic Tank, FRP Tank Is installed inside any one of, or inside any one of the collection tank, storage tank, sedimentation tank, flocculation tank, pressurized flotation tank, storage tank, drainage tank, pond, or inside any one of the pumping station, intake, drainage, drainage Installed in wells, underground wells, stormwater reservoirs, rivers, valleys, streams, reservoirs, reservoirs, reservoirs, dams, lakes, coasts, oceans, or manholes, wastewater boxes, sewage boxes, storm water boxes It suggests that it is installed in any one of the, sewage box, heavy water box, drain box, drainage. .

Figure 13 is a schematic diagram showing that the eco box according to the present invention is installed outside the well. This shows that the Eco Panel, Eco Box, Eco Reactor, and Combined Reactor are installed outside of a certain place containing water.The Eco Panel, Eco Box, Eco Reactor, Combined Reactor, Metal Tank, Wood Tank, Plastic Tank, FRP Tank It is installed outside of any one of the collection tank, storage tank, sedimentation tank, flocculation tank, pressurized floatation tank, storage tank, drainage tank, or any one of the pond, or outside of any one of the pumping station, intake station, drainage station, drainage station. Installed outside the well, underground wells, storm water reservoirs, rivers, valleys, streams, reservoirs, reservoirs, reservoirs, dams, lakes, coasts, oceans, or manholes, wastewater boxes, sewage boxes, storm water boxes It suggests that any one of the outside of the sewage box, heavy water box, drain box, drainage. .

14 is a schematic diagram showing that the eco-panel according to the present invention is installed in connection with the ground induction wall, underground water order wall, permeable reaction wall. This shows that eco-panels, eco-boxes, eco-reactors, and complex reactors are installed in conjunction with certain facilities through which water flows. ECO panels, eco boxes, echo reactors, and combined reactors are installed in connection with any one of underground guide walls, underground water barrier walls, permeable reaction walls, manholes, storm drains, and groundwater wells, or collection tanks, storage tanks, flow control tanks, and precipitation tanks. , Flocculation tanks, pressure flotation tanks, physicochemical tanks, biological reaction tanks, neutralization tanks, storage tanks, discharge tanks, and water circulation systems. . 15 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the ground induction wall, underground water order wall, permeable reaction wall. This shows that eco-panels, eco-boxes, eco-reactors, and complex reactors are installed in conjunction with certain facilities through which water flows. ECO panels, eco boxes, echo reactors, and combined reactors are installed in connection with any one of underground guide walls, underground water barrier walls, permeable reaction walls, manholes, storm drains, and groundwater wells, or collection tanks, storage tanks, flow control tanks, and precipitation tanks. , Flocculation tanks, pressure flotation tanks, physicochemical tanks, biological reaction tanks, neutralization tanks, storage tanks, discharge tanks, and water circulation systems. . Figure 16 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the underground water wells in the underground induction wall, underground water order wall, permeable reaction wall. This shows that eco-panels, eco-boxes, eco-reactors, and complex reactors are installed in conjunction with certain facilities through which water flows. ECO panels, eco boxes, echo reactors, and combined reactors are installed in connection with any one of underground guide walls, underground water barrier walls, permeable reaction walls, manholes, storm drains, and groundwater wells, or collection tanks, storage tanks, flow control tanks, and precipitation tanks. Implying installation in conjunction with flocculation tanks, pressure flotation tanks, physicochemical tanks, bioreactors, neutralization tanks, storage tanks, discharge tanks, and water circulation systems.

17 is a schematic diagram showing that the eco-panel, eco-box, and echo reactor according to the present invention purify non-point polluted effluent. Here, non-point contaminant effluent is water from which non-point contaminant flows out on the surface of roads, roads, and complexes due to rain or rainfall. This figure shows that the Eco Panel, Eco Box, Eco Reactor, and Combined Reactor purify nonpoint pollutants, while well groundwater, rock groundwater, riverside filtration, deep seawater, polluted groundwater, general surface water, polluted surface water, groundwater discharge and consolidation discharge water. To clean individual waters of any one of construction site discharge, acid drainage, mine drainage, waste leachate, river water, stream circulating water, wastewater, sewage, rainwater, sewage, heavy water, or well groundwater, rock groundwater, riverside filtration, deep sea water At least two of water, groundwater, general surface water, pollution surface water, underground water, consolidation water, construction site water, acidic water, nonpoint pollutant water, mine drainage, waste leachate, river water, river circulating water, wastewater, sewage, rainwater, sewage, heavy water It implies that each of these purifies the mixed water mixed at a ratio of 1 to 99% by volume ratio. .

18 is a schematic diagram showing that the eco-panel, eco-box, and eco-reactor for purifying waste leachate according to the present invention. Waste leachate here is leachate from sanitary and unsanitary waste landfills. This figure shows that the Eco Panel, Eco Box, Eco Reactor, and Combined Reactor purify waste leachate, well groundwater, rock groundwater, riverside filtration, deep seawater, polluted groundwater, general surface water, polluted surface water, underground effluent, consolidation effluent, Purify individual water from construction site discharge, acidic drainage, nonpoint pollutant runoff, mine drainage, river water, stream circulating water, wastewater, sewage, rainwater, sewage, heavy water, or well groundwater, rock groundwater, riverside filtration, ocean Deep Water, Polluted Groundwater, General Surface Water, Pollution Surface Water, Underground Water, Consolidated Water, Construction Site Water, Acid Drain, Nonpoint Pollutant Runoff, Mine Drain, Waste Leachate, River Water, River Circulation Water, Wastewater, Sewage, Rainwater, Sewage, Heavy Water The above implies that each person purifies the mixed water mixed at a ratio of 1 to 99% by volume ratio. .

19 is a schematic diagram showing that the eco box according to the present invention is installed in connection with a manhole. This shows that eco-panels, eco-boxes, eco-reactors, and complex reactors are installed in conjunction with certain facilities through which water flows. ECO panels, eco boxes, echo reactors, and combined reactors are installed in connection with any one of underground guide walls, underground water barrier walls, permeable reaction walls, manholes, storm drains, and groundwater wells, or collection tanks, storage tanks, flow control tanks, and precipitation tanks. , Flocculation tanks, pressure flotation tanks, physicochemical tanks, biological reaction tanks, neutralization tanks, storage tanks, discharge tanks, and water circulation systems. .

20 is a schematic diagram showing that the eco box according to the present invention is installed in connection with the bridge storm drain. This suggests that the eco-panel, eco-box, echo reactor and combined reactor of the present invention purify rain drain.

21 is a schematic diagram showing that the echo reaction tank according to the present invention is installed in connection with a storage tank, a flocculation tank, and a discharge tank. This shows that the eco-panel, eco-box, eco-reactor, and composite reactor of the present invention are installed in connection with a storage tank, agglomeration tank, and a discharge tank, which additionally include a collection tank, a storage tank, a flow regulating tank, a precipitation tank, a flocculation tank, a pressure flotation tank, and a physics tank. It suggests that it can be installed in conjunction with chemical tanks, bioreactors, neutralization tanks, storage tanks, discharge tanks and water circulation systems.

Fig. 22 is a schematic diagram showing that the echo reactor according to the present invention purifies the riverside filtered water. This suggests that the eco-panel, eco-box, eco-reactor, and complex reactor of the present invention purify the riverside filtered water.

Fig. 23 is a schematic diagram showing that the eco-box according to the present invention purifies riverside filtered water. This suggests that the eco-panel, eco-box, eco-reactor, and complex reactor of the present invention purify the riverside filtered water.

24 is a schematic diagram showing that the echo reactor according to the present invention is installed in connection with the water circulation system. This suggests that the eco-panel, eco-box, eco-reactor, and composite reactor of the present invention are installed in connection with the water circulation system. Here, the water circulation system is a system for circulating river water or water in order to give a stream or water path to a city.

25 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the water circulation system. This suggests that the eco-panel, eco-box, eco-reactor, and composite reactor of the present invention are installed in connection with the water circulation system. Here, the water circulation system is a system for circulating river water or water in order to give a stream or water path to a city.

FIG. 26 is a schematic diagram showing that the eco box according to the present invention is installed in a place where water is collected and purified in a system where water is collected and purified and discharged back to the collected place. This is to collect the contaminated water in the field, and to clean the water quality by using the eco-panel, eco-box, eco-reactor, complex reaction tank of the present invention in the immediate vicinity without introducing it to the treated water is introduced back to the collected position.

FIG. 27 is a schematic diagram showing that the eco-box according to the present invention is installed in a place where water is collected, transported, stored and purified, and purified in a system discharged to a river or a coast. This is to collect the contaminated water in the field and to transport it far away and to clean the water quality using the eco-panel, eco-box, eco-reactor, combined reaction tank of the present invention from the transported place and to discharge the treated water to the river or the coast.

28 is a schematic diagram of a one-sided structure, a two-sided structure, a three-sided structure, a four-sided structure, a five-sided structure, and a six-sided structure of the eco-panel according to the present invention. This shows that the eco-panel can be used with various sides such as one-sided structure, two-sided structure, three-sided structure, four-sided structure, five-sided structure, and six-sided structure.

29 is a schematic diagram showing that a plurality of eco-panels or eco-boxes according to the present invention are installed in series. Here, the direct type represents a direction parallel to the outflow direction of the treated water.

30 is a schematic diagram showing that a plurality of eco-panels or eco-boxes according to the present invention are installed in parallel. The parallel expression here represents a direction perpendicular to the outflow direction of the treated water.

31 is a schematic diagram showing a granular reaction material, a bag-type reaction material, and a cage member according to the present invention. In the eco-panel or eco-box according to the present invention, at least one of a granular reaction material or a bag-type reaction material is added to the cage material.

32 is a schematic diagram showing an eco-panel according to the present invention, in which at least one of a granular reaction material or a bag-shaped reaction material is embedded in the cage member of the eco-panel. In this figure, the eco panel shows a four-sided eco panel.

33 is a schematic diagram showing a hollow eco box according to the present invention, showing a hollow eco box in the middle. At least one of granular reaction material and bag-type reaction material is inherent in the cage material of the eco box.

FIG. 34 is a schematic view showing the hollow-hole type eco-box according to the present invention, showing a tight eco-box without an empty center. At least one of granular reaction material and bag-type reaction material is inherent in the cage material of the eco box.

35 is a schematic diagram showing where the eco-panel according to the present invention is located in the eco box, which is a combination of the eco-panel and the eco box, and shows where the eco-panel is located in the eco box.

FIG. 36 is a schematic view showing where the eco box according to the present invention is installed in a certain cage formed of an eco panel, wherein the eco panel and the eco box are combined, and show that the eco box is located inside the eco panel. .

37 is a schematic diagram showing that the eco-panel and the eco-box are alternately positioned and installed, the eco-panel and the eco-box are combined, and the eco-panel and the eco-box are alternately installed.

38 is a schematic diagram showing the water purification of the consolidation discharged water when the granular reaction material and the bag-type reaction material of the present invention are installed in the sand mat through which the condensed water is flowed or the eco panel and the eco box are connected to the consolidation water. The granular reactant and the bag-shaped reactant are installed in the sand mat through which the condensate discharge water flows, or the eco panel and the eco box are connected to the condensate discharge water to purify the water of the condensate discharge water. Here, the condensate discharged water is poured into the ground through the drained material as the soft ground is consolidated and settled by pressing the load of the soil by placing a drain material in the soft ground and then applying a load of earth and sand to the upper surface of the soft ground. The discharged outflow water is shown, and the drain material includes sand drain, paper drain, pack drain, menad drain, and the like.

39 is a schematic diagram illustrating cleaning by putting the eco-panel, the eco-box, and the separation membrane into separate washing tanks, and taking out the eco-panel, the eco-box and the separating membrane from the originally installed position, and putting them into the washing tank.

40 is a schematic diagram showing cleaning of the eco-panel, the eco-box, and the separator according to the present invention at the originally installed position, wherein the eco-panel, the eco-box and the separator are cleaned at the original position without being pulled out from the originally installed position.

1 is a schematic diagram showing an echo reactor to which a six-sided structure eco panel according to the present invention is applied.

Figure 2 is a schematic diagram showing a six-sided eco-panel according to the present invention and the eco-zone ozone reaction tank to which ozone is applied

Figure 3 is a schematic diagram showing a one-sided eco-panel according to the present invention and the eco-zone ozone tank applied ozone

Figure 4 is a schematic diagram showing a two-sided eco-panel according to the present invention and the eco-zone ozone tank to which ozone is applied

5 is a schematic diagram showing an eco ozone reaction tank to which an eco box and ozone are applied according to the present invention.

6 is a schematic view showing an eco-panel reaction tank to which an eco-panel and a separator are applied according to the present invention.

7 is an ozone reaction tank to which ozone is applied according to the present invention.

8 is a membrane reaction tank to which the separator according to the present invention is applied.

Figure 9 is ozone and membrane reaction tank applied ozone and separator according to the present invention

10 is an eco-zone separation membrane reaction tank to which an eco-panel or an eco box and ozone and a separator are applied according to the present invention.

Figure 11 is a schematic diagram showing that the echo ozone reaction tank according to the present invention is installed inside the FRP tank

Figure 12 is a schematic diagram showing that the six-sided eco-panel according to the present invention is installed inside the well

Figure 13 is a schematic diagram showing that the eco box according to the present invention is installed outside the well

14 is a schematic diagram showing that the eco-panel according to the present invention is installed in connection with the ground induction wall, underground water order wall, permeable reaction wall

15 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the ground induction wall, underground water order wall, permeable reaction wall

16 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the underground induction wall, underground water order wall, groundwater well inside the permeable reaction wall

17 is a schematic diagram showing that the eco-panel, eco-box, echo reactor according to the present invention to clean the non-point polluted effluent.

18 is a schematic diagram showing that the eco-panel, eco-box, eco-reactor to purify the waste leachate according to the present invention.

19 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the manhole

20 is a schematic diagram showing that the eco box according to the present invention is installed in connection with the bridge rain drain

21 is a schematic diagram showing that the echo reactor according to the present invention is installed in connection with the storage tank, the flocculation tank, and the discharge tank.

22 is a schematic diagram showing that the echo reactor according to the present invention to purify the riverside filtration water

Figure 23 is a schematic diagram showing that the eco-box according to the present invention purify the riverside filtration water

24 is a schematic diagram showing that the echo reactor according to the present invention is installed in connection with the water circulation system

25 is a schematic diagram showing that the eco-box according to the present invention is installed in connection with the water circulation system.

FIG. 26 is a schematic diagram showing that the eco box according to the present invention is installed in a place where water is collected and purified in a system where water is collected and purified and discharged back to a place where water is collected.

Figure 27 is a schematic diagram showing that the eco-box according to the present invention is installed where the water is collected in the system to be collected, transported, stored and purified and discharged to the stream or shore

28 is a schematic diagram of one-sided structure, two-sided structure, three-sided structure, four-sided structure, five-sided structure, and six-sided structure of an eco-panel according to the present invention.

29 is a schematic diagram showing that a plurality of eco-panels or eco-boxes according to the present invention is installed in series.

30 is a schematic diagram showing that a plurality of eco-panels or eco-boxes are installed in a parallel manner according to the present invention.

Figure 31 is a schematic diagram showing the granular reaction material, bag-type reaction material, the cage member according to the present invention

32 is a schematic diagram showing an eco-panel according to the present invention.

33 is a schematic diagram showing a hollow echo box according to the present invention.

34 is a schematic diagram showing the hollow-free eco-box according to the present invention.

35 is a schematic diagram showing where the eco-panel according to the present invention is located and installed inside the eco box.

36 is a schematic diagram showing where the eco box according to the present invention is located inside a certain cage formed of an eco panel.

37 is a schematic diagram showing that the eco-panel and the eco-box are installed alternately located in accordance with the present invention.

38 is a schematic diagram showing the water purification of the consolidation discharged water when the granular reaction material and the bag-type reaction material of the present invention are installed in the sand mat through which the condensed water is flowed or the eco panel and the eco box are installed in connection with the condensed water.

39 is a schematic diagram showing the cleaning of the eco-panel, eco-box, separation membrane in a separate cleaning tank according to the present invention.

40 is a schematic diagram showing the cleaning of the eco-panel, eco-box, separation membrane in the original installation position according to the present invention

<Description of the symbols for the main parts of the drawings>

1: Well groundwater, rock groundwater, riverside filtration, deep seawater, polluted groundwater, general surface water, pollution surface water, underground discharge water, consolidation discharge water, construction site discharge water, acidic drainage, non-point pollution runoff, mine drainage, waste leachate, river water, river circulating water Individual waste water, wastewater, sewage, rainwater, sewage, heavy water

2: Well groundwater, rock groundwater, riverside filtration, deep seawater, polluted groundwater, general surface water, pollution surface water, underground discharge water, consolidation discharge water, construction site discharge water, acidic drainage, nonpoint pollution runoff, mine drainage, waste leachate, river water, river circulating water Mixed water in which two or more of water, wastewater, sewage, rainwater, sewage and heavy water are mixed at a ratio of 1 to 99% by volume

3: the number of treatment object 4: the number of treatment

5: consolidation discharge water 6: riverside filtration

7: non-point polluted effluent 8: waste leachate

9: Rainfall, Excellent 10: Eco Panel

10-1: Eco Panel 1 10-2: Eco Panel 2

10-3: Eco Panel 3 10-4: Eco Panel 4

11: eco box 12: separator

13: granular reaction material 14: bag-type reaction material

15: caged material 16: echo reactor

17 storage tank 18 agglomeration tank

19: discharge tank 20: air blower

21: spreader 22: pump device

23: ozone generator 30: underground guide wall, underground order wall, permeable reaction wall

31 manhole 31 reservoir in the water circulation system

32: Real stream in water circulation system 33: Water purification plant in water circulation system

34: Adjustment place in the water circulation system 40: One-sided structure Eco panel

41: 2-sided eco panel 42: 3-sided eco panel

44: four-sided eco panel 45: five-sided eco panel

46: 6-sided Eco Panel 50: Physical Cleaning, Chemical Cleaning, Precision Cleaning

51: washing tank

Claims (7)

By applying any one or more of eco panel, eco box, ozone, separation membrane, Eco bioreactor (EBR), ozone bioreactor (OBR), membrane bioreactor (MBR), eco ozone bioreactor (EOBR), eco membrane bioreactor (EMBR), ozone Forming at least one of an ozone membrane bioreactor (OMBR) and an eco ozone membrane bioreactor (EOMBR), In forming the above, The echo reactor is called an echo reactor, The eco ozone reaction tank, eco separation membrane reaction tank, ozone separation membrane reaction tank, and eco ozone separation membrane reaction tank are referred to as composite bioreactors (CBR), The echo reactor is applied to any one or more of the eco panel, eco box, The ozone reaction tank is ozone is applied, The separator reaction tank is applied, The eco ozone reaction tank is any one or more of the eco-panel and eco-box and ozone is applied, The eco-separation membrane reactor is applied to any one or more of the eco-panel and eco-box and the separation membrane, The ozone membrane reaction tank is applied ozone and membrane, The eco ozone membrane reaction tank is any one or more of the eco-panel and eco-box and ozone and membrane is applied, Eco panel (EP), eco box (EB), echo reactor (EBR), composite reactor (CBR) and water purification using the same, characterized in that to purify the water quality using the formed Either one or more of Eco Panel, Eco Box, Or eco-panel + ozone, eco-box + separator, eco-panel + eco-box + ozone, eco-panel + eco-box + separator, eco-panel + Either one or more of the eco box + ozone + separator, Or using an eco-reactor (EBR) to which at least one of the eco-panels and eco-boxes is applied, Or using at least one of an eco ozone reactor (EOBR), an eco separation membrane reactor (EMBR), and an eco ozone separator membrane (EOMBR) applied with at least one of a membrane and ozone added to at least one of the eco panel and the eco box. , Or any one or more of ozone and one or more of the membranes are applied to the eco-reactor (EBR) to which at least one of the eco-panels and the eco-boxes is applied (OBR), the membrane-reactor (MBR) and the ozone separator (OMBR). Addition of echo reactor (EBR) + ozone reactor (OBR), echo reactor (EBR) + membrane reactor (MBR), echo reactor (EBR) + ozone separator (OMBR), echo reactor (EBR) + ozone reactor (OBR) ) Using one or more of + membrane separator (MBR), echo reactor (EBR) + ozone reactor (OBR) + membrane reactor (MBR) + ozone separator (OMBR), Well groundwater, rock groundwater, riverside filtration, deep seawater, contaminated groundwater, general surface water, pollution surface water, underground effluent, consolidation effluent, construction site effluent, acidic drainage, nonpoint pollutant effluent, mine drainage, waste leachate, river water, river circulating water, wastewater To purify individual water, either sewage, rainwater, sewage or heavy water, Or well groundwater, rock groundwater, riverside filtration, deep seawater, contaminated groundwater, general surface water, contaminated surface water, underground effluent, consolidation effluent, construction site effluent, acidic drainage, nonpoint pollutant effluent, mine drainage, waste leachate, river water, river circulating water, Eco-panel (EP), eco-box (EB), eco-reactor (2) characterized in that at least two of the wastewater, sewage, rainwater, sewage, and heavy water purify the mixed water mixed at a ratio of 1 to 99% by volume ratio. EBR), Complex Reactor (CBR) and Water Purification Using It At least one of the eco panels and eco boxes, Or at least one of a separator and ozone is added to at least one of the ecopanel and the ecobox, Or eco-reactor (EBR), eco-box reactor (EOBR), echo separator (EMBR), ozone separator (OMBR), eco ozone separator (EOMBR) At least one of Or an eco-reactor (EBR), an eco-box reactor (EOBR), an echo separator (EMBR), an ozone separator reactor (OMBR), an eco-zone separator reactor (EOMBR) to which at least one of an eco panel, an eco box, a separator, and ozone is applied At least one of the ozone reaction tank (OBR) and the membrane reaction tank (MBR) is added to any one or more of In purifying water quality, it is installed inside or outside a certain place where water is contained, or is connected to a certain facility through which water flows, or is installed in an inlet or outlet where water is introduced or discharged. Any of the above listed or is installed in any one of the metal tank, wood tank, plastic tank, FRP tank, Or is installed inside or outside any one of a collection tank, a storage tank, a settling tank, a coagulation tank, a pressure flotation tank, a storage tank, a drainage tank, and a pond, Or installed inside or outside one of the pumping stations, intake stations, drainage stations, and drainage stations, Or is installed inside or outside any of wells, underground wells, storm water reservoirs, rivers, valleys, streams, reservoirs, reservoirs, reservoirs, dams, lakes, shores, and oceans; Or installed inside or outside any one of a manhole, waste water box, sewage box, rainwater box, sewage box, heavy water box, drain box, drainage path, Or installed in connection with any one of underground guide walls, underground water barrier walls, permeable reaction walls, manholes, storm drains, and underground wells; The storm drain is drain for drainage installed in any one of a building, a bridge, and a road, Or it is installed in connection with a collection tank, a storage tank, a flow control tank, a precipitation tank, a flocculation tank, a pressure flotation tank, a physical chemical tank, a biological reaction tank, a neutralization tank, a storage tank, a discharge tank, and a water circulation system, Or is installed in a purified place in a system where water is collected and purified and discharged back to the collected place, Or where it is purified in a system where water is collected, conveyed, stored and purified and discharged to a river or coast, or Or well groundwater, rock groundwater, riverside filtration, deep seawater, contaminated groundwater, general surface water, contaminated surface water, underground effluent, consolidation effluent, construction site effluent, acidic drainage, nonpoint pollutant effluent, mine drainage, waste leachate, river water, river circulating water, It is installed in the inlet or discharged discharge inlet of individual water into any one of waste water, sewage, rainwater, sewage, heavy water, Or well groundwater, rock groundwater, riverside filtration, deep seawater, contaminated groundwater, general surface water, contaminated surface water, underground effluent, consolidation effluent, construction site effluent, acidic drainage, nonpoint pollutant effluent, mine drainage, waste leachate, river water, river circulating water, Eco-panel (EP), characterized in that at least two of the wastewater, sewage, rainwater, sewage, heavy water is installed in the inlet or discharged inlet to the mixed water in which the mixed water mixed in a proportion of 1 to 99% by volume, Eco Box (EB), Eco Reactor (EBR), Combined Reactor (CBR) and Water Purification Using the Same A reactor for purifying water by applying at least one of an eco panel or an eco box, Either one or more of the eco-panel or eco-box, aeration device and pump device, The process water is aerated by the aeration apparatus, and the aerated water has a process in which the water quality is purified and the purified water is pumped out by the pump device while flowing into or passing through any one of the eco-panel or the eco box, Any one or more of the aeration device or the pump device can be deleted, When the aeration device or the pump device is deleted, the process water has a process of purifying the water quality while simply flowing or passing through any one or more of the eco-panel or eco-box, The water to be treated is water before purification, The treated water is water after purification, The aeration device is aeration of the water to be treated inside or outside the eco-panel or the eco box, which is composed of an air blower (air blower) and a diffuser (diffuser), The aeration device can be replaced with a ozone device, The width ozone apparatus is a ozone to be treated water in the inside or outside of the eco-panel or the eco box, which is composed of an ozone generator, an air blower and a diffuser, The blower pressure in the air blower is either positive pressure or pressurized, The spreader is a device for spraying air or ozone in the water to be treated, which is a tube in which the hole is formed, and air or ozone is sprayed into the hole. The pump device is to pump the treated water in the eco-panel or eco box to the outside, The spreader of the aeration device or the ozone device is the bottom of the water tank in which the eco panel or the eco box is installed, the inside of the eco panel or the eco box, or the outer contact surface of the eco panel or the eco box, or the outer 100 cm of the eco panel or the eco box. Located in any one or more of the One or two or more spreaders of the aeration device or the width ozone device is installed in any one or more directions of a horizontal direction, a vertical direction, a diagonal direction and a free direction at the position where the aerator is disposed. The free direction indicates the direction of the other free material except the horizontal direction, vertical direction, diagonal direction, At least one of the eco-panel or the eco-box is installed one or two or more inside or outside the reactor, What is installed in the interior is that any one or more of the eco-panel or the eco box is installed anywhere inside the reactor, such as the bottom, the center, the top, side of the reactor, Is installed on the outside is any one or more of the eco-panel or the eco box is installed in connection with the water flowing out of the reactor, The installation form of the eco-panel or eco-box, the eco-panel or eco-box is installed individually, or the eco-panel or eco-box is installed in combination, The mixture is installed where the eco-panel is located in the inside of the eco box, or the eco-box is located in a certain cage formed of the eco-panel, or the eco-panel and the eco-box are installed alternately. Become, The eco-panel or eco-box is one or more of which is installed in one of a fully submerged type, a partial submerged type or a non-immersed type in any one or more of a direct type, parallel type, free type, The direct type represents a direction parallel to the outflow direction of the treated water, The parallel expression represents a direction perpendicular to the outflow direction of the treated water, The free expression represents a free direction irrespective of the outflow direction of the treated water, The complete submersion type is that the whole of the eco-panel or the eco box is submerged in water, The partial submerged type is that a part of the eco-panel or the eco box is installed in contact with the water or submerged in water, The non-immersion type is to be installed so that the entire eco-panel or the eco-box is not submerged or on the ground, The eco-panel has a function of reacting to pollutants and has a plate-shaped panel structure having a relatively large area compared to the thickness. One of the six-sided structure, The eco box has a function of reacting to pollutants and has a cylindrical box structure having a predetermined width, length, and width, which is one of triangular, rectangular, polygonal, cylindrical, and round cylindrical shapes. , The polygonal cylinder represents another polygonal cylinder except for the triangular cylinder and rectangular cylinder shape, The round cylinder is a round cylindrical shape of a round shape except a cylindrical shape, The eco box is divided into a hollow eco box, a hollow hollow eco box according to whether there is a hollow inside, The hollow eco box has a six-sided structure in which the inside of the eco box is hollow and the edges of the hollow box have a constant thickness. The six-sided structure of the eco panel is to have the same shape as the hollow eco box, One side of the six sides forming the hollow eco box may be omitted, and if one side is omitted, it has the same shape as the five-side structure of the eco-panel, The eco panel or eco box is composed of a reaction material and the cage material, which is a cartridge type and an input type, The cartridge type is integrated with the reactant and the cage material, which is applied by inserting and removing the integrated one when applied, The input type is a reaction material and the caged material is separate, which is applied in a manner to add and remove the reactant in the cage material when applied, The reactant is a material having a reaction function with a contaminant, which is contained or enclosed in a cage material, and includes a granular reactant and a bag-type reactant, The granular reactants are particulate or powdery or nano- or particulate-like materials having a reaction function with contaminants, which include activated carbon, rice hulls, waste tires, zeolites, slags, ductile iron, noble metals, oyster shells, shells, Carbon, ion exchange resin, ocher, bentonite, pearlite, attapalgite, lime, gypsum, waste foundry sand, nanoiron, nanometal, nanotube, microorganisms, or two or more are mixed, and their mixing ratios are all from 0 to 100 Has a range of%, The bag-type reaction material is a plate- or rod-shaped material having a reaction function with a contaminant, which is a reaction cloth, a reaction rod, a reaction cloth, a reaction rod, a reaction rope, a reaction pillow, a reaction cushion, a reaction fence, a reaction of a polymer or natural material. Expanded cloth, adsorption cloth, adsorption stem, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric, woven fabric, nonwoven fabric, geotextile, natural hemp, natural fiber, natural pulp, rice straw , The reaction function indicates that it has any one or more of the function of adsorption, detoxification, removal of contaminants, The bag-type reactant may be replaced with the cage material, in which case the granular reactant is embedded in the cage formed of the bag-type reactant, The bag-shaped reactant may be omitted, the cage material, in this case to form an eco-panel with only the bag-shaped reactant, The bag-type reaction material can be used as a substitute for the eco-panel independently, The caged material is a caged container that encloses or contains the reactant or contains the reactant, which has a shape such as a mesh or bag or bag or bag or bag having a permeable property, and the material thereof is a polymer composite material, a metal material, Natural woven fabric, non-woven fabric, grid net, geotextile, fiber, hemp, fabric In the above-mentioned cage member, the cage member of the eco panel is plate-shaped, and the cage member of the eco box is box-shaped. By applying any one or more of Eco Panel, Eco Box, Separator, Ozone, In forming at least one of an ozone reaction tank (OBR), a membrane reaction tank (MBR), an eco ozone reaction tank (EOBR), an eco separation membrane reaction tank (EMBR), an ozone separation membrane reaction tank (OMBR), and an eco ozone separation membrane reaction tank (EOMBR), The eco ozone reaction tank, eco separation membrane reaction tank, ozone separation membrane reaction tank, and eco ozone separation membrane reaction tank are referred to as composite bioreactors (CBR), The ozone reactor is a reactor for purifying water by applying ozone, which is composed of an ozone generator, an ozone blower, a diffuser, and a pump device, in which the ozone generated in the ozone generator is air It has a process in which the water quality of the water to be treated is purified by the ozone abandoned and abandoned in the spreader through the blower, and the purified water is pumped out by the pump device. The ozone generator is a device for generating ozone from natural air or oxygen cylinder, The air blower is a device for blowing ozone into the ozone reactor, The spreader is a device for abandoning ozone in the water to be treated, The pump device is to pump the treated water in the ozone reaction tank to the outside, The pump device can be deleted, The spreader has a characteristic that one or two or more installed in any one or more of the horizontal direction, vertical direction, diagonal direction, free direction on the bottom of the ozone reactor or the bottom of the ozone reactor, The water to be treated is water before purification, The treated water is water after purification, The membrane reaction tank is a reactor for purifying the water quality by applying a separator, which is composed of a membrane and a pump device, which is purified or purified water of the water to be treated as the treated water is introduced into or passed through the membrane by the pump device Have a process that is pumped out, The pump device is to pump the treated water in the membrane reaction tank to the outside, The pump device can be deleted, The eco ozone reactor is a reactor for purifying water by applying any one or more of the eco panel and the eco box and ozone, which is an eco panel or an eco box, an eco panel and an eco box, an ozone generator, an air blower, a sprayer, and a pump device. The ozone generated in the ozone generator is abandoned in the sprayer through the air blower and the water quality of the treated water is purified by the abandoned ozone, and the treated water is introduced into or passed through at least one of the eco panel and the eco box. The water quality of the water to be treated is purified and the purified water is pumped to the outside by a pump device, The ozone generator is a device for generating ozone from natural air or oxygen cylinder, The air blower is a device for blowing ozone into the eco ozone reactor, The spreader is a device for abandoning ozone in the water to be treated, The pump device is to pump the treated water in the eco ozone reaction tank to the outside, The pump device can be deleted, The spreader is at least one of the bottom of the eco ozone reactor, or on the bottom of the eco ozone reactor, or inside the eco panel and the eco box, or the outer contact surface of the eco panel and the eco box, or within 100 cm of the outside of the eco panel and the eco box. It is located in the horizontal direction, vertical direction, diagonal direction, has a characteristic that one or two or more installed in any one or more of the direction, The eco separation membrane reaction tank is a reactor for purifying water by applying any one or more of an eco panel and an eco box and a separation membrane, which is composed of an eco panel or an eco box, an eco panel and an eco box, a separation membrane, and a pump device. As the water flows into or passes through at least one of the eco-panel and the eco-box and the separation membrane, the water quality of the water to be treated is purified and the purified water is pumped out by the pump device. The pump device is to pump the treated water in the eco-membrane reactor to the outside, The pump device can be deleted, The ozone separator reaction tank is a reactor for purifying water by applying ozone and separator, which is composed of a separator, an ozone generator, an air blower, a spreader, and a pump device, in which the ozone generated in the ozone generator is abandoned in the spreader through an air blower. And abandoned ozone to purify the water quality of the water to be treated and the water to be treated as the water flows into or passes through the membrane, and the water quality of the water to be treated is purified and the purified water is pumped out by a pump device. The ozone generator is a device for generating ozone from natural air or oxygen cylinder, The air blower is a device for blowing ozone into the ozone separation membrane reaction tank, The spreader is a device for abandoning ozone in the water to be treated, The pump device is to pump the treated water in the ozone membrane reaction tank to the outside, The pump device can be deleted, The spreader is located on the bottom of the ozone separation reactor, on the bottom of the ozone separation reactor, on the inside of the separation membrane, on the outer contact surface of the separation membrane, or within 100 cm of the separation membrane, and in the horizontal direction, vertical direction, diagonal direction, Having one or two or more characteristics installed in any one or more directions in the free direction, The eco ozone membrane reaction tank is a reactor for purifying water by applying at least one of an eco panel and an eco box and ozone and a separation membrane, which is an eco panel or an eco box, an eco panel and an eco box, an ozone generator, an air blower, a sprayer, It is composed of a membrane and a pump device, and the ozone generated in the ozone generator is released from the sprayer through an air blower, and the water quality of the treated water is purified by the abandoned ozone, and the treated water is at least one of the eco panel and the eco box. The water quality of the water to be treated is introduced into or passed through the separator and the purified water, and the purified water is pumped to the outside by a pump device. The ozone generator is a device for generating ozone from natural air or oxygen cylinder, The air blower is a device for blowing ozone into the eco ozone membrane reaction tank, The spreader is a device for abandoning ozone in the water to be treated, The pump device is to pump the treated water in the eco ozone membrane reaction tank to the outside, The pump device can be deleted, The spreader is located on the bottom of the eco ozone membrane reactor, or on the bottom of the eco ozone membrane reactor, or at least one of the eco panel and the eco box and the interior of the separator, or at least one of the eco panel and the eco box and the external contact surface of the separator, Or located in any one or more of the eco-panel and the eco-box and within at least 100 cm of the separation membrane, and having one or more characteristics in one or more directions in the horizontal direction, the vertical direction, the diagonal direction, and the free direction. At least one of the eco-panel or the eco box is one or two or more inside or outside of the membrane reaction tank, eco ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank, It is installed in the interior is any one or more of the eco-panel or the eco box is installed anywhere in the bottom, center, top, side, etc. inside the eco ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank, The outside is installed at least one of the eco-panel or the eco box is connected to the water flowing out of the eco ozone reaction tank, eco separation membrane reaction tank, eco ozone separation membrane reaction tank, The separation membrane is installed one or more inside or outside of the separation membrane reaction tank, echo separation membrane reaction tank, ozone separation membrane reaction tank, eco ozone separation membrane reaction tank, The interior of the separation membrane is to be installed anywhere in the bottom, center, top, side, such as the membrane reaction tank, echo separation membrane reaction tank, ozone separation membrane reaction tank, eco ozone membrane reaction tank, The outer membrane is installed in connection with the water flowing out of the eco ozone reaction tank, the eco separation membrane reaction tank, the eco ozone separation membrane reaction tank, In the eco separation membrane reaction tank, ozone separation membrane reaction vessel, and eco ozone separation membrane reaction tank in which the separation membrane is applied as at least one of an eco panel or an eco box, the separation membrane may be installed inside or outside the eco panel and the eco box. To have, When installed inside the water to be treated is introduced or passed through any one or more of the eco-panel and eco-box and the separation membrane, When installed outside the treated water is introduced or passed through any one or more of the eco-panel and eco-box and the separation membrane, The blower pressure in the air blower is either positive pressure or pressurized, The spreader is a device for spraying air or ozone in the water to be treated, which is a tube in which the hole is formed, and air or ozone is sprayed into the hole. The separation membrane may be an ultrafiltration membrane (UF), a microfiltration membrane (MF), a nanofiltration membrane (NF), a reverse osmosis membrane (RO), an ion exchange membrane (IE: CBR (Ion exchange membrane), hollow fiber membrane (HF: hollow fiber membrane), semi-permeable membrane (SP), characterized in that any one of Echo Reactor (EBR), Membrane Reactor (MBR), Eco Ozone Reactor (EOBR), Eco Separation Reactor (EMBR), Ozone Separation Reactor (OMBR), Eco Ozone Used in membrane reactor (EOMBR), In order to clean any one or more of the eco-panel, the eco box, and the separator, one or more of physical cleaning, chemical cleaning, and precision cleaning is applied. In the above application, Apply physical cleaning, chemical cleaning or fine cleaning individually Or simultaneously apply both physical cleaning, chemical cleaning and fine cleaning, Or sequential application of physical cleaning, chemical cleaning, and precision cleaning, The cleaning of the eco-panel, the eco-box, and the separation membrane is initially carried out by removing the eco-panel, the eco-box, the separation membrane from the place where it is installed or carried out in a separate cleaning tank, or the original eco-panel, the eco-box, the separation membrane is installed. Do it at that location without being removed from The cleaning tank is an eco-panel, an eco box, a container or a box having a size capable of adding a separator, The physical cleaning is to clean physically, using any one or more of a brush, general water, high pressure water, ozone water, high pressure air, vacuum, backflow, aeration, fine bubbles, hot water, hot water, steam, The reverse flow is to inject water in a direction opposite to the water treatment flow direction, The chemical cleaning is to use a chemical to clean, hypochlorous acid, sodium hypochlorite, citric acid, hydrochloric acid, acetic acid, nitric acid, acetone, solvents, hydrogen peroxide, any one or two or more of each one by volume 1 to 99% Using a mixture mixed at the ratio of The fine cleaning is to clean using an ultra-precision element, the eco-panel (EP), eco-box (EB), echo characterized in that the cleaning using any one or more of ultrasonic, high frequency, low frequency, microwave, vibration, ultraviolet. Reactor (EBR), Combined Reactor (CBR) and Water Purification Using It The method according to any one of claims 1 to 6, In the eco-panel, eco-box to be applied to any one or more of the echo reactor (EBR), echo ozone reactor (EOBR), echo separator membrane (EMBR), eco ozone separator membrane (EOMBR), The eco panel or eco box is composed of a reaction material and the cage material, which is a cartridge type and an input type, The cartridge type is integrated with the reactant and the cage material, which is applied by inserting and removing the integrated one when applied, The input type is a reaction material and the caged material is separate, which is applied in a manner to add and remove the reactant in the cage material when applied, The reactant is a material having a reaction function with a contaminant, which is contained or enclosed in a cage material, and includes a granular reactant and a bag-type reactant, The granular reactants are particulate or powdery or nano- or particulate-like materials having a reaction function with contaminants, which include activated carbon, rice hulls, waste tires, zeolites, slags, ductile iron, noble metals, oyster shells, shells, Carbon, ion exchange resin, ocher, bentonite, pearlite, attapalgite, lime, gypsum, waste foundry sand, nanoiron, nanometal, nanotube, microorganisms, or two or more are mixed, and their mixing ratios are all from 0 to 100 Has a range of%, The bag-type reaction material is a plate- or rod-shaped material having a reaction function with a contaminant, which is a reaction cloth, a reaction rod, a reaction cloth, a reaction rod, a reaction rope, a reaction pillow, a reaction cushion, a reaction fence, a reaction of a polymer or natural material. Expanded cloth, adsorption cloth, adsorption stem, adsorption mop, adsorption rod, adsorption rope, adsorption pillow, adsorption cushion, adsorption fence, adsorption expansion fabric, woven fabric, nonwoven fabric, geotextile, natural hemp, natural fiber, natural pulp, rice straw , The reaction function indicates that it has any one or more of the function of adsorption, detoxification, removal of contaminants, The bagged reactant may be replaced with the caged material, in which case the granular reactant is embedded in the cage formed of the bagged reactant, The bag-shaped reactant may be omitted, the cage material, in this case to form an eco-panel with only the bag-shaped reactant, The bag-type reaction material can be used as a substitute for the eco-panel independently, The caged material is a caged container that encloses or contains the reactant or contains the reactant, which has a shape such as a mesh or bag or bag or bag or bag having a permeable property, and the material thereof is a polymer composite material, a metal material, Natural woven fabric, nonwoven fabric, grid network, geotextile, fiber, hemp, fabric In the above-mentioned cage member, the cage member of the eco panel is plate-shaped, the cage member of the eco box is box-shaped, The eco-panel has a function of reacting to pollutants and has a plate-shaped panel structure having a relatively large area compared to the thickness. One of the six-sided structure, The eco box has a function of reacting to pollutants and has a cylindrical box structure having a predetermined width, length, and width, which is one of triangular, rectangular, polygonal, cylindrical, and round cylindrical shapes. , The polygonal cylinder represents another polygonal cylinder except for the triangular cylinder and rectangular cylinder shape, The round cylinder is a round cylindrical shape of a round shape except a cylindrical shape, The eco box is divided into a hollow eco box, a hollow hollow eco box according to whether there is a hollow inside, The hollow eco box has a six-sided structure in which the inside of the eco box is hollow and the edges of the hollow box have a constant thickness. The six-sided structure of the eco panel is to have the same shape as the hollow eco box, One of the six surfaces forming the hollow eco box may be omitted, and if one surface is omitted, the eco panel (EP) may have the same shape as the five surface structure of the eco panel. ), Eco Box (EB), Eco Reactor (EBR), Combined Reactor (CBR) and Water Purification Using the Same

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