KR100752402B1 - Filtration equipment module for water treatment - Google Patents

Abstract

A filtration device module for water treatment which can construct a filtration device with various shapes by modulating a filtration device for water treatment, easily manufactures and maintains the filtration device by repairing or replacing only modules of lowered filtering function, and can prevent contamination of various water systems by optionally packing at least one filtering materials into the filtering device is provided. A filtration device module for water treatment comprises: a box structure(100) comprising a bottom face into which a plurality of permeation holes are perforated such that wastewater, sewage or rainwater can pass through the permeation holes, and side walls(120) extending upward from side ends of the bottom face; a vertical overflow pipe(200) which faces upward from the bottom face of the box structure, and is installed within the box structure; and a filtering material(400) packed into the remaining space except a space occupied by the vertical overflow.

Description

Filtration module for water treatment {FILTRATION EQUIPMENT MODULE FOR WATER TREATMENT}

1 is a perspective view according to an embodiment of a filtration device module for water treatment according to the present invention, Figure 1a is a perspective view according to an embodiment of a filtration device module including a filter medium 400, Figure 1b Except for the filter medium 400 is shown a perspective view according to an embodiment of the filter device module configured.

FIG. 2 illustrates an embodiment in which at least one hole 131 having a handle function or a hole 132 having a drainage function is formed in the side wall 120 of the cylindrical structure of the filtering device module, and FIG. FIG. 2B illustrates a front view of an embodiment of a configuration in which at least one hole 131 having a handle function or a hole 132 having a drainage function is formed on a side wall.

Figure 3 shows a perspective view of an embodiment of the outer surface of the side wall 120 of the filtering device module is configured in the form of a lattice.

Figure 4 shows an embodiment of a filter unit module fastening the cover 300 to the vertical moon pipe 200 according to the present invention, Figure 4a is one of the filter device module fastening the cover 300 4B is a cross-sectional view of one embodiment of the filter unit module fastening the cover portion 300, Figure 4c is a state in which the cover portion 300 is fastened without filling the filter medium 400 A plan view of one embodiment of a device module is shown.

FIG. 5 illustrates an embodiment of a filtration device module including a support 510 and a fastener 520 except for the cover part 300, and FIG. 5A is a perspective view and FIG. 5B is a sectional view. will be.

FIG. 6 is a cross-sectional view showing an embodiment of a filtering device module including a filter net, a filter cloth, or a nonwoven fabric 410 included in the lower portion of the filter medium 400.

FIG. 7 is a cross-sectional view showing an embodiment of a filtration device module including a planting part 420 capable of planting a plant 800 on an upper portion of the filter medium 400.

FIG. 8 illustrates an embodiment of a filtration device module in which one or more modules are arranged adjacent to each other to constitute one filtration device, and FIG. 8A is a cross-sectional view of an embodiment that is vertically stacked and used as a rain gutter. FIG. 8B Is a detailed view of the locking step 150 is included in the lower portion of the module, Figure 8c is a cross-sectional view of an embodiment of the filtering device module is installed horizontally arranged linearly on the side of the road side, Figure 8d is a side of the road side 8E is a plan view of one embodiment of a filtration device module arranged horizontally and linearly installed, FIG. 8E illustrates one embodiment of a filtration device module composed of one filtration device by vertically stacking again one or more modules arranged horizontally. An example cross section is shown.

FIG. 9 illustrates an embodiment of a module case 700 used to arrange one or more modules adjacently. FIG. 9A is a perspective view of the module case, and FIG. 9B is a plurality of modules inside the module case 700. A cross-sectional view of one embodiment in which modules are stacked vertically is shown.

Figure 10 schematically shows the functional principle of the filtration device module according to the present invention, Figure 10a shows the principle of the function to be processed in one module, Figure 10b shows the process when the flow rate is small when formed in a laminated structure 10c schematically illustrates the functional principle that is processed when the flow rate is large when the flow rate is formed in a laminated structure.

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

100-Tubular Structure 110-Bottom

111-Pitcherhole 120-Sidewalls

131-hole with handle 132-hole with drain

150-Hanging Jaw 200-Vertical Overflow Pipe

300-cover 310-end of the cover

320-Lower part of the cover 400-Filter material

410-Filter nets, filter cloth or nonwovens 420-Planting department

510-Support 520-Fasteners

530-Fastening Groove 600-Water

700-Module Case 710-Hanger

720-Pedestal 800-Plants

The present invention relates to a filtration module for water treatment, and more particularly, extending from the side of the bottom and the bottom of the bottom and a plurality of perforated holes to allow contaminated water such as wastewater, sewage or rainwater to pass therethrough. Filter structure is filled in the remaining space except the space occupied by the vertical flow pipe of the tubular structure having a side wall which is formed in the interior of the cylindrical structure from the bottom toward the top from the bottom surface; It will be configured to include.

Generally, the filtration apparatus for water treatment is divided into the case of treating wastewater or sewage and the case of rainwater, depending on the characteristics of the water to be treated. In the case of wastewater or sewage, screening is performed first to remove particles such as sand. It is generally sent to the equipment for secondary or tertiary treatment, which is chemical and biological treatment after being settled in the gravity sedimentation facilities, and in the case of rainwater, it is generally discharged to the discharge water without any treatment. Therefore, the contamination of water bodies is getting serious as the pollutants contained when the highly uncleaned sewage, the effluent from the wastewater treatment plant, or the rainwater flow out of the surface are discharged to rivers.

Conventional filtration equipment for wastewater or sewage treatment is to fill a large concrete structure with a filter medium such as gravel and sand, and to treat water by flowing it by gravity, and to fill a steel pressure tank with a filter medium such as sand and apply pressure to the water. The filtration system distributes wastewater and sewage to the inflow sump and inflow pipes, and collects the wastewater through the collection pipes and the sales collection basin at the bottom of the filtration layer and discharges the wastewater. And purifies sewage. Such a conventional filtration device has a problem that the initial facility cost is excessive and difficult to operate, and when the blockage of the filter medium occurs, maintenance is not easy due to the burden of replacing all the filter media at once.

In order to overcome this problem, Korean Patent Registration No. 0181370 proposes a filtration device that vertically sets up a water divider at a predetermined interval in a concrete water pipe and fills a filter medium therein. Due to the fact that not only the water pipes have to be manufactured separately, but also not modularized, it is difficult to construct the filtration treatment device according to the characteristics of the place where the filtration treatment device is needed, and it takes a lot of effort and cost to manufacture and install. If the function of the deterioration, as well as if a portion of the filtration treatment unit needs to be replaced or repaired, there was a problem in that the entire installed filtration treatment unit instead of a part. In addition, there is a problem in that even if the filtration treatment device has to go through several times depending on the type of waste water or sewage, it cannot be made into a laminated structure.

On the other hand, Korean Utility Model Registration No. 039152 as a filtering device for stormwater treatment has installed several screens with different meshes in the rainwater receiver body per layer, so that small particles and large particles of pollutants and floating solids included in the initial road surface drainage It is possible to separate the discharge between the contaminants, and it is proposed the rainwater receiver which can deepen the installation depth while enduring transverse pressure by connecting the rainwater receiver body in multiple stages. However, environmental pollutants such as fine particles contained in the exhaust gas discharged by vehicle driving accumulated and accumulated on the road surface without dust containing the filter material, dust from tire wear, dust from asphalt wear, etc. When discharged with this rainwater, the environmental pollutants are not properly treated at the initial stage and drained to the rivers with rainwater, which pollutes the rivers. In some cases, it acts as an endocrine disruptor and adversely affects the ecosystem. The problem of causing pollution still remains, and there is still a problem of costly manufacturing and installation of storm receivers because it is characterized by forming several screens in layers.

Accordingly, the present invention has been made to solve the above-mentioned problems, and by forming a filtration device for the water treatment can be configured in various forms to meet the characteristics of the site in which waste water, sewage or rainwater occurs. In addition, the purpose of the present invention is to provide a filtration device module for water treatment that is easy to manufacture and maintain by enabling the maintenance and replacement of only the module in which the filtration function is lost.

In addition, the present invention is configured to selectively fill one or more of the various filter media according to the characteristics of the site where the waste water, sewage or rainwater occurs in the interior of the module contaminants that may be included in the wastewater, sewage or rainwater from the initial filtration process Another object of the present invention is to provide a filtration device module for water treatment that can prevent the contamination of various water bodies by removing the water.

Filtration module for water treatment according to the present invention for achieving the above object is a bottom surface and a plurality of permeation holes perforated so that the contaminated water, such as waste water, sewage or rainwater can pass from the side end to the top A cylindrical structure having an extended sidewall; It comprises a vertical overflow pipe installed in the interior of the tubular structure from the bottom surface and the filter medium is filled in the remaining space except the space occupied by the vertical moon pipe among the space formed inside the tubular structure.

In this case, the filter medium to be filled is characterized in that at least one member selected from the media consisting of sand, gravel, activated carbon, synthetic compounds or porous materials, the filter medium is one or more depending on the type or characteristics of water that requires water treatment or the characteristics of the site It is preferable to mix and use 2 or more types.

On the other hand, the lower portion of the filter medium according to the invention is characterized in that it is configured to further comprise at least one selected from the filter net, filter cloth or non-woven fabric, more specifically, the filter net, filter cloth or where the filter medium is filled in the bottom of the filter module One or more selected nonwoven fabrics are placed on the bottom of the module and filled with filter media. Such a filter net, filter cloth or nonwoven fabric is responsible for controlling the permeability rate so that contaminated water introduced into the module can be discharged out of the module after being sufficiently filtered through the filter medium, and the type of filter net, filter cloth or nonwoven fabric selected and used. Depending on the characteristics, the filtration function is also in charge.

As a material of the filtration module according to the present invention, metal, synthetic resin or concrete may be selectively used according to the type and characteristics of the water to be treated, and the filtration may be performed in consideration of the characteristics of the place where the contaminated water is discharged and the filtration effect. The device module may be formed in a tubular structure of various shapes, such as cylindrical, cuboid, rectangular parallelepiped or polyhedron.

The side wall of the tubular structure according to the invention is characterized in that one or more holes are formed having a handle function or a drainage function. By forming a hole in the side wall that can function as a handle, the operator can easily transport or transfer the module when the module needs repair or replacement. On the other hand, when water flows beyond the capacity of each module due to a sudden increase in the amount of water to be treated, a hole for draining water to be treated or drained from another module is formed with a hole having a handle function. It is desirable to. At this time, the hole having a handle function may also have a drainage function when the amount of water flowing into the module is suddenly increased.

On the other hand, the filtering device module according to the present invention is to reduce the material cost when using a synthetic resin as a material and at the same time to prevent deformation of the module due to the load applied to the module and torsion that may occur during module manufacturing. The outer surface of the side wall of the module may be formed in a lattice form and reinforced.

The cover part of the vertical moon pipe according to the present invention is fastened to the upper portion of the vertical moon pipe and has a structure covering the vertical moon pipe, the end portion of the cover portion by configuring the inclined downward water flowing down from the top of the filtration module Rather than flowing directly through the vertical upstream pipe, it flows through the upper surface of the cover part and flows down to the inside where the filter medium is filled, and undergoes the filtration treatment. Allow water to flow through the vertical overflow pipe to another module or drain pipe. At this time, it is preferable that the upper part and the cover part of the vertical moon pipe are fastened at regular intervals so that the drainage function of the vertical moon pipe is not impaired.

On the other hand, the lower end of the cover portion is located below the upper end of the vertical overflow pipe so that contaminants suspended in waste water, sewage or rainwater do not flow directly through the vertical overflow pipe. Wealth will act as a fence so that suspended pollutants are not discharged directly through the vertical overflow pipe.

The filtration device module according to the present invention is characterized in that it further comprises a planting part in which the seed of the plant germinates or the plant can be planted on top of the filter medium. In this case, the planting portion is preferably composed of the same or the same type of filter medium filled in the interior of the module. On the other hand, the plant planted on top of the filter medium selectively comprises any one or more of ornamental plants, plants having a water purification function, aquatic plants according to the characteristics of the site on which the module is installed or the type and characteristics of the water requiring water treatment. It is desirable to. On the other hand, when one or more modules are stacked vertically, when arranged horizontally or when vertically stacked and arranged horizontally it is preferable to plant plants with the above-mentioned planting part in the module located at the top.

The filtration module according to the present invention is characterized in that one or more modules are arranged adjacent to each other and constitute one filtration treatment device. Can be arranged in several ways. In this case, a method of arranging adjacent ones includes a method of vertically stacking one or more modules, horizontally arranging, vertically stacking modules horizontally, or horizontally stacking modules again vertically.

Specifically, a plurality of modules may be stacked vertically to constitute one filtration treatment device. At this time, the size of the filter medium filled in the module to be laminated is the size and diameter of the filter medium filled in each module from the upper module to the lower module in order to increase the filtration efficiency is preferably reduced, Depending on the type of contaminants in the contaminated water and the degree of contamination, different types of filter media may be filled in the stacked modules.

Specifically, a plurality of modules can be arranged horizontally to form a single filtration device. At this time, in order to enhance the effect of the water treatment, the filter medium filled in each module may be the same or the same kind, or may use different filter media.

Specifically, one or more modules may be vertically stacked and then horizontally arranged again, or horizontally arranged and then vertically stacked again to constitute one filtration device. In this case, the filter medium filled in each module may be the same or the same kind, but different filter media may be used in each module in order to increase the effect of water treatment.

The filtering device module according to the present invention is characterized in that it further comprises a locking step used for arranging one or more modules adjacently, such a locking step is arranged if the one or more modules are adjacently arranged in a vertically stacked manner The latching jaw is mainly used to prevent the stacked modules from collapsing due to external force or impact when a plurality of modules are stacked vertically, and to make the stacked modules have stability. The locking jaw is preferably formed by forming a groove in the corner portion formed by the bottom and side walls of the module.

Filtration device module according to the present invention has any one of the frame structure selected from the cylindrical, hexahedral or polyhedral shape used to arrange one or more modules adjacently arranged, the lower side end of the frame structure is formed to be bent toward the inside Characterized in that it further comprises a module case having a pedestal.

On the other hand, the module case may be configured to further include one or more hangers that are formed to be bent toward the outside on the upper side end, the frame structure of the module case is bent in the form of the "-" in order to easily form the outer hanger and the inner pedestal It is preferable to form using the angle of the processed metal material.

On the other hand, the hanger formed on the upper side end of the frame structure may be formed in the entire upper side end, or may be formed only in a portion of the upper side end according to the manner in which one or more modules are arranged adjacently.

Specifically, in the case of arranging a plurality of module cases horizontally, the module case and the module case may be arranged without a hanger when there is no hanger, so in this case, a hanger is not formed on the upper side corresponding to the adjacent surface. It is preferable.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view according to an embodiment of a filtration device module for water treatment according to the present invention, Figure 1a is a perspective view according to an embodiment of a filtration device module including a filter medium 400, Figure 1b Except for the filter medium 400 is shown a perspective view according to an embodiment of the filter device module configured.

Specifically, as shown in FIG. 1A, the filtration device module for water treatment according to the present invention has a bottom surface 110 in which a plurality of permeation holes 111 are perforated to allow water such as wastewater, sewage, or rainwater to pass therethrough. And a tubular structure 100 having a side wall 120 extending upward from a side end of the bottom surface, a vertical overflow pipe 200 installed inside the tubular structure 100 from the bottom surface 110 to an upper portion thereof. It comprises a filter medium 400 is filled in the remaining space other than the space occupied by the vertical moon pipe 200 of the space formed inside the tubular structure (100).

FIG. 2 illustrates an embodiment in which at least one hole 131 having a handle function or a hole 132 having a drainage function is formed in the side wall 120 of the cylindrical structure of the filtering device module, and FIG. FIG. 2B illustrates a front view of an embodiment of a configuration in which at least one hole 131 having a handle function or a hole 132 having a drainage function is formed on a side wall.

 Specifically, at least one hole 131 having a handle function or a hole 132 having a drainage function is preferably located at an upper portion of the side wall 120 of the filter module, and has a handle function 131. ), It should be wider and larger than the hole 132, which only serves for drainage, to the extent that a hand can enter.

Figure 3 shows a perspective view of an embodiment of the outer surface of the side wall 120 of the filtering device module is configured in the form of a lattice.

Specifically, in the case of manufacturing the filtration device module, when the synthetic resin is used as the material of the module, in order to prevent the module from being deformed due to the distortion applied during the manufacturing and the load applied to the module, the material cost is reduced. The outer surface is constructed in the form of grid and reinforced.

Figure 4 shows an embodiment of a filter unit module fastening the cover 300 to the vertical moon pipe 200 according to the present invention, Figure 4a is one of the filter device module fastening the cover 300 4B is a cross-sectional view of one embodiment of the filter unit module fastening the cover portion 300, Figure 4c is a state in which the cover portion 300 is fastened without filling the filter medium 400 A plan view of one embodiment of a device module is shown.

Specifically, the cover part 300 which is fastened to the vertical overflow pipe 200 by the fastening part has a structure in which the distal end 310 is inclined downward and the lower part 320 is opened, and the vertical overflow pipe 200 ) Is formed to cover the structure. At this time, the fastening portion is a cross (+) cross-shaped support 510 formed across the cross-section of the vertical overflow pipe at the upper portion of the vertical moon pipe and the fastener 520 formed from the support toward the top, the fastener Consists of a fastening groove 530 corresponding to 520, the fastener 520 is formed in the center of the support, the fastening groove 530 is formed in the cover portion 300 of the portion corresponding to the fastener It is preferable.

FIG. 5 illustrates an embodiment of a filtration device module including a support 510 and a fastener 520 except for the cover part 300, and FIG. 5A is a perspective view and FIG. 5B is a sectional view. will be.

Specifically, the upper end of the fastener 520 is formed to form a screw-shaped groove, it is preferable to be coupled in the form of turning the cover portion 300 having a fastening groove 530 corresponding to the fastener 520. Do.

6 is a cross-sectional view showing an embodiment of a filtering device module configured to include a filter net, a filter cloth, or a nonwoven fabric 410 in a lower portion of a filter medium.

Specifically, at least one of a filter net, a filter cloth, or a nonwoven fabric is first applied to a portion corresponding to a portion where the filter medium is filled in the bottom of the module, and the filter medium is filled thereon.

FIG. 7 is a cross-sectional view showing an embodiment of a filtration device module including a planting part 420 capable of planting a plant 800 on an upper portion of the filter medium 400.

Specifically, by forming a planting part 420 capable of planting the plant 800 on top of the filter medium filled in the module so that the plant 800 can be planted in the module, not only the water treatment by the filtration treatment but also the plant Through water purification and environmental improvement is possible. In this case, when several modules are stacked to form one filtration treatment device, it is preferable to plant plants only in modules disposed at the top.

FIG. 8 illustrates an embodiment of a filtration device module in which one or more modules are arranged adjacent to each other to constitute one filtration device, and FIG. 8A is a cross-sectional view of an embodiment that is vertically stacked and used as a rain gutter. FIG. 8B Is a detailed view of the locking step 150 is included in the lower portion of the module, Figure 8c is a cross-sectional view of an embodiment of the filtering device module is installed horizontally arranged linearly on the side of the road side, Figure 8d is a side of the road side 8E is a plan view of one embodiment of a filtration device module arranged horizontally and linearly installed, FIG. 8E illustrates one embodiment of a filtration device module composed of one filtration device by vertically stacking again one or more modules arranged horizontally. An example cross section is shown.

Specifically, when several modules are stacked and used as rain gutters as shown in FIG. 8A, when contaminated rainwater enters, there is an advantage of preventing contamination of the water in advance by filtering the water in advance. Likewise, when the latching jaw is formed in the form of a groove in the lower part of the module, stability can be added when the modules are stacked.

On the other hand, as shown in Figures 8c and 8d, when the filtration device module is horizontally arranged on the side of the road and installed in a linear manner, and then used as a road drain, the module can simply be configured and placed in the existing drain to pass through the filtration process. Since it can be treated to have the advantage of preventing the pollution of the water by the pollutants accumulated on the road in advance.

In addition, as shown in FIG. 8E, when one or more modules are horizontally arranged under the surface formed by the permeable layer or the grating, stacked in multiple layers, even if the amount of water to be treated suddenly increases due to heavy rain or the like, the introduced water Can temporarily store water in the module and then discharge it after sufficient filtration, preventing not only the surface from being submerged, but also constructing a filtration device that can sufficiently clean the contaminants contained in the water. There is an advantage.

FIG. 9 illustrates an embodiment of a module case 700 used to arrange one or more modules adjacently. FIG. 9A is a perspective view of the module case, and FIG. 9B is a plurality of modules inside the module case 700. A cross-sectional view of one embodiment in which modules are stacked vertically is shown.

Specifically, as shown in FIG. 9A, the upper side of the frame structure of the module case has a hanger 710 formed toward the outside, and a pedestal 720 formed toward the inside is formed on the lower side of the frame case.

On the other hand, when one or more modules are stacked vertically using the module case as shown in FIG. 9b, there is an advantage in that several modules can be easily carried and installed due to the module case.

Figure 10 schematically shows the functional principle of the filtration device module according to the present invention, Figure 10a shows the principle of the function to be processed in one module, Figure 10b shows the process when the flow rate is small when formed in a laminated structure 10c schematically illustrates the functional principle that is processed when the flow rate is large when the flow rate is formed in a laminated structure.

Specifically, as shown in FIG. 10A, when water 600 such as waste water, sewage, or rainwater flows into the module, the water is lowered into the inner space in which the filter medium 400 is filled and filtered by the filter medium 400. The treated water is drained through the holes 111 drilled in the bottom surface 110. At this time, when the cover part 300 is fastened to the upper portion of the vertical moon pipe, the water flowing from the upper portion of the module does not flow directly through the vertical moon pipe 200, but is filtered through the filter medium 400. The water flowing in to be discharged after roughing is evenly distributed to the portion filled with the filter medium 400 through the upper surface of the cover part 300.

On the other hand, if the amount of water flowing into the module is smaller than the permeability of the filter medium as shown in Figure 10b after the water is sufficiently filtered through the filter medium 400 is located in the lower portion through the hole 111 perforated in the bottom surface Will flow down.

However, if the amount of water flowing into the module exceeds the permeability of the filter medium as shown in FIG. 10c, water is stored in the module for a predetermined time, but when the amount of stored water exceeds a certain amount, the filtration module at the bottom through the vertical overflow pipe 200 After flowing down, the water is drained after filtration in the next filtration module. At this time, when the amount of water flowing in per hour is rapidly increased, additional drainage is made through the hole 131 serving as the handle formed in the side wall 120 of the module or the hole 132 serving as the drainage.

The present invention is not limited to the technical spirit of the specific embodiments or drawings described above, and those skilled in the art without departing from the gist of the invention claimed in the claims Anyone may implement various modifications, as well as such modifications fall within the scope of the claims of the present invention.

As described above, the filtration device module for water treatment according to the present invention is configured by selectively filling one or more kinds of various filter media in accordance with the local characteristics of waste water, sewage or rainwater in the module to the wastewater from the initial filtration process By removing the pollutants that may be contained in sewage or rainwater, it is effective to prevent contamination of various water bodies.

In addition, since the filtration device is modular, one or more modules can be properly stacked or arranged horizontally as needed, and can be configured to suit the characteristics of the site requiring water treatment. The module can be repaired and replaced only, making it easy to manufacture and maintain, thus economically constructing and managing the filtration treatment device.

In addition, it is easy to transport and transfer the module by making a module case of various sizes that can be stacked or arranged filter module.

Claims (12)

A tubular structure having a bottom surface on which a plurality of permeation holes are perforated and sidewalls extending from the side end of the bottom surface to allow water such as waste water, sewage or rainwater to pass therethrough; A vertical overflow pipe installed inside the tubular structure from the bottom toward the top; And Filtration device module for water treatment, characterized in that it comprises a filter medium filled in the remaining space except the space occupied by the vertical moon pipe of the space formed inside the tubular structure. The method of claim 1, The side wall is, Filtration module for water treatment, characterized in that one or more holes having a handle function or drainage function is formed. The method of claim 2, The side wall is, Filtration module for water treatment, characterized in that the outer surface of the side wall is formed in a lattice form. The method of claim 1, The vertical moon pipe, It is fastened to the upper part to cover the vertical overflow pipe, The distal end is inclined downward, Filtration module for water treatment, characterized in that it further comprises a cover portion which is opened in the lower portion. The method of claim 4, wherein The cover part, Filtering module for water treatment, characterized in that the lower end of the cover portion is located below the upper end of the vertical overflow pipe so that contaminants suspended in the waste water, sewage or rainwater surface does not flow through the vertical overflow pipe. The method of claim 1, The filter medium, Filtration module for water treatment, characterized in that at least one selected from sand, gravel, activated carbon, synthetic compound media or porous material. The method of claim 6, The filter medium, The filter device module for water treatment, characterized in that the lower portion of the filter medium further comprises one or more selected from the filter net, filter cloth or non-woven fabric. The method according to any one of claims 1 to 7, The filter device module, Filtration module for water treatment, characterized in that further comprising a planting portion that can be planted on top of the filter medium. The method according to any one of claims 1 to 7, The filter device module, Filtration module for water treatment, characterized in that one or more modules are arranged adjacent to each other composed of one filtration device. The method of claim 9, The filter device module, Filtration module for water treatment, characterized in that it further comprises a locking step used to arrange one or more modules adjacent to each other. The method of claim 9, The filter device module, Has a frame structure of any one of the cylindrical, hexahedral or polyhedral shape used to mount one or more modules adjacent to each other, The lower side end of the frame structure is further configured to further comprise a module case having a pedestal formed to be bent toward the inside of the filtration device module for water treatment. The method of claim 11, The frame structure, Filtration module for water treatment, characterized in that it further comprises one or more hangers formed bent toward the outside on the upper side end of the frame structure.

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