KR20090114581A - The amphibian water quality-purification management equipment - Google Patents

Abstract

PURPOSE: An amphibious water purification apparatus is provided to manage an operation state of water purification processes efficiently, and to maximize operation efficiency. CONSTITUTION: An amphibious water purification apparatus includes a polluted water suction part(100), a polluted water processing part(200) and an outer frame(10). The polluted water suction part includes a pipe(130) and a dissolved oxygen supply part(140). The pipe sucks polluted water by pumping of a pump driven by a motor(110). The dissolved oxygen supply part supplies the oxygen to the polluted water. The polluted water processing part includes a flocculant input part(210), a flocculation basin(220), one or more agitation bath(230), a microorganism input bath(240), a water plant seed input bath(250), and a sludge exhaust part(260).

Description

Amphibious Water Purification System {THE AMPHIBIAN WATER QUALITY-PURIFICATION MANAGEMENT EQUIPMENT}

The present invention relates to an amphibious water purifying apparatus for purifying a water body stored in a pond, a lake, a dam, etc., and can be installed in aquatic or terrestrial water depending on the environment and the amount of water purification treatment in the water body range. In addition, a plurality of purification treatment devices can be interconnected in the water to facilitate the movement of workers, and the real-time central control unit can read the working status and purified water treatment amount in each installed water purification treatment device. The present invention relates to an amphibious water purification treatment apparatus for controlling the dose of flocculant, microorganism, aquatic seed, etc. administered in each purified water treatment apparatus by remote control.

Fresh water stored in a blocked state such as ponds, lakes, and dams can be easily rotted or polluted because it lasts for a long time. The fresh water stored in this manner is deposited on the bottom of the fresh water and the contaminants such as organic matter and the dissolved pollutants such as moss.

In order to deteriorate the water quality of lakes and the like due to the floating phenomenon or diffusion caused by such pollutants, a water purification treatment system or a water purification apparatus for removing such pollutants has been developed and disclosed.

For the conventional water purification treatment, Korean Patent Publication No. 10-2005-93813, "water circulation system for ponds, lakes and other water bodies" is disclosed.

In the prior art, a floating platform, a dish supported slightly below, a thruster and a draft tube suspended in the annular housing, with the annular opening extending from the top of the housing to a generally vertical axis, spaced apart from the housing top, And a first portion of the water raised through the draft tube by the propeller exits through the annular opening and a second portion of the raised water passes upwards through the top of the dish, It is provided as an apparatus for treating contaminated water (cited in Patent Publication No. 10-2005-93813).

Therefore, it is suitable for water purification in a relatively small area of water, so it is difficult to treat a large area of water, and it is difficult to provide a water treatment device on land when it cannot be used in the water, and there is a problem that is greatly affected by the use environment. There will be limitations on installation and use.

In addition, Korean Patent No. 675950, "aggregation mixing roll and lake purification apparatus having the same" is disclosed. In the case of the prior art, a pipe having a predetermined diameter and length through which an inflow water flows therein, and embedded in the inside of the pipe. And a vortex generating means for maximizing the mixing reaction between the contaminants contained in the influent upon input of one or both of the coagulant and oxygen, and the lake purifying apparatus includes the coagulation mixing roll and the precipitation structure. It is configured and started.

The prior art is to suck the contaminants accumulated in the fresh water, wetland, lake bottom with water to treat the flocculant or high pressure oxygen and precipitate the flocculant (floc) mixed with the flocculant so that the purified water is re-exported to the lake. It is characterized by having a form that circulates and finally makes it possible to purify the water.

However, in the case of the prior art, it is necessary to insert a spiral vortex generating plate in a spirally wound line for mixing reaction with pollutant water (contaminants) according to the administration of a flocculant. The sludge caused by the sewage and flocculant reactions flowing inside is disturbed, and there is no proper means to remove the sludge that is disturbed by sludge settling in the pipeline. Maintenance work is required, such as replacing the entire pipeline or cleaning the entire interior of the pipeline, making maintenance difficult and inevitably increasing maintenance costs.

The present invention has been made to solve the problems derived from the other prior art, such that the reaction rate between the flocculant and the effluent is increased so that sufficient water purification and purification of the effluent even under the condition that the flow distance of the effluent is relatively short. Its purpose is to make it possible.

In addition, the present invention provides an amphibian type water purification treatment apparatus that can be installed on the land or in the water according to the conditions of the watershed range, to maximize the efficiency of active installation and water purification treatment in the selected working conditions There is another purpose.

In addition, the present invention, it is possible to install the water purification device connected to the water or to facilitate the movement of the operator by installing the bridge when the separation distance between the several water purification device is long, to increase the operational efficiency and There is another purpose.

In addition, the present invention, after the installation of a number of water purification devices on land or in the water treatment state, that is, the coagulant dose, microbial dose and myelin dose and discharged sludge discharged, sludge water inflow and purified water discharge, etc. It is another object to efficiently manage the water purification treatment work status of the water purification apparatus by remotely recognizing the data in real time and transmitting the information to the terminal side of a separate central control room.

The present invention, the pump 130 is driven by the pump 110 is provided with a pipe 130 for sucking the effluent water, which is the raw water to be treated in the lake by the pump 120, which is introduced through the pipe 130 And a contaminated water suction unit 100 including a dissolved oxygen supply unit 140 for supplying oxygen into contaminated water;

Coagulant is supplied through the coagulant administration unit 210 in the effluent water passing through the dissolved oxygen supply unit 140 of the effluent intake unit 100, the flocculation tank 220 for agglomeration by rapidly stirring and mixing the effluent water, At least one agitation tank 230 is connected to the rear side of the agglomeration tank 220, and the microbial administration tank 240 and the myelin seed administration tank 250 are sequentially connected to the rear end of the agitation tank 230, and Outer frame including a contaminated water treatment unit 200 having a sludge discharge unit 260 for discharging the sludge is connected to the stirring tank 230 and the microorganism administration tank 240, the water plant seed administration tank 250 Purified raw water made by the (10) and the final purification treatment by the myelin seed spraying tank 250 is characterized in that it is discharged to the outside through the discharge pipe 251 connected from the myelin seed spraying tank (250) ,

Opening the lower end of the outer frame 10 to be connected to the water tank 300, the pipe 130 is located in the water tank 300, a plurality of varying length to the bottom surface side of the water tank 300 It is provided with a contaminated suction pipe (310), and each of the subframes 320 are connected to both sides of the bottom of the outer frame 10, respectively, the bottom surface side of each substructure (320) and the water tank (300) Both sides of the lower side and the upper surface side of each subsidiary body 320 and both sides of the outer frame 10 to be fixed by the connecting body 330, respectively, characterized in that the floating on the water surface to achieve the above technical problem. Can be.

Active water quality according to the installation of the water purification treatment apparatus regardless of the state of the water by installing and operating the water purification treatment apparatus according to the present invention on land or in the water according to the conditions and circumstances of the freshwater region subject to the purification treatment. Purification treatment operations can be implemented.

In addition, according to the present invention, the sludge generation time can be greatly reduced by shortening the reaction time between the flocculant and the wastewater, and the productivity of the purification treatment can be expected to increase with the reduction of the wastewater purification treatment time.

In addition, according to the present invention, by configuring a plurality of water purification treatment apparatus, or connected to the water purification treatment apparatus to be separated by a bridge to enable the operation and control by a single worker, such as maintenance personnel and costs, etc. It can be expected to significantly reduce the effect.

In addition, according to the present invention, the central control unit which is provided in the remote area by the real-time detection of the sewage water inflow, flocculant dosage, microbial dosage, myelin dosage and generated sludge discharge and purified water treatment to be introduced into the water purification system By enabling real-time monitoring through the terminal of the terminal, it is another object to enable easy identification and real-time response of the purified water treatment state in the water area.

The present invention is to improve the water quality of the water existing in the body of the pond, lakes, dams, etc. as shown in the accompanying drawings, in particular installed in the water or on the land in accordance with the conditions of the area of the water to clarify the water in the water, that is filthy water And an amphibious water purification treatment apparatus for purifying treatment.

To this end, the present invention is to install the soil water suction unit 100 and the soil water treatment unit 200 in the outer frame 10 forming the outer periphery of the water purification device to be installed on the land or the outer frame 10 After installing the water tank 300 to the lower side may be connected to both sides from the lower side of the outer frame 10 to connect the floating body 320 that can be floating on the water surface to be installed in the water.

In addition, the outer frame 10 in the present invention has a variety of shapes and shapes, such as animal models, geometric models or bungalows to enhance the harmony with the surrounding environment, such as ponds, lakes parks, dams, etc. It is preferable to adopt and implement.

First, the structure by the Example installed in the land is demonstrated.

As described above, the contaminated water suction unit 100 and the contaminated water treatment unit 200 are installed in the outer frame 10. The contaminated water suction unit 100 is driven by the motor 110. The pump 130 is provided with a pipe 130 for sucking the effluent water to be the water treatment target in the lake by the pump 120, dissolved oxygen supply unit for supplying oxygen into the effluent water introduced through the pipe 130 ( 140).

The driving of the motor 110 may be driven by power generation using a self-generator that may be provided in the outer frame 10 or may be driven using solar energy toward the upper side of the outer frame, and the fuel storage tank of the motor 110 may be driven. Can be installed at an appropriate position inside the outer frame.

Reference numeral 111 is a generator and 112 is a fuel tank.

Here, the pipe 130 is connected to the hose 131 and the like so that water stored in a pond, lake, dam, etc. is connected to the pumpable, and the filthy water introduced through the hose 131 and the pipe 130 is dissolved. It is supplied to the oxygen supply unit 140.

The dissolved oxygen (DO), which means the dissolved oxygen supply unit 140, refers to molecular oxygen dissolved in water or a solution, and is pure water in an atmosphere of 20 ° C. and 1 atm. DO reaches saturation at 9ppm, which decreases with increasing temperature, increases with increasing atmospheric pressure, and is also affected by other dissolved components.

The dissolved oxygen such as fish and aerobic microorganisms living in the water breathes this dissolved oxygen, and the organic matter in the water is oxidized and decomposed by it, so the lack of dissolved oxygen prevents the killing of fish and shellfish. Of course, organic matters and the like remain, resulting in fouling of water. As such, dissolved oxygen in water has a profound effect on not only living creatures in water but also human beings on earth, and it is well known that various types of dissolved oxygen supply apparatuses have been recently disclosed.

In this technical embodiment, there are examples that have been filed and published or notified by the Korean Intellectual Property Office. For example, Utility Model Registration No. 94641, "Aeration Device for Increasing Oxygen Dissolution," Utility Model Registration No. 17132329 No. 327135 "Dissolved Oxygen Enhancer", Utility Model Registration No. 272578 "Dissolved Oxygen Supply Device", Patent No. 474097 "Dissolved Oxygen Enhancer", Patent No. 59212 There are a number of prior art related to supplying and increasing dissolved oxygen, such as "aerators for easy oxygen dissolution".

Dissolved oxygen supply unit 140 adopted in the present invention is made by a combination of the above-described prior art or similar known techniques, detailed description of the dissolved oxygen supply unit 140 will be omitted in the detailed description of the present invention. It will be apparent that the description of the present invention is not a non-descriptive problem to the extent that the present invention cannot be implemented by those skilled in the art.

On the other hand, the dissolved oxygen supply unit 140 is supplied with sufficient dissolved oxygen in the polluted water, flows to the wastewater treatment unit 200 and purified water treatment through a series of processes.

The wastewater treatment unit 200 is divided into agglomeration tank 220, agitation tank 230, microbial administration tank 240, myelin seed administration tank 250, and the like and sequentially connected to the myelin seed administration tank 250. Coarse purified water is produced by a series of systems that are discharged to the outside.

Here, the flocculation tank 220 is provided with a flocculant dispensing unit 210 in which a flocculant can be administered on the upper side thereof. The flocculant refers to a flocculant mainly composed of natural minerals, and a main component thereof is Na ₂ O 7.52. Weight parts, 48.25 parts by weight of SiO ₂ , 21.52 parts by weight of Al ₂ O ₃ , 1.06 parts by weight of K ₂ O, 5.22 parts by weight of CaO, 3.25 parts by weight of Fe, 7.12 parts by weight of the mixture was characterized in that the mixed treatment.

In the case of using such a flocculant, the impurity such as sludge contained in the contaminated water in a considerably fast time (within a few seconds) is allowed to precipitate, and the experimental results of the flocculant adopted by the present invention are plotted as follows.

<Japan Fertilizer Testing Association Data>

Metric Measurement result (mg / liter) How to measure Alkyl Water Temperature Compound Not detected (<0.0005) Environmental Agency Notice 59 Gas Chromatography Act Mercury or compounds thereof Not detected (<0.0005) Environmental Agency Notice 59 Reduction Vaporization Absorption Cadmium or its compounds Not detected (<0.002) JIS K 0102 55.2 Atomic Absorption Lead or its compounds Not detected (<0.05) JIS K 0102 54.2 Atomic Absorption Organophosphorus compounds Not detected (<0.01) Environmental Chemistry No. 59 Gas Chromatography Act Hexavalent chromium compound Not detected (<0.05) JIS K 0102 65.2.1 Absorption Photometry Arsenic or compounds thereof 0.09 JIS K 0102 61.1 Absorbance Photometry Cyan Compound Not detected (<0.01) JIS K 0102 38.1.2 and 38.3 Absorption Photometry Polyvinyl chloride Not detected (0.0005) JIS K 0093 Absorbance Photometry Copper or compounds thereof Not detected (<0.10) JIS K 0102 52.2 Absorption Photometry Zinc or its compounds Not detected (<0.50) JIS K 0102 53.2 Absorption Photometry Fluoride Not detected (<1.0) JIS K 0102 34.1 Absorption Photometry

As shown in the above table, the measurement result shows a good level, and the reaction time also has a flocculating effect in a few seconds, which is quite fast, so that the flocculant adopted by the present invention has the optimum conditions.

Here, the dosage of the flocculant is preferably provided with a detection sensor for detecting the dosage of the flocculant in the lower opening of the flocculant administration portion to enable real-time detection.

FIG. 6 is a data illustrating the reaction state of each wastewater type using the flocculant in Japan, and when the foul water is applied to lens polishing wastewater, barrel polishing wastewater, fur, leather washing wastewater, and compression drain wastewater, respectively. As the states of the respective coagulation treatments are shown, it can be seen that the coagulation efficiency is excellent.

On the other hand, the flocculant administration unit 210 may be configured by another embodiment as shown in FIG.

For example, in the dissolved oxygen supply unit 140, the expansion unit 271 is formed to expand the pipe 270 connected to the coagulation tank 220 side, and the outer peripheral surface of the expansion unit 271 and the flocculant administration unit 210 are connected. Thus, the coagulant is administered from the coagulant administration unit 210 to the expansion tube 271 side, and a plurality of stirring blades 272 may be arranged in the expansion tube 271.

On the other hand, it is preferable to open and close the expansion pipe 271 in order to be able to open and close to facilitate the washing operation after a certain period of time according to the long-term flow of filthy water.

In this case, when the coagulant in the pentagonal water passed through the dissolved oxygen supply unit 140 is mixed with the effluent and the coagulant in the expansion part 271 by administration, that is, the fluid passing through the stirring blade 272, that is, the fouling Water and the flocculant mixed water flows at a constant speed, causing a vortex phenomenon to increase the reaction of the flocculant.

In addition, it is possible to induce the intake of air by forming an air suction pipe (273) for introducing air to the expansion pipe portion 271 side.

On the other hand, as described above, the flocculant is administered into the flocculation tank 220 in the flocculant administration unit 210 or as described above, and forms an expansion tube 271 at the portion leading to the flocculation tank 220 in the conduit 270. The flocculant administration unit 210 directly administers the flocculant to the expansion pipe part 271, and the flocculation tank 220 is provided with a plurality of agitators 221 respectively provided above and below as shown in the drawing. It is preferable to stir the mixture so that the mixing and reaction of the flocculant with the supplied turbid water can proceed quickly.

The stirrer 221 may be started using a conventional stirring means.

In addition, the agitation process in the flocculation tank 220 by the stirrer 221 and the sludge generated by the reaction between the effluent and the flocculant and the effluent water in the unreacted state are plurally connected to the rear of the flocculation tank 220. It is passed through the two stirring tank (230).

Like the coagulation tank 220, the agitator 231 is provided above and below the agitation tank 230 so that the reaction between the unreacted soil water and the coagulant is continued, and the aggregates generated by the reaction action The sludge is freely dropped in the sludge discharge part 260 connected downward and settles, and then undergoes a process of being continuously discharged to the outside by driving such as a screw.

The rear end of the sludge discharge unit 260 is discharged to the outside through the outer frame 10, it is preferable that the automatic storage loading process through a separate sludge storage device.

The configuration and description of the above are mainly described in the case of carrying out the present invention on land. Alternatively, the present invention can be implemented using the present invention in a water phase. .

That is, in order to maintain the floating state in the water phase, the lower end of the outer frame 10 is appropriately connected to the water tank 300, and the pipe 130 is located in the water tank 300, the water The tank 300 is provided with a plurality of dirty water suction pipes 310 having different lengths on the bottom surface side, and each of the sub-spheres is provided with sub-structures 320 respectively connected to both sides of the bottom surface of the outer frame 10. The bottom surface side and the bottom surface of both sides of the water tank 300 and the upper surface side of each subsidiary body 320 and both sides of the outer frame 10 to be fixed by the connecting body 330 so as to float on the water surface. Thus, the water purification and water treatment work in the selected water range can be possible, and in addition, since the configuration of the present invention in the water floating state can be connected to a plurality, the purification and water treatment efficiency can be doubled.

Here, the water tank 300 has a function of holding the center of the present invention to float in the water, and at the same time, to maintain the temporarily stored state by sucking the dirty water, such as a lake, a pond, a dam.

In addition, the pipe 130 connected to the pump 120 is introduced into the water tank 300 side, and a plurality of dirty water suction pipes 310 are formed from the bottom surface of the water tank 300. In connection, when the intake of the contaminated water in the water tank 300 in accordance with the pumping of the pump 120, the contaminated suction of the contaminated water in the lake in the contaminated water suction pipe 310.

At this time, the contaminated water suction pipe 310 is connected to a plurality of as described above, and varying the length of each contaminated water suction pipe 310 according to the depth of the water in the lake to the water tank 300 side Inflow was made possible.

Here, it is preferable to provide opening and closing means at each end side of the contaminated water suction pipe 310 to enable the operation according to the selective opening and closing according to the working conditions and the conditions of the contaminated water region.

On the other hand, the end of the dirty water suction pipe 310 is provided with a filter 360, such as a strainer, it is preferable to prevent the introduction of water plants or foreign matter to the water tank 300 side.

The substructure 320 receives buoyancy in the water phase and supports the present invention. Each of the substructure 320 and the outer frame 10 and the connection tank 330 for connecting the water tank 300 are formed, respectively. The connecting body 330 is preferably composed of an elastic body, for example, a predetermined portion may be composed of a spring or the like in order to absorb the impact even if the sub-320 is tossed by the residual wave.

In addition, when the device according to the invention floating on the water it is necessary to be fixed in a certain range it is preferable to have an anchor 340 for this purpose.

On the other hand, in order to maximize the efficiency of the purified water purification and purified water treatment in the present invention equipped with an ultrasonic vibrator 370 at the end side of the waste water suction pipe 310, as well as the waste water flowing into the water tank 300 side Ultrasonic vibrators in the conduit 270 connected to the flocculation tank 220 side from the dissolved oxygen supply unit 140 in the wastewater treatment unit 200 can be facilitated to remove the algae, etc. contained in the contaminated water in the lake. 274 may be further configured to remove green algae and the like contained in the septic water passing through the dissolved oxygen supply unit 140.

It is possible to connect and use a plurality of water quality purification apparatuses according to the configuration of the present invention in which effluent water in fresh water such as lakes is raised and purified and purified while floating in water.

For example, as shown in FIG. 4, the side surfaces of each subsphere 320 in each water purification apparatus may be connected using a separate connector 350, and the separation distance between the water purification apparatuses is significant. By using the bridge 400 for connecting the worker, the worker can be configured to move the water purification treatment device and to work.

On the other hand, it is preferable that the water purification apparatus according to the present invention can grasp the working state to be purified in real time by remote control.

For example, the outer frame 10 is provided with a detection sensor (S) for detecting the dosage of the flocculant, the microbial dosage and the myelin seed dosage in real time, and is purified through the discharge pipe 251 A water integrating totalizer 252 is provided at the end of the discharge pipe 251 to detect the discharge of purified water in real time to transmit real-time information of each detected data to the central control unit, and to be displayed in real time through the terminal of the central control unit. Through the central control unit, it is possible to check the working state and the proper dosage amount and remaining amount of flocculant, microorganism, water plant, etc. in each water purification treatment apparatus, and to determine whether there is an abnormality, and work at a short distance when an abnormality occurs. It is advisable to notify workers to ensure fast maintenance.

In addition, by applying a security system, such as card recognition to prevent outside invasion or theft, to operate the emergency stop bell to notify the intrusion of outside the device and the intrusion of outsiders, and to separate the video of the intruder Shooting through the camera can be transmitted to the terminal of the central control unit.

On the other hand, the upper side of the outer frame 10 can be used to supply its own power by using a photovoltaic panel using solar light, and has a display screen in consideration of the visual effect on the side of the outer frame 10, It is desirable to be able to transmit real-time image information.

In addition, by having a turbidity measuring sensor that can check the water quality of the water body at the end side of the contaminated water suction pipe 310, it is of course possible to determine the purification state of the water quality in the real-time water range.

1 is a schematic cross-sectional view showing the water purification treatment apparatus according to the present invention, showing a state installed on land

Figure 2 is a cross-sectional view showing a state of being installed in the water phase showing the water purification treatment apparatus according to the present invention.

Figure 3 is a view showing another embodiment of the flocculant administration unit for administering the flocculant to the wastewater passed through the dissolved oxygen supply unit in the wastewater treatment unit applied to the present invention

Figure 4 is a perspective view of the present invention installed in the water phase perspective view showing that can be used by connecting a plurality of water purification treatment apparatus

5 is a perspective view showing a state in which bridges are used when the separation distance between water purification apparatuses is far

6 is a test result of the flocculant adopted in the present invention

※ Explanation of the main symbols in the drawings

10; Outer frame 100; Dirty Water Suction Part

110; Motor 120; Pump

130; Pipe 131; hose

140; Dissolved oxygen supply unit 200; Wastewater Treatment Division

210; Flocculant administration 220; Agglomeration tank

221,231; Stirrer 240; Microbial administration tank

250; Plant seed seed tank 251; Discharge pipe

252; Integer totalizer 260; Sludge Discharge Unit

270; Pipeline 271; Expansion

272; Stirred blade 273; Air suction pipe

274; Ultrasonic vibrator 300; Water tank

310; Dirty water suction pipe 320; Globular

330; Linkage 340; anchor

350; Connector 360; filter

370; Ultrasonic vibrator 400; Bridges

S; Detection sensor

Claims (15)

A pipe 130 is provided to suck the effluent water to be the water treatment target in the lake by pumping the pump 120 driven by the motor 110, and supplies oxygen into the effluent water introduced through the pipe 130. And the dirty water intake unit 100, including the dissolved oxygen supply unit 140 to Coagulant is supplied through the coagulant administration unit 210 in the effluent water passing through the dissolved oxygen supply unit 140 of the effluent intake unit 100, the flocculation tank 220 for agglomeration by rapidly stirring and mixing the effluent water, At least one agitation tank 230 is connected to the rear side of the agglomeration tank 220, and the microbial administration tank 240 and the myelin seed administration tank 250 are sequentially connected to the rear end of the agitation tank 230, and Outer frame including a contaminated water treatment unit 200 having a sludge discharge unit 260 for discharging the sludge is connected to the stirring tank 230 and the microorganism administration tank 240, the water plant seed administration tank 250 Amphibious water purification apparatus, characterized in that made by the (10) and the purified raw water is finally purified by the water plant seed administration tank 250 is discharged to the outside through the discharge pipe (251). The method of claim 1, The outer frame 10 is an amphibious water purification apparatus comprising any one of an animal model and a geometric model. The method of claim 1, Opening the lower end of the outer frame 10 to be connected to the water tank 300, the pipe 130 is located in the water tank 300, a plurality of varying length to the bottom surface side of the water tank 300 It is provided with a contaminated suction pipe (310), and each of the subframes 320 are connected to both sides of the bottom of the outer frame 10, respectively, the bottom surface side of each substructure (320) and the water tank (300) Amphibious water purification apparatus, characterized in that the both sides of the lower side and the upper surface side of each subsidiary body 320 and both sides of the outer frame 10 is fixed by the connecting body 330, respectively, so that they float on the water surface. The method of claim 3, wherein Amphibious water purification apparatus comprising an anchor (340) connected from the water tank (300) side. The method of claim 3, wherein The connector 330 is an amphibious water purification apparatus comprising an elastic body. The method of claim 3, wherein Amphibious water purification treatment apparatus comprising connecting to the sub-spherical body 320 of the other water purification treatment apparatus using a connector 350 to the side of each sub-sphere 320. The method of claim 6, An amphibious water purification apparatus comprising: further comprising a bridge 400 connected between the connected sub-spheres 320. The method of claim 3, wherein Amphibious water purification apparatus comprising a filter 360 for preventing foreign matter suction to the end side of each of the dirty water suction pipe (310). The method of claim 1, The flocculant was mixed at a mixing ratio of 7.52 parts by weight of Na ₂ O, 48.25 parts by weight of SiO ₂ , 21.52 parts by weight of Al ₂ O ₃ , 1.06 parts by weight of K ₂ O, 5.22 parts by weight of CaO, 3.25 parts by weight of Fe, and 7.12 parts by weight of water. Amphibious water purification apparatus comprising a water. The method of claim 1, The outer frame 10 is provided with a detection sensor (S) for detecting the dosage of the flocculant, the microbial dosage and the myelin seed dosage in real time, and purified purified water discharged through the discharge pipe 251. Integrating an integral totalizer 252 for detecting the discharge amount of the real time at the end of the discharge pipe 251 to transmit the real-time information of each detected data to the central control unit, and to be displayed in real time through the terminal of the central control unit Amphibious water purification apparatus comprising the real-time remote control through the central control unit. The method of claim 1, The opening and closing expansion pipe portion 271 is formed by expanding the pipe 270 connected to the flocculation tank 220 side from the dissolved oxygen supply unit 140 to increase the suction power of the contaminated water and the outer peripheral surface of the expansion pipe 271. And the coagulant administration unit 210 to allow the coagulant to be administered from the coagulant administration unit 210 to the expansion tube 271, and to arrange a plurality of stirring blades 272 into the expansion tube 271. Amphibious water purification apparatus comprising a. The method of claim 11, An amphibious water purification apparatus comprising: forming an air suction pipe (273) for introducing air to the expansion pipe (271) side by the generation of suction force to induce the suction of air. The method of claim 1, Amphibious water purification apparatus further comprising the step of providing an ultrasonic vibrator 274 in the conduit 270 connected to the flocculation tank 220 side in the dissolved oxygen supply unit 140 of the wastewater treatment unit 200. The method of claim 3, wherein An amphibious water purification apparatus further comprising an ultrasonic vibrator 370 at an end side of the contaminated water suction pipe 310. The method according to claim 1 or 3, An amphibious water purification apparatus further comprising a turbidity measurement sensor (S10) for measuring the water purification state of the water body range.

Images