KR20150088212A

KR20150088212A - Contaminant Molecules and Fluid Matter Nature-friendly fluidity that completely removes the particulate contaminants and suspended matter contained in the molecules or mixes the substance molecules extracted from the fluid substance molecules with other substances to reuse or clean them Material molecular processing eco-friendly method

Info

Publication number: KR20150088212A
Application number: KR1020150086285A
Authority: KR
Inventors: 한상관
Original assignee: 한상관
Priority date: 2015-06-18
Filing date: 2015-06-18
Publication date: 2015-07-31

Abstract

The present invention relates to an environmentally friendly method for treating fluidic molecules to remove particulate pollutants and floating matters contained in contaminant molecules and fluidic molecules or to mix molecules extracted from fluidic molecules with other matters to recycle them or purify them. In other word, the present invention relates to an environmentally friendly method for purifying rainwater and river water by removing various trash and contaminants, including: a step of removing filtered trash and contaminants by opening a rainwater intake adjustment floodgate (3600) and driving a dust separator (3000) when it rains while river water is stored in an environmentally friendly movable floodgate (3500) functioning as a fishway to be combined with a rainwater treatment system; a step of separating contaminated river water having low specific gravity from contaminated river water having high specific gravity to float them; a step of purifying contaminated rainwater and river water into clean water by continuously removing the floating contaminants and various contaminants using a pump (3002); and a step of allowing the clean river water having high specific gravity to flow into rainwater storage (1000) using the gravity after passing through a rainwater treatment facility (3700) to discharge the river water through the bottom of the rainwater storage (1000).

Description

Contaminant Molecules and Fluid Matter Nature-friendly fluidity that completely removes the particulate contaminants and suspended matter contained in the molecules or mixes the substance molecules extracted from the fluid substance molecules with other substances to reuse or clean them Material Molecular Processing eco-friendly method {?}

The present invention relates to particulate pollutants contained in fluid rainwater molecules such as comb rainwater and initial rainwater, fresh water, seawater, milk, liquor and blood, and all binding substance molecules and suspended substances And a method for eco-friendly fluid material molecular processing that completely removes or mixes substance molecules extracted from fluid substance molecules with other substances and reuses or cleans them

In the flood, the rainwater flowed into the river at one time and caused the flood damage. Especially in the case of heavy rainfall, rainwater in the lowland could not be discharged into the river.

Recently, research activities on rainwater management have been increasing due to such problems, and as a part of the research, methods for utilizing rainwater as a water resource are being sought.

The rainwater utilization plan has been studied as a method of reusing rainwater by creating a storage tank in each home and a common use plan. The rainwater collected in the roof or yard of the individual house is collected in one place to remove sand, trash and suspended substances, sterilized and stored in the rainwater storage tank, and stored in the water, It is recommended to use it as a landscape water supply and a car wash water supply.

In addition, it is used in large-sized residential complexes and large-scale office complexes. It is a method used in large-scale areas where less pollutants are introduced and a rainwater pool is installed on the rooftop of the building and on the road surface, Suspended solids, etc., and stored in a rainwater pool, and then used for toilet reuse water, landscaping water, and fire water.

In addition, substances such as milk, beverages, or alcohol contain molecules of harmful substances with a small specific gravity, but these molecules could not be removed

In particular, in milk, it is a reality to breed cows by feeding a large amount of preservatives into feed to prevent or treat diseases of cows while raising cows

In addition, a large amount of antibiotics are administered to cure disease when a cow is diseased. It is known that antiseptics and antibiotics are transferring antifungal agents and antibiotics to humans who drink milk through milk. admit.

In addition, in order to extract chemical substances such as lithium or sodium components from the seawater, there is a problem that it is expensive to use the heating method.

The use of the material molecule processing system constructed according to the present invention allows a large amount of sodium components to be easily extracted through a simple process.

Registration number 10-1418040 Registration number: 101177477 Registration number: 101067023 Registration number Date 10-1294715 Public number: 10-2011-0052400 Registration number: 100883959 Registration number: 10096855 Public number 10-2011-0094778 Registration number: 101346104 Registration number: 10-1441852 Public number: 10-2014-0109602 Registration number: 10-0441628 The inventors of the present invention have investigated whether there are better technologies than the technology of the present invention including the registration number: 101323367. According to the investigation of the prior art, except for the patent registration No. 10-1441852, invented and registered by the present inventor, And the natural phenomena associated with water and the phenomena that work on them. That is, other than the invention of the present inventors, the inventions of the present invention are invented in a state in which even the basic common sense that water molecules and substance molecules, which are pure constituents of water, can be easily separated by using the action of a force. The present inventor has invented more than 1,500 so far, and through the patent registration 10-1233804 registered through physical and logical proof and demonstrative proof that water is a combination of substance molecules formed by decomposition of all substance molecules Water has been proven to be a molecule of matter created by decomposition of all material molecules. If the logic that water is made by decomposition of all matter molecules is wrong, then paradoxical logic is established that all materials must exist forever. In order to apply for the present invention, the prior arts have been investigated, and according to the present invention, technologies for completely reprocessing and storing waste substances, particulate pollutants and all types of contaminant molecules contained in river water and rainwater have been patent registered 10-1441852 No further investigations were possible except for the arcs However, it is disclosed that the technique of the patent registration No. 10-1441852 and the technology of the present invention are technologies for storing river water and rainwater by using gravity action completely different from each other.

Conventional rainwater storage facilities consist of technologies for collecting and storing rainwater uniformly at a high cost, and there is a drawback that contamination of stored rainwater is increased due to failure to completely remove particulate pollutants contained in rainwater.

In order to solve these problems, it is an object of the present invention to completely remove pollutants and waste contained in rainwater and river water, and to store and reuse clean purified water and river water.

It is also an object of the present invention to provide alcohol, beverage, or milk that completely removes contaminant molecules contained in molecules of fluids such as alcohol, beverage or milk to maintain a clean state.

It is also an object of the present invention to completely remove contaminant molecules associated with seawater to make edible fresh water or to extract contaminant molecules extracted from seawater to produce salt

In order to solve the above-mentioned problems, the present invention is solved by applying the following method

A damper which removes waste and particulate pollutants continuously after installing an inflow volume control gate at the entrance of a rainwater storage tank constituted of a river water and a rainwater storage tank on one side after installing a multi- And a striking device and an air striking device for striking the river water and rainwater on the foundation concrete are installed so that the pollutants contained in the river water and the rainwater In addition, the river water and the rainwater inlets are inclined at the same time, another cover is installed on the upper part of the river water to constitute a double low water inflow passage, and then the river water having a high specific gravity flows out the low- To flow into the rainwater reservoir first And a rainwater collecting unit configured to selectively discharge clean water having a large specific gravity and polluted water having a specific gravity which are separated automatically due to a difference in specific gravity by constructing a separate outlet at a lower end and an upper end of the rainwater pool, Solve the problem.

In addition, in order to remove the particulate contaminant molecules contained in the fluid substance molecules such as alcohol, beverage or milk, the fluid substance molecules are directly blown or processed, or air blown by blowing air, The contaminant molecules bound to these fluid material molecules are completely removed using the action of gravity in reverse to solve the problem of the present invention

In addition, in order to remove contaminant molecules and particulate pollutants contained in seawater, sea water is directly blown or processed by blowing air, and air blow striking device is used to blow back the effect of gravity after hitting The present invention aims at solving the problem of the present invention by using a method of completely removing contaminant molecules combined with seawater to make edible fresh water or extracting contaminant molecules extracted from seawater to produce salt

It is possible to completely remove all contaminant molecules and floating substances that are combined with the rainwater and the fine rainwater contained in the present invention and all of the refuse and the fine particles contained in the initial rainwater together with the initial rainwater and the water molecules, Environment-friendly river water and rainwater purification eco-friendly method to store one river water and rainwater in a rainwater pool and reuse is a perfect way to remove rainwater or initial rainwater and various suspended matter pollutants and various wastes flowing into the river with low cost Therefore, the practicality is very high due to zooming.

For example, the rotating striking device, the air injecting device and the dust collecting device, which are constructed in accordance with the present invention, automatically remove these pollutants and purify them cleanly, separately from the various particulate pollutants mixed with rainwater and flowing into the river, When the rainwater stored in the rainwater storage room is stored and used as the living water required for daily life, the rainwater that has been purified and stored according to the conventional method is used, and thus the efficiency is higher than that of using the stored rainwater It has an action effect.

In addition, microparticulate pollutants contained in molecules of fluids such as alcohol, beverage, or milk are directly blown or processed, or air is blown, and then light pollutants By using the action of gravity as a reverse, it is possible to drink with these fluid substance molecules safely,

For example, it has long been known that alcohol is produced in a liquor by mixing various contaminant molecules that are lighter in weight than alcohol.

It is a well-known fact that among the ingredients, harmful substance molecules such as whiskey and phenol, which are slightly lighter in weight than alcohols, are produced together with alcohol.

In the present invention, all of the substance molecules have a mass, and the effect of gravity acting on the mass is different. Therefore, it is possible to completely remove contaminant molecules associated with seawater components It has the effect of purifying with fresh water or by drying the substance molecules extracted from seawater to produce salt

In addition, it is possible to use salt as a energy to burn well by mixing salt components and other substances which are produced by separating and extracting a lot of sodium component, which is a trace amount of sodium component from sea water, It is possible to produce unlimited amount of energy infinitely.

In addition, it completely removes the particulate pollutants contained in the initial rainwater mixed with the rainwater and prevents the pollution of the river water by flowing into the river, It is effective to prevent damages and lakes from entering the lake, etc.

In addition, when these devices are installed at the entrance of dams or lakes, the dams and lakes are prevented from inflow of particulate pollutants, Giving effect.

1 is a perspective view of a conventional river water purifying apparatus.
2 is a cross-sectional perspective view of a material molecule processing system for purifying rainwater and river water or fluid materials such as fresh water, seawater, liquor, beverage or milk according to the first embodiment of the present invention
FIG. 3 is a cross-sectional perspective view of a material molecule processing system for purifying or processing fluid materials such as rainwater and river water or fresh water and seawater, or alcoholic beverage or milk, blood, vinegar and fermented liquid food according to a second embodiment of the present invention;
FIG. 4 is a cross-sectional view of a rotary striking device composed of a rotating striking device constructed in accordance with each embodiment of the present invention or a striking rod combined with a primary rotating striking device combined with a mineral material such as a metal or a stone, Perspective
FIG. 5 is a cross-sectional perspective view of a material molecule processing system for purifying or processing fluid materials such as rainwater and river water or fresh water or sea water or alcohol or beverage or milk, blood, vinegar and fermentation liquid food according to a third embodiment of the present invention;
FIG. 6 is a cross-sectional perspective view of a stepwise material molecular processor constructed according to a third embodiment of the present invention
7 is a cross-sectional perspective view of a combined stepwise material molecular machine constructed according to a fourth embodiment of the present invention
Figure 8
9 is a cross-

The rainwater and the initial rainwater constituted according to the present invention and the particulate pollutants contained in the fluid material molecules such as fresh water, seawater, milk, liquor and blood and all the binding substance molecules and floating substances We describe the eco-friendly method of processing natural-friendly fluid material molecules that completely remove materials or blend substance molecules extracted from fluid substance molecules with other substances and reuse or clean them as follows.

The term "fluidic material molecule" referred to in the present invention refers to all kinds of beverages made for drinking, such as seawater, water or contaminated river water or milk or beverage, fermented food products such as vinegar and enzyme extract, All kinds of alcohols containing alcohol and all kinds of vegetable or animal and mineral products made from processed and processed food or animal milk obtained from animal and vegetable oils and blood taken from animal or human body And gaseous materials that are produced by changing a liquid into a gas are collectively referred to as "fluid material molecules ".

Gaseous material is also referred to as a fluid material substance because it compresses the gas and becomes liquid

FIG. 2 is a cross-sectional perspective view of a material molecule processing system for purifying rainwater and river water or fluid materials such as fresh water and seawater, or alcohol, beverage or milk according to the first embodiment of the present invention. 4 is a cross-sectional perspective view of a material molecule processing system for purifying or processing rainwater and river water or fluid materials such as fresh water and seawater or alcohol or beverage or milk and blood, vinegar and fermentation liquid food, FIG. 3 is a cross-sectional perspective view of a rotary striking device and a striking rod constructed by combining a mineral material such as a metal or a stone with an end surface of a striking rod constructed in accordance with each embodiment,

FIG. 5 is a cross-sectional perspective view of a material molecule processing system for purifying or processing fluid materials such as rainwater and river water or fresh water or sea water or alcohol or beverage or milk, blood, vinegar and fermentation liquid food according to a third embodiment of the present invention; 7 is a perspective view of a solenoid valve downloaded from a Naver homepage, and FIG. 8 is a schematic view showing a state where the solenoid valve according to the first embodiment of the present invention The present invention is completed through the following process as a perspective view of an environmentally friendly movable waterproof door of the present invention.

The reason why the fluid material molecules are struck by using the rotary striking device and simultaneously striking by using the air injection striking device is to dislodge the molecules of the particulate pollutants associated with these fluid material molecules, To completely remove these contaminant molecules to obtain clean fluidic molecules

In this process, the environmentally friendly process for producing molecules of fluid material with the maximum pure component is composed as follows.

[First Embodiment]

An eco-friendly movable gate 3500 configured to block and store rainwater flowing in a river;

An eco-friendly movable gate is an automatic gate with an adobe constructed according to the expired patent registration No. 0757315. It has a function of controlling the flow of water such as fishes, amphibians and reptiles upstream and downstream of the river And that is configured to move to the material.

Although the shape of the cross-sectional view can be applied to the cross-sectional shape shown in FIG. 6, it is possible to change the shape of the material differently according to the method of the present invention

This is a known technology that can be used by anyone who has already lost the patent on eco-friendly operation, and the detailed structure is omitted and only a cross-sectional view is shown

A rainwater or river water induction water channel 3001 formed on the side surface of the above-described eco-friendly movable rainwater protection door 3500;

A structure of the material molecule inflow control waterway 3600 which is combined with the river water induction waterway 3001;

The structure of the material molecule inflow control water gate 3600 is a technique that is known and used, which refers to a technique for opening and closing the water channel in an upward and downward direction, and shows only a perspective view of the cross section

The material molecule inflow control gate 3600 may be a variety of well-known hydraulically operated or lever valve type locking devices

A structure of a damper 3000 formed at the end of the river water induction channel 3001 to remove particulate pollutant molecules and various wastes contained in river water and rainwater;

The damper 3000 refers to a device that is configured to rotationally remove trash and foreign matter.

A structure of the conveying means 3003 using a conveying conveyor formed at the rear portion of the vibration damper 3000;

A structure of a base concrete 2000 floor configured to be inclined toward a downstream outlet so as to exert an action of preferentially discharging stream water or rainwater having a specific gravity on a side surface of the artificial eco-friendly movable water guiding door 3500;

The structure of the base concrete (2000) used at this time can be replaced with metal or wood

A structure of a plurality of rotary strikers 2001 for striking rainwater or river water on one side of the foundation concrete 2000 to change pollutant molecules combined with river water or rainwater into clean water molecules;

The rotating striking device 2001 includes a plurality of striking rods formed in a circular body having a circular shape as shown in FIG. 2, and the rotating body having the striking rods is rotated by a rotating means such as a motor Refers to a device that strikes contaminated rainwater or contaminated stream water.

It will be appreciated by those skilled in the art that the deformation structure of the rotary striking device used at this time may constitute a rotary striking device capable of varying the configuration of the end portion of the rotary motor,

When the striking device is used to continuously blow stained rainwater or contaminated river water, it is possible to clean the clothes contaminated with the washing machine, The material molecules are separated from the pure fluid material molecules and floated to the upper end of the secondary material molecule treatment plant 3700 by the action of gravity. At this time, the pollutant molecules are removed by using the pump 3002, And can clean the rainwater or contaminated river water.

From the worst contaminated seawater component, the water that constitutes the pure fluid material molecule turns into gas and evaporates into the atmosphere. Then it combines with other invisible dark matter to become rainwater, snow, hail, fall into the ground It changes into a fluidic substance molecule constituting the component.

That is, when a pure fluid material molecule and a pollutant fluid material molecule come into contact with each other, an instantaneous explosive material explosion occurs, and the pure fluid material molecule turns into a light weight gas and evaporates to the atmosphere by the action of gravity The next evaporated gas turns into a cloud and then combines with another invisible dark matter and turns into rainwater, snow or hail, falls down on the earth, turns into seawater, a fluid matter molecule, or turns into water on land The phrases are cited from the material explosion action, the substance abrasion action and the material abrasion action specified in the patent registration No. 10-0835400, the patent registration No. 10-1050966, the registration No. 10-1135730 and the registration No. 10-1468199 .

The installation structure of the rotation striking device 2001 may be such that the installation structure of the rotation striking device is increased or decreased according to the nature and the composition of the fluid material molecules inputted when the fluid substance molecules are processed by using the method according to the present invention. The detailed structure is shown in the form of a sectional view shown in FIG. 2, FIG. 3 and FIG. 4, and the detailed structure is omitted

Secondary Molecule There are many different types of pumps that can be used to remove molecules with a low specific gravity,

The rotation striking device applied to the present invention is used to change the contaminated water from the existing fish farm into clean water, so that only the state of the cross section is shown, and the detailed structure and the structure thereof will not be described.

A structure of a plurality of air injection striking devices 1002 constituting one side of an upper portion of the foundation concrete 2000 and striking rainwater and river water flowing therein;

The air injection striking device 1002 is a device for compressing high-pressure air to eject air from a fluid material molecule such as contaminated rainwater or contaminated river water to release pollutant molecules bound to clean fluid material molecules Device.

The air injection device 1002 may be operated to blow air that is warm when blowing fluid molecules, or cold air may be forcibly injected when the air injection device 1002 is operated. Or by forcibly injecting hydrogen or nitrogen to forcibly remove contaminant molecules having a small specific gravity associated with the fluidic substance molecules.

The structure of the air injection striking device 1002 generally used is not limited to the air compressing device, the Lutz blower air compressing device, the turbo compressed air generating device, the ring blower air compressing device and the nano bubble generating device, The detailed structure of the air injection striking device 1002 is shown only in a state of a section, and a detailed structure and a description of its structure will be omitted

In addition, the rotation striking device can be modified in various ways, such as a device for releasing pollutant molecules bound to clean water molecules at the same time as oxygen by feeding water by blowing water in fish farms.

The air blow striking device 1002 refers to a ring blower, a compressor, a turbo air generator or a nova bubble generator which are conventionally used. The air blow striking device 1002 connects air generated in these machines to a pipe, Of the device

The piping structure of the air injection pipe (not shown) coupled with the air injection striking device 1002 is formed in the inside of the secondary material molecular treatment plant 3700 and the material molecular reservoir 1000 in the form of L shape So that air is uniformly supplied to the interior of the material molecule storage room 1000 and the secondary material molecule treatment plant 3700.

However, since the piping structure of the air injection pipe (not shown) requires different installation structures depending on the constituent elements and the shapes of the fluid material molecules processed by the method of the present invention, the detailed structure is not shown

In addition, the second material molecule treatment plant (3700) may be used to treat river water, rainwater, fresh water or seawater from the outside of the secondary material molecular treatment plant (3700) before introducing river water, rainwater or fluids such as fresh water, sea water or milk, Or fluid substances such as milk, alcohol and beverage are first blown by using a nano bubble air generator or by using a rotary striking device and an air blow striking device, and then processed into the inside of a secondary material molecular treatment plant 3700 Fluid materials constituting fluid materials composed of rainwater, seawater or milk, or alcoholic beverages or general fresh water. Secondary impact processing method is applied to remove molecules with low specific gravity contained in molecules. I can do it.

The front wall, the rear wall, and the right side walls of the material molecular reservoir 1000 are formed at right angles and the left side induction plate 1005 is inclined in a shape of letter / A structure of a secondary material molecule treatment field 3700 constituting the second material molecule treatment field 3700;

The guide plate 1005 can be changed in height to adjust the height in the upward and downward directions

Contaminant molecules bound to the upper portion of the induction wall 1005 inclined to the fluid material molecules composed of heavier heavy river water or rainwater, seawater or milk, or alcoholic beverage or general freshwater, The fluidic substance molecules having a high specific gravity due to the action of gravity are separated from the substance molecules and exert the action of gravity that is preferentially discharged to the molecular substance reservoir 1000 aside from the light- The lower layer water priority discharge passage cover 1001 is coupled to the upper portion of the material molecular sieve 1000 in a shape of a letter to form a lower layer water priority discharge passage 1003,

The lower end of the lower layer water priority discharge passage 1003 controls the discharge amount of rainwater or river water flowing into the inside of the material molecular sieve 1000 or a fluid material molecule such as fresh water or seawater or milk, Constructing and zooming valve 1105;

The discharge control valve 1105 refers to a discharge control device such as a valve that is known and used. The discharge control valve 1105 selectively connects a solenoid valve configured to be electronically controlled and a solenoid valve and a lever- Available

Therefore, only the section of the emission control device is shown, and a detailed description of the structure of the emission control valve is omitted

A structure of a transverse separation plate 1106 having an upper end of the low layer water priority discharge passage cover 1001 and an upper end of the material molecular reservoir 1000 being airtightly sealed;

A structure of a material molecule separation plate 2003 configured to be inclined in a multi-step shape at a front part of the vibration suppressor 3000;

Between the primary material molecular treatment plant 3700 and the material molecule separation plate 2003, the striking force of the air injection striking device 1002 and the striking force of the rotary striking device 2001 are used to collect rainwater and contaminated river water or seawater A structure of a pump 3002 for externally pumping particles of particulate pollutants released from fluid substances composed of milk or alcohol or drinks or general fresh water;

The configuration of the pump 3002 can be applied to a pump of a very wide variety of operations known in the art.

Therefore, only the shape of the structure of the pump and the state of operation of the pump is shown, and a detailed description of the structure is omitted, and a description of the operation process is omitted

A structure of the transfer means 3003 using a transfer conveyor for transferring contaminant molecules pumped by the pump 3002 to the outside;

The structure of the conveying conveyor is known and used so that only a cross-sectional view is shown and a detailed structure is not shown

The gravitational force generated by the striking force of the air injection striking device 1002 and the rotary striking device 2001 and the gravity force generated by the control force of the discharge amount control valve 1105 between the pump 3002 and the upper end of the material molecular reservoir 1000, A pollutant discharge port 1101 for discharging the particulate pollutant molecules floating to the upper end of the secondary material molecular treatment plant 3700 without being discharged to the material molecular reservoir 1000 by the action of the upper end discharge control valve 1102) < / RTI >

A lower end discharge port 101 configured to selectively discharge clean water having a specific gravity at one end of the material molecular reservoir 1000 is coupled to a lower end discharge amount control valve 102;

The lower end discharge amount control valve 102 refers to a solenoid valve and a solenoid valve which are configured to be electrically operated with a general valve that is already known and used

Therefore, only a cross-sectional view is shown and a detailed structure is omitted for the sake of simplicity and description of the operation is omitted

A structure of a material molecule reservoir outlet 103 configured to discharge pollutant molecules having light specific gravity to one side of the material molecular reservoir 1000;

The shape of the upper end discharge port is a form of a general discharge port, and therefore only the sectional view is shown without the illustration of the perspective view

A structure of the upper end discharge amount adjusting device 105 for controlling the discharge amount of the rainwater discharged through the material molecular sieve discharge outlet 103 may be a structure such as contaminated rainwater or contaminated river water or seawater or milk, Complete a material molecule processing system that processes fluid molecules cleanly.

The upper end discharge amount adjustment device 105 may be selectively applied to a solenoid valve and a solenoid valve which are configured to be electrically operated with a general known valve structure.

Therefore, since this emission control device is a structure that is already known and used, the detailed structure will not be shown

When the river water is stored in the river using the artificial eco-friendly movable gate 3500, which is configured in combination with the material molecule treatment system constructed as described above, And opens the material flow control water gate (3600) for regulating the inflow amount of contaminated rainwater or contaminated river water flowing into the secondary material molecule treatment plant by opening the environmentally friendly movable water protection door (3500) The dust collector 3000 is operated to remove various kinds of waste and contaminants that flow together with contaminated rainwater or contaminated river water and then remove the waste materials and contaminants that have been removed by using the conveying conveyor 3003, And contaminated fresh water, or to treat seawater or milk or alcohol, Fluid material molecules such as fresh water are introduced into the primary material molecular treatment plant 3700 and the secondary material molecular treatment plant 3700 is installed using the rotary striking device 2001 installed at the bottom of the foundation concrete 2000. [ Such as contaminated rainwater or contaminated river water or seawater, or milk, or fluids, such as alcoholic beverages or general fresh water, continuously struck by the air injection striking device 1002, And separating the polluted substance molecules having a heavy specific gravity and the polluted substance molecules having a heavy specific gravity constituting fluidic substance molecules such as rainwater or contaminated river water or sea water or milk or alcohol or beverage or general fresh water, (3700);

Suspended particulate pollutants and various pollutants that continuously float to the upper end of the secondary material molecular treatment plant 3700 by the action of gravity are continuously removed by using the pump 3002 to remove contaminated rainwater and contaminated The fluid material molecules constituting the river water or the sea water or the milk or the fluent material molecules constituting the alcohol or the beverage or the general fresh water are cleaned with the clean substance molecules and the clean water and the clean water or the seawater passing through the secondary material molecule treatment plant 3700, Or the fluidic material molecules constituting milk or alcohol, drinks or general fresh water are introduced into the material molecular reservoir 1000 through the low-layer-water priority discharge passage 1003 by using the action of gravity inversely, The emission control valve 1105 configured in the secondary material molecule treatment field 3700 is controlled to control the flow of rainwater or the like And 90% by weight to 99.9% by weight of the influent amount of fluid material molecules constituting river water, seawater, milk, or alcoholic beverage or general fresh water is introduced into the material molecular reservoir 1000 and stored therein, Which is a major constituent molecule of river water or rainwater or seawater or milk or alcoholic beverage or general fresh water which can not be introduced into the inside of the material molecular sieve 1000, The microparticulate pollutant molecules having a small specific gravity are removed using the pump 3002 or the pollutant discharge port 1101 is used to separate and collect the pollutants. Contaminated river water or seawater or milk or alcoholic beverage or common freshwater Fluid materials can be removed by removing various waste materials and pollutants contained in the fluid materials, mixing the fluid material molecules that are reused or removed, and other material molecules, or purifying fluid material molecules with clean fluid material molecules Rainwater and early storms characterized by eco-friendly, eco-friendly processes that process, fluidic materials such as fresh water, fresh water, sea water, milk, liquor and blood. All the particulate contaminants contained in molecules and all the bonds We propose an eco-friendly method for the processing of fluid-like matter molecules that are environmentally friendly to completely remove or mix material molecules and suspended matter to reuse or clean them.

In addition, by using the material molecule processing system, 0.3WT% ~ 20WT% of pollutant molecules are separated and extracted from 100WT% of seawater, and then the extracted pollutant molecules are dried to produce a chemical substance containing sodium component as a main component And all the bonding material molecules and suspended matter substances that are associated with the particulate contaminants and fluidic substance molecules contained in the initial rainwater and the initial stormwater and fluid material such as fresh water, sea water, milk, alcohol, and blood Friendly methods of fluid-molecule molecular processing that completely remove or blend, reuse or clean

In addition, it is possible to separate and extract 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using Molecular Molecular Processing System, and then to extract 100WT% of the separated pollutant molecules, and the ratio of 10WT% ~ 30WT% Water Extracting Contaminants Produced by Addition of 1WT% ~ 30WT% of Groundwater Produced by Diluting 70WT% ~ 90WT% of Water Water is produced by drying a mixture of molecular substances and water particles. Fluid substances such as seawater, milk, alcohol and blood. Particulate contaminants contained in molecules and all binding substances combined with fluid substance molecules. Perfectly eliminating or mixing substances and suspended substances to be reused or cleaned. We propose eco-friendly process for nature-friendly fluid material molecular processing.

[Second Embodiment]

Next, a second aspect of the present invention will be described.

Fig. 3 is a cross-sectional perspective view of a material molecule processing system for purifying rainwater and river water or fluid materials such as fresh water or seawater, or alcohol or beverage or milk, blood, vinegar and fermented liquid food according to claim 2 of the present invention

Preparing a primary treatment plant 3800;

A step of constructing a primary rotation striking device 2100, a primary air injection striking device 2110, and a primary nano bubble processing device 2300 in a primary treatment plant 3800;

A pipe pipe 2202 for discharging light gaseous substance molecules and fluid substance molecules generated at the upper end of the primary treatment plant 3800 to the secondary substance molecular treatment plant 3700 is connected to the secondary substance molecular treatment plant 3700, &Lt; / RTI >

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the first material molecule treatment plant 3800

The discharge pipe 2202 is provided with a discharge control valve, but not shown

The primary rotation striking device refers to a rotary striking device that rotates and rotates polluted matter molecules to strike and clean the polluted water in the fish farms into clean stream water.

The primary air injection striking device refers to a ring blower or a compressor or a turbo compression device. Since too many types of mechanical devices are already known and used, the description of the structure and operation thereof is omitted

Pressure air with a ring blower or a compressor or turbocompressor to produce contaminant molecules associated with rainwater and river water or with fluids such as fresh water and seawater or alcohol or alcohol or milk and blood and vinegar and fermented liquid food It is used to separate from clean substance molecules

The primary nano bubble processing machine refers to a machine that compresses air or mixes air and liquid composed of fluid material molecules into microparticulate material molecules.

Primary nano bubble processing machines are used to separate contaminant molecules from rainwater and river water, or pollutant molecules associated with fresh water or seawater, or fluids such as alcohol or beverages, or milk, blood, vinegar, and fermented liquid foods

, The first nano bubble processing machine has already used many kinds of machines in various ways, so the detailed structure and the operation and effect on the structure are not explained

Fluid material molecules such as fresh water, sea water or beverage, milk, soy sauce, blood or alcohol are firstly taken in the first material molecule treatment plant (3800), and then the primary material molecular treatment plant (3800) 2100, the primary air injection striking device 2200 and the primary nano bubble processing machine 2300 to float the foreign substances and floating substances contained in the fluid substance molecules and discharge them to the secondary substance molecular treatment field 3700 A second processing step of grinding and processing the particle size of the fluid material molecules to a smaller size;

Fluid material molecules having a high specific gravity are moved to the material molecular reservoir 1000 through the lower end of the secondary material molecular treatment plant 3700 by the difference in specific gravity and the action of gravity, The mild harmful material molecules include a pollutant discharge port 1101 formed at the upper end of the secondary material molecular treatment plant 3700 and the material molecular reservoir outlet 103 formed at the upper end of the material molecular reservoir 1000 The discharge amount control valve 1105 included in the secondary material molecular treatment plant 3700 is controlled so as to exert the function of separating and discharging through the second molecular material treatment plant 3700, Only about 99.9 wt% of the material molecules are introduced into the interior of the material molecular sieve 1000 to be stored or reused, The fine particulate contaminant molecules having a specific gravity of about 0.1 Wt% to about 10 WT% which can not be introduced into the inside of the dango 1000 are removed by using the pump or the pollutant outlet 1101 and the material molecular reservoir outlet 103 are removed, To collect and collect contaminant molecules that are associated with liquid material molecules such as fresh water, seawater or beverages, milk, soy, blood or alcohol, Fluid materials Fluid materials that can be reused or mixed with collected matter molecules and other materials for energy or purification of fluid material molecules Nature friendly Fluid materials Purification of molecules Purification of rainwater and early storms characterized by eco- Fluid materials such as fresh water, seawater, milk, alcohol and blood. Particulate pollutants contained in molecules All binding molecules and substances rich eco-friendly fluid substance molecules processed friendly method to completely remove the material or re-purify or cleanse a mixture that is combined with a fluid substance molecules present.

Other embodiments applicable to the present invention can be variously modified as follows.

[Third Embodiment]

Next, a third embodiment of the present invention will be described.

The third embodiment is a method of extracting harmful material molecules having a specific gravity contained in a fluid material molecule such as seawater, contaminated rainwater or contaminated river water, extracting the harmful material molecules, The present invention relates to an eco-friendly method of using molecules as a mixture with another substance

FIG. 6 is a cross-sectional perspective view of a stepwise molecular material processing machine constructed in accordance with a third embodiment of the present invention. FIG.

The structure of the first material molecular processor 5000;

A structure of an injection port (not shown) for injecting fluid material molecules or gaseous substance molecules into the first material molecular processor 5000 at an upper end of the first material molecular processor 5000;

A rotating striking device 2200 and an air striking striking device 1002 for hitting fluent material molecules or gaseous material molecules are formed in the first material molecular processor 5000;

(The power means for rotating the rotation striking device are not shown)

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the first material molecular processor 5000;

A structure of a discharge control valve 2202 coupled with the lower discharge port 2201 to control the discharge amount;

The discharge control valve 2202 may be a solenoid valve or the like which is configured to be electrically controlled by a general control valve.

A combination of a first discharge pipe 5001 provided to move the gaseous substance molecules and the fluid substance molecules having a specific gravity floating to the upper end of the first material molecular processor 5000 to the second material molecular processor 6000 rescue;

The structure of the second material molecular processor 6000;

A rotating striking device 2200 and an air striking striking device 1002 for hitting fluent material molecules or gaseous material molecules are formed in the second material molecular processor 6000;

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the second material molecular processor 6000;

A combination of a gaseous material molecule having a specific gravity that floats up to the upper end of the second material molecular processor 6000 and a second exhaust pipe 6001 provided to move the fluid material molecules to the third material molecular processor 7000 rescue;

The structure of the third material molecular processor 7000;

A rotating striking device 2200 and an air striking striking device 1002 for hitting fluent material molecules or gaseous material molecules are formed in the third material molecular processor 7000;

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the third material molecular processor 7000;

A combination of a third discharge pipe 7001 provided to move the gaseous material molecules having a specific gravity floating to the upper end of the third material molecular processor 7000 and the fluid material molecules to the fourth material molecular processor 8000, rescue;

A fourth material molecular processor (8000) structure;

A rotating striking device 2200 and an air striking striking device 1002 for hitting fluent material molecules or gaseous material molecules are formed in the fourth material molecular processor 8000;

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the fourth material molecular processor 8000;

A combination of a fourth discharge pipe 8001 in which gaseous substance molecules having a specific gravity floating to the upper end of the fourth material molecular processor 8000 and a fluid material molecule are moved to the fifth material molecular processor 9000 rescue;

Fifth material molecular processor (9000) structure;

A rotating striking device 2200 and an air striking striking device 1002 for hitting fluent material molecules or gaseous material molecules are formed in the fifth material molecular processor 9000;

A structure of a bottom discharge port 2201 for discharging heavy fluid molecules at a lower end of the fifth material molecular processor 9000;

A combination of a fifth exhaust pipe 9001 provided to move the gaseous substance molecules and the fluid substance molecules having a specific gravity floating to the upper end of the fifth substance molecular processor 9000 to the secondary substance molecular treatment field 3700 rescue;

The structure of the secondary material molecule treatment field 3700;

A structure of a circular striking striking device 3701 constituted in a circular shape and a rotary striking device 2200 constructed inside the secondary material molecular treatment field 3700;

The structure of piping to supply air is omitted.

The first and second control molecules 370 and 370 are connected to a first control white paper 1108 disposed at an intermediate portion of the second material molecule treatment plant 3700 to control the flow rates of the fluidic or gaseous material molecules The structure of the movable induction plate member 1107;

The first movable induction plate 1107 is closely attached to one side wall and the other side wall of the second material molecule treatment field 3700,

The adjustment device for adjusting the adjustment white paper 1108 in the forward and backward directions can be changed in various ways using known techniques including a speed reducer and a rotary actuator,

A structure of a second movable induction plate 1109 formed in the upper portion of the first movable induction plate 1107 in the second material molecule treatment plant 3700 by being coupled with a second controlled white paper 1110 in white;

The first movable induction plate member 1107 and the second movable induction plate member 1109 move the gaseous material molecules or fluid material molecules flowing into the second material molecule treatment plant 3700 to the material molecule reservoir 1000 It controls the amount of emissions from

The first movable induction plate 1107 and the second movable induction plate 1109 are closely attached to one side wall and the other side wall of the second material molecule treatment field 3700,

A horizontal separator 1106 is formed by combining the upper ends of the second control white paper 1110 such that the secondary material molecular treatment plant 3700 and the material molecular reservoir 1000 are constituted respectively,

The transverse separation plate 1106 is closely adhered to one side wall and the other side wall of the second material molecule treatment field 3700 and the material molecule reservoir 1000,

A lower end discharge amount control valve 102 is formed at the lower end of the material molecular reservoir 1000 to zoom;

A structure for constituting a pollutant discharge port 1101 by sealingly coupling the upper end of the horizontal separator plate 1106 coupled with the secondary material molecule treatment plant 3700 and the material molecular reservoir 1000 by an upper plate 1111;

A structure of an upper end discharge amount control valve 1102 coupled with the pollutant discharge port 1101;

A structure of a pump 3002 provided at one side of the top plate 1111 to collect gaseous substance molecules or fluent substance molecules having a small specific gravity;

And a structure of an inlet (9001) for introducing gaseous substance molecules or fluid substance molecules having a specific gravity into the side surface of the top plate (1111);

After the gaseous material molecules or the fluid material molecules are continuously charged into the first material molecular processor 5000 configured as described above, the gaseous material molecules having a low specific gravity or the non-specific gravity fluid material molecules are subjected to the respective steps (5,000, 6,000, 7,000, 8,000, and 9,000) constituted by the material molecular machines (5000, 6000, 7000, 8000, 9000) , 8001, 9001) to extract the gaseous substance or fluid substance molecules having a smaller specific gravity and extract the extracted gaseous substance or fluid substance molecules from the secondary substance molecule treatment plant 3700) so as to extract gaseous substance molecules or fluid substance molecules having a smaller specific gravity by using the rotary striking device 2001 and the circular air blow striking device 3701 A plurality of gaseous substance molecules or liquid substance molecules continuously blowing and at the same time a gaseous substance molecule or fluid substance substance molecules flowing into the secondary substance molecule treatment field 3700, A substance substance molecule or a fluid substance substance is adsorbed on the upper surface of the substance molecule reservoir outlet 103 formed in the substance substance reservoir 1000 and the pollutant discharge port 1101 formed in the secondary substance molecule treatment plant 3700, The secondary material molecular treatment plant 3700 and the secondary material molecule treatment plant 3700 are discharged by about 0.01 WT% to 30 WT% of the total amount flowing into the secondary material molecule treatment plant 3700 through the secondary material molecule treatment plant 3700, The material molecular reservoir 1000 is composed of about 70 WT% to about 99.99 WT% of the total amount of the gaseous material molecules or the fluid material molecules flowing into the material molecule reservoir 1000 The lower end discharge amount control valve 102 and the upper end discharge amount control valve 1102 constituting the pollutant discharge port 1101 constitute the material molecular reservoir 1000 to be discharged through the lower end discharge port 101, The gaseous material molecules or light mass substances contained in the fluid substance molecules are lightly controlled, and the gaseous substance substance molecules or light specific gravity fluid substances are separated from the gaseous substance masses and heavy fluid substance molecules The upper end portion emission control valve 1102 configured in the secondary material molecular treatment plant 3700 is controlled so as to exert the function of discharging the lower end portion emission control valve 102 and the lower end portion emission control valve 102 constructed in the material molecular reservoir 1000, To 90% by weight to 99.9% by weight based on 100% by weight of the inflow amount of the fluid material molecules flowing into the material molecular reservoir 1000 And the lower end discharge port 101 formed at the lower end of the material molecular reservoir 1000. The lower end discharge control valve 102 and the upper end discharge control valve 102 are separately stored or re- When controlling the discharge amount control valve 1102, the specific gravity of 0.1 wt% to 10 wt%, which can not be introduced into the material molecular reservoir 1000 due to the difference in specific gravity and the action of gravity, Light microparticulate pollutant molecules are removed or collected using the pump 3002 to be reused and at the same time, gaseous substance molecules or fluid substance molecules having a specific gravity which can not be collected or collected using the pump 3002 The pollutants are discharged to the pollutant discharge port 1101 and the material molecular sludge discharge port 103, The use of a molecular molecular processing system to manipulate a fluid or fluid substance such as fresh water, seawater or beverage or fluid seasoning or liquid fermented food or milk, soy, blood or alcohol, The pollutant molecules that are associated with the sex hormone molecule can be completely removed or reused by removing the removed substance molecules or mixing the removed substance molecules with other substance molecules to energize them or clean the contaminated substance molecules. Fluid materials Molecular processing Rainwater and early storms characterized by environmentally friendly processes Fresh water and fluids such as fresh water, seawater, milk, liquor and blood Particulate contaminants contained in molecules and all the bonds Completely removes or mixes material molecules and suspended matter to reuse Environmentally friendly process of hydrodynamic material processing that is environment friendly.

The discharge control valve 2202, which is coupled with the lower discharge port 2201 and controls the discharge amount, is formed in each of the material molecular processors 5000, 6000, 7000, 8000 and 9000.

As described above, by using the eco-friendly method that is constructed in accordance with the third embodiment,

The particulate pollutants contained in the various constituent fluidic molecules can be extracted or collected through a simple process.

According to the third embodiment of the present invention, the rotating striking device constituted in the material molecular machine can be configured so that it can be rotated by using a rotating motor having a rotational force as much as any one of ordinary skill in the art. .

Further, when a pneumatic pressure generating apparatus which is commonly used, such as a compressor and a compressor, is used, high-pressure air is introduced into the material molecular processors 5000, 6000, 7000, 8000, 9000 through an air injection device The detailed structure is omitted because of the number.

[Example 4]

Next, the fourth embodiment of the present invention will be described.

FIG. 7 is a cross-sectional perspective view of a combined stepwise material molecular machine constructed in accordance with a fourth embodiment of the present invention. FIG.

The fourth embodiment of the present invention is a method for extracting harmful material molecules having a specific gravity contained in polluted rainwater, river water, or seawater and purifying them with water that can be consumed for drinking, or using harmful material molecules contained in pollutant molecules or seawater And extracting and reusing the same.

The structure of the first material molecular processor 5000 configured in an enclosure form;

A structure of an inlet 5005 coupled with a control valve (not shown) for controlling the inflow amount at the upper end of the first material molecular processor 5000;

The structure of the rotation striking device 2200 constructed inside the primary material molecular processor 5000;

The structure of the power and the power transmission system for rotating the rotary striking device can be changed in any way using known techniques, so that the detailed structure is not shown.

A structure of a primary lower end discharge port 5006 coupled with a primary discharge control valve 5011 for controlling the discharge amount at the lower end of the primary material molecular processor 5000;

A structure of a first upper end discharge port 5016 configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the first material molecular processor 5000;

A structure of a secondary material molecular processor 5001 coupled to a lower end of the primary lower outlet 5006;

The structure of the rotation striking device 2200 constructed inside the secondary material molecular machine 5001;

A structure of a second lower discharge port 5007 coupled with a second discharge control valve 5012 for controlling the discharge amount at the lower end of the second material molecular processor 5001;

A structure of a second upper end discharge port 5017 configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the second material molecular processor 5001;

A structure of a third material molecular processor 5002 coupled to a lower end of the secondary lower outlet 5007;

The structure of the rotation striking device 2200 constructed inside the tertiary material molecular processor 5002;

A structure of a tertiary lower outlet 5008 coupled with a tertiary discharge control valve 5013 for controlling the amount of discharge to the lower end of the tertiary molecular machine 5002;

A structure of a tertiary upper outlet port 5018 configured to discharge gaseous material molecules or fluids molecules having a specific gravity to one side of the upper end of the tertiary material molecular processor 5002;

A structure of a quaternary material molecular processor 5004 coupled with a lower end of the tertiary lower end outlet 5008;

The structure of the rotation striking device 2200 constructed inside the quaternary material molecular processor 5003;

A structure of a fourth lower discharge port 5009 coupled with a fourth discharge control valve 5014 for controlling the discharge amount at the lower end of the fourth material molecular processor 5003;

A structure of a fourth order upper discharge port 5019 configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the fourth substance molecular processor 5003;

A structure of a fifth-order molecular machine 5004 coupled to a lower end of the fourth lower outlet 5009;

The structure of the rotation striking device 2200 constructed inside the fifth material molecular machine 5004;

A structure of a fifth lower discharge port 5010 coupled to a fifth discharge control valve 5015 for controlling the discharge amount at the lower end of the fifth material molecular processor 5004;

A structure of a fifth order upper discharge port 5020 configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the fifth substance molecular machine 5004;

As described above, when the fluidic substance molecules are introduced into the interior of the molecular material processing machines 5000, 5001, 5002, 5003, and 5004 formed step by step, the fluids flowing into the primary material molecular machine 5000 The material molecules are continuously blown and processed by using the rotary striking device 2200 and at the same time, 70WT% ~ 99.99WT% of the influent amount flowing into the first material molecular processor 5000 Is transferred to the interior of the secondary material molecular processor 5001 constituted in the next step and is not moved to the secondary material molecular processor 5001 due to the action of gravity and the specific gravity, and the remaining 0.01 WT% to 30 WT% The primary discharge control valve 5011 is controlled so as to be discharged to the upper end discharge port 5016 formed at the upper end of the first material molecular processor 5000, After separating the sex hormone molecules firstly, the fluidic substance molecules having a high specific gravity, which are separated from each other, are separated from each other through the first lower discharge port 5006 formed at the lower end of the first material molecular processor 5000, The fluid material molecules are continuously blown by using the rotary striking device 2200 formed inside the secondary material molecular processor 5001 while being conveyed to the material molecular machine 5001. At the same time, About 70 WT% to 99.99 WT% of the total amount of the substance molecules is discharged to the third material molecular processor 5002 through the second lower outlet 5007 formed at the lower end of the second material molecular processor 5001 At the same time, about 0.01 WT% to 30 WT% floating on the upper end of the secondary material molecular processor 5001 due to the difference in specific gravity and the action of gravity causes the secondary material component The secondary discharge control valve 5012 formed at the lower end of the secondary material molecular processor 5001 is controlled so as to be discharged to the upper discharge port 5017 and discharged or collected for reuse, The fluidic substance molecules flowing into the tertiary molecular machine 5002 by the action of gravity are separated continuously by the rotary striking device 2200 while continuously separating the fluidic substance molecules and the fluidic substance molecules having a heavy specific gravity, , And at the same time, about 70WT% ~ 99.99WT% of the total amount of the fluidic substance molecules having a heavy specific gravity is discharged to the fourth material molecular processor 5003, and the remaining liquid material molecules having a small specific gravity are 0.01WT% ~ 30WT % Of the material is discharged to the tertiary upper discharge port 5018 formed at the upper end of the tertiary material processing machine 5002, By controlling the third discharge control valve 5013 formed at the lower part, the fluidic substance molecules having a specific gravity and the fluidic substance molecules having a heavy specific gravity, which are combined with the fluidic substance molecules, are continuously separated, The fluidic substance molecules flowing into the interior of the MMA 5003 are continuously blown and processed by using the rotary striking device 2200 and at the same time a fluid having a high specific gravity flowing into the MMA 5003 (About 70WT% ~ 99.99WT%) is discharged to the 5th material molecular processor (5004) and the remainder of the mass of the substance is 0.01WT ~ 30WT% The fourth order discharge control valve 5014 is disposed at the lower end of the fourth material molecular processor 5003 so as to generate an action of being separated and discharged to the fourth order upper discharge port 5019 formed at the upper end of the fourth material molecular processor 5003, To separate the fluidic substance molecules having a specific gravity and the fluidic substance molecules having a specific gravity, which are combined with the fluidic substance molecules, respectively, to discharge fluidic substance molecules having a high specific gravity to the fifth substance molecular processor 5004 At the same time, the fluid material molecules flowing into the interior of the fifth material molecular processor 5004 are successively struck using the rotary striking device 2200, so that the fluid material molecules are moved to the fluid material molecules A fluid material molecule having a specific gravity of 0.01 WT or more is selected from among 100 WT% of the total amount of fluid material molecules having a large specific gravity introduced into the fifth material molecular processor 5004 % To 30WT% is discharged to the fifth-order upper-end discharge port 5020 formed at the upper end of the fifth-material molecular machine 5004, If so 70WT% ~ 99.99WT% degree is discharged to the lower end of the fifth outlet port (5010) that is configured on the lower end of the fifth-order molecular material processing machine (5004)

A fifth-order discharge control valve 5015 disposed at the lower end of the fifth-matter molecular machine 5004 is controlled to separate and extract fluidic substance molecules having a large specific gravity and fluidic substance molecules having a light specific gravity, The rainwater and initial rain that characterize the construction method and all the bonding matter molecules and suspended matter substances that are associated with the particulate pollutants and fluid material molecules contained in the fluid matter materials such as fresh water, sea water, milk, alcohol and blood, Friendly fluid material molecules that completely eliminate or completely re-use or purify material molecules extracted from fluid material molecules with other materials

FIG. 4 is a cross-sectional view of a rotary striking device composed of a rotating striking device constructed in accordance with each embodiment of the present invention or a striking rod combined with a primary rotating striking device combined with a mineral material such as a metal or a stone, It is a perspective view.

4, a mineral material 2033 composed of a mineral material such as a stone may be bonded to the striking rod 2002 coupled with the rotary striking device 2001 to process the fluid material molecules.

The rotary striking device may be changed to the primary striking striking device.

As shown in FIG. 4, the method of constructing the striking rod 2002 by binding a mineral material such as a magnet or a stone to strike the fluid material can be variously modified. As shown in FIG. 4, The material is shown in a simple form to combine to process the fluid material.

However, it is a matter of course that these design changes belong to the scope of the present invention, since the operation and effect according to the present invention can be obtained even if the manufacturer changes the configuration

Mineral substances refer to all kinds of rocks, such as charcoal, granite, germanium, basalt and silica sand, made of vegetable wood,

The reason why the primary rotating striking device 2200 or the rotating striking device 2001 constructed according to the present invention combines a mineral substance such as a stone to strike the fluid substance molecules is that when the mineral substance molecules are in contact with the fluid substance molecules As a result of momentary substance catalysis and material explosion, a slight change occurs between the intrinsic substance components of the fluid substance molecule and the contaminant substance molecule, and the contaminant substance molecule is separated from the pure fluid substance molecule This is because the action of separating the substances coming out and changing the physical properties due to the catalysis of the substances occur.

The tap water purification method using this action is a method to purify the polluted tap water by using charcoal and silica sand

Experimental evidence for this material catalysis and material explosion behavior is that if germanium is placed in a glass container with alcohol or water in a glass cup container, then a myriad of foamy bubbles are generated, The contact of mineral matter molecules such as rocks and stones proves that the substance separation and action of separating the fluid material molecules occurs due to the substance catalysis and material explosion.

However, these actions are used as an adjunct to the lack of complete separation of contaminating fluidic molecules in pure fluidic molecules.

A magnetic substance such as a magnet having a magnetic force is coupled to the striking rod 2002 to process fluid molecules by coupling the magnet 2033 to the striking rod 2002 coupled with the rotary striking device 2001 The separation of contaminating fluidic material molecules from the pure fluidic material molecules is intended to achieve a beneficial effect as described above.

The type of magnet is indefinite like neodymium, so it does not specify any kind.

It is also possible to combine the electromagnets with the rotary striking device.

When air is injected into the secondary material molecular treatment plant 3700 and the material molecular reservoir 1000 using the air injection striking device 1002, air heated to a high temperature of about 10 to 1000 degrees is introduced into the secondary material molecule It may be configured to simultaneously inject fluid into the treatment field 3700 and the material molecular reservoir 1000 to process fluidic material molecules.

The reason for this is that the Brownian motion due to the temperature difference is caused by the contaminant fluidic substance molecules bound to the fluidic substance molecules having pure components due to the air component having a high temperature, This is because the pure fluidic substance and the pollutant molecule are separated from each other while the exchange operation is performed.

A method of proving the logic of this action is to construct a rotary striking device in a transparent container, pour water into a transparent container, and then, when hot air is injected, the water immediately boils, and at the same time, It is possible to observe that the phenomenon of moving to the left and the right occurs while being moved.

For more detailed observation, a rotating striking device was constructed in a transparent container of about 30 L, then filled with water maintaining the temperature of the first time, and then the beef was added to the prepared seasoning. It is possible to observe a phenomenon in which the water filled in the vessel is continuously moved upward, downward, leftward and rightward by continuously injecting air having a temperature as high as about 200 ° C toward the bottom of the vessel

This phenomenon occurs because of the material explosion, the material catalysis, the Brownian motion, the separation of matter, and the action of gravity, resulting in the separation of the fluidic material molecule from the pure fluidic material. It is evident that it occurs.

Also, when the air injection striking device 1002 is used to inject air into the secondary material molecular treatment plant 3700 and the material molecular reservoir 1000, the air heated to a low temperature of minus -1 degrees to -100 degrees The reason for the simultaneous injection and processing of the fluidic material molecules is to separate the contaminant material molecules from the pure fluidic material molecules by using the above-mentioned operations

The amount of air to be injected when injecting air having a high temperature or a low temperature into the MOL (3700) and the MOL (1000) should be varied depending on the nature of each fluid material molecule Therefore, it does not limit the amount of air to be supplied at the same time as the low temperature air and the air that maintains the high temperature

Further, when air is injected into the secondary material molecular treatment plant 3700 and the material molecular reservoir 1000 by using the air injection striking device 1002, hydrogen, hydrogen, or gaseous molecules such as oxygen or nitrogen are injected together to form a fluid The processing of material molecules is facilitated by the fact that gaseous material molecules such as hydrogen, oxygen, and nitrogen are catalyzed by another material that is invisible when molecules of pure fluidic material and contaminant material come into contact with it, To facilitate the separation and extraction of gaseous gaseous materials.

For example, when extracting gaseous materials by extracting salt components by purifying seawater, when pure components of seawater, which are pollutant molecules, come into contact with components such as oxygen, hydrogen, or nitrogen, And a rapid explosion of the substance between these gaseous substance molecules, so that a greater amount of gaseous substance molecules can be easily extracted and produced

The seawater is introduced into the secondary molecular molecular treatment plant 3700 and the material molecular reservoir 1000, which are combined with the air injection striking device 1002 and the air injection striking device, to extract the salt component extracted, An environmentally friendly method of extracting gaseous material molecules by injecting gaseous material molecules such as hydrogen or oxygen or nitrogen into the material molecule treatment plant 3700 and the material molecular reservoir 1000 and reworking them can be used.

A gaseous substance refers to all substances consisting of gas when it is ejected into the atmosphere, such as oxygen, hydrogen, nitrogen, argon gas and LPG

At this time, the amount of hydrogen, oxygen, or nitrogen to be simultaneously injected is not limited to the mixed injection amount because the mixture of each of the supernatant material components and the salt component extract to be injected must be injected differently.

A method of proving this logic is to put 10kg ~ 30kg of salt in a transparent container which has a top end of a transparent container of about 30L and a drain pipe of about 5mm at one end of the transparent container, When the next water is filled up to about 90% and then the rotary striking device is operated and hydrogen, oxygen, or nitrogen is continuously injected into the bottom portion of the transparent container, a continuous generation of gaseous substances occurs through the exhaust pipe Therefore, this theory presented by the present invention is logically justified.

As shown in FIG. 5, the discharge control valve 1105 applied to the present invention can be applied to a variety of known opening and closing valve operating methods such as a manually operated valve, an automatic valve, or a solenoid valve .

It is common to have a circular shape, but it can be changed to a square shape

Therefore, the type or structure of the emission control valve 1105 that is already known and used only shows a cross-sectional state, and a detailed illustration and operation thereof are omitted

The structure of the eco-friendly movable gate 3500 applicable to the present invention can be changed in various ways, for example, a hoist gate can be used and a rope gate, a rotary gate, a conductive gate or a triangular gate can be used There is a number.

In addition, since there is an operation method of an eco-friendly movable movable door which is already known and used in various manners, only the state of a cross section is shown and the detailed structure and shape are omitted

Therefore, the description of the construction of the eco-friendly movable support structure known and used is omitted.

In addition, since the pumps used in the present invention are widely known, the configuration of the pumps can be changed in various ways

According to the present invention, the technique of blowing and removing the particulate pollutant molecules contained in rainwater or river water flowing into the material molecular reservoir can be variously modified by those skilled in the art.

The air spray striking device and the rotating striking device are used to continuously blow stained rainwater or contaminated river water or fluids such as fresh water, seawater or milk, or drinks and beverages, As a wash, contaminated rainwater or river water or microparticulate contaminant molecules that are bound to fluid molecules such as fresh water, seawater, milk, alcohol, and beverages are released from contaminated water molecules, and the difference in specific gravity and gravity To the top of the secondary material molecule treatment plant. At this time, the pollutants are removed using a pump to clean contaminated rainwater or polluted river water.

In addition, according to the present invention, the technology that water molecules having a high specific gravity are discharged into the interior of the material molecular reservoir in the front part of the material molecular reservoir, is a completely new technology that has not existed in the past, It is natural that it is natural that all of the exhaust systems that are modified so that the water molecules are preferentially discharged into the reservoir of the material molecule or the water tank are imputed to the scope of the present invention.

In constructing the present invention, a rainwater storage tank or a water tank configured to store purified water and store the purified water in the next stage of the lower discharge port 101 is installed to clean rainwater or river water to be stored and reused A structure that combines a rainwater reservoir with a water tank can be used

It is a matter of course that the method of removing the contaminant molecules bound to the blood after collecting the blood of the human body by using the present invention constituted as described above, and then transfusing the human body again is within the scope of the present invention.

It is like having clean water and contaminant molecules combined to keep contaminated water.

However, the principle of separating pollutant molecules and clean water molecules separately by striking contaminated river water is the principle of separating contaminants bound to blood by striking the blood of human body.

When blood is collected and dialyzed to make the blood contaminated with the dialyzer clean, the clean blood is passed through the filter membrane and the contaminated blood contained in the blood is filtered through the filter membrane to purify the clean blood. The method of filtering the contaminants contained in the blood by using the action of the striking action and the action of the gravity, and processing the blood into clean blood is the only method of cleaning the blood cleanly.

Fluid substance refers to all substance molecules present in a liquid state that are made soluble with cooking oil and petroleum substances.

Even in the waste cooking oil whose properties have changed, it is possible to separate pure substances with a heavy weight and light pollutants.

In addition, since the contaminant molecules bound to the fluid material molecules can be completely removed by using the material molecule processing system applied to the present invention, the particles can be processed into clean fluid material molecules, It is natural that all of these design changes belong to the scope of the present invention because they can be processed into purely fluent material molecules even if the kind is wrong

Further, when the ultra-high purity pollutant molecules are collected and dried in seawater using the material molecule treatment system applied to the present invention, a large amount of lithium components can be collected in the material.

These modified methods are also within the scope of the present invention.

The following describes another modified embodiment

After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the Molecular Molecular Processing System, 1WT% ~ 30WT of waste ground material is separated into 70WT ~ 99WT% % Of the total amount of energy used as a mixture of rainwater and initial rainwater and freshwater and sea water and milk, liquor and blood, such as fluid substances in the molecules contained in the particles of contaminants and fluid molecules and molecules We propose a eco-friendly method of purification of a fluid-like substance that is environmentally friendly, which completely removes all bonded substance molecules and suspended substances and purifies them cleanly

The trash used here refers to all kinds of substances that animals or humans emit in their daily lives

It can be incinerated, consisting of all kinds of combustible waste and petroleum-based materials made of petroleum, consisting of coniferous materials made from plants and woody materials, including food waste, human and manure, It refers to garbage.

Therefore, it is a matter of course that the salt material extracts produced by using the devices constituted according to the present invention are diluted with other kinds of uncharacterized substances and used as energy, belong to the scope of the present invention.

This is because the phenomenon that the generated amount of the far-infrared ray emitted when the predetermined amount of salt used in the past is diluted with petroleum, wood or various kinds of garbage and is incinerated proves the effect of the present invention

Therefore, it is a matter of course that it is within the scope of the present invention to use the extracts of the salt material extracted using the apparatuses constructed according to the present invention as energy by changing the dilution ratios of various garbage, wastes, or coal or wood, will be

The rainwater and the initial stormwater constructed in accordance with the present invention and the particulate pollutants contained in the fluid matter molecules such as seawater, milk and liquor, and all the wastes entering the initial storm and fluid matter molecules The environmentally friendly fluidic material purification method which removes all binding substance molecules and suspended substances completely and stores purified fluid substance molecules in a material molecule reservoir and reuses them is an eco-friendly method, Since the method of purifying polluted rainwater, polluted river water or fluid material molecules such as seawater or milk or alcohol, beverage or ordinary fresh water by clean substance molecules at a low cost as a completely different method from the public methods, There is no place to apply the method, Halgeotyida very large.

The market of the eco-friendly method of the present invention, which functions to purify contaminated blood after collecting blood, is unquestionable

1000: Material molecular reservoir 2033: Mineral material such as magnet or stone

Claims

And a material molecule storage tank configured to store rainwater or river water or an artificial eco-friendly movable water gate that is constructed to block and store rainwater, such as fresh water or seawater, or fluid material molecules such as milk or alcohol and blood or beverages, A natural-friendly fluid that separates clean heavy matter molecules with heavy specific gravity associated with pollutant molecules or extracts trace amounts of pollutant molecules from fluidic material molecules using a combined damper, conveyor belt, air injector and impactor In the environmentally friendly method of cleansing the sex material molecule;
An induction water channel for introducing rainwater or river water or fluid substances such as fresh water or seawater or milk, alcohol, and beverage, which are formed on the side of the above-mentioned environmentally friendly movable waterproofing door;
A structure of the material molecule inflow control water which is constructed in combination with the river water induction waterway;
A structure of a damper which is formed at the end of the river water induction channel and removes the particulate pollutant molecules and various wastes which are contained in river water, rainwater or fluid substances such as fresh water, seawater or milk, alcohol and beverage;
A structure of a conveying means using a conveying conveyor formed on a rear portion of the vibration damper;
A structure of a base concrete floor which is inclined toward a downstream outlet so as to exert an action of preferentially discharging river water or rainwater having a heavy specific gravity on the side of the above-mentioned eco-friendly movable waterproofing door;
A structure of a plurality of rotation striking devices for striking rainwater or river water on one side of the foundation concrete to change contaminant molecules associated with river water or rainwater into clean water molecules;
A structure of a plurality of air injection striking devices formed on one side of the foundation concrete to strike rainwater and river water flowing therein;
However, the secondary material molecular treatment plant must be equipped with water and rainwater or fresh water, sea water or milk or alcohol outside the secondary material molecule treatment plant before entering the river water, rainwater or fluids such as fresh water, sea water or milk, Fluid substances such as beverages are first blown by using a nano bubble air generator or by using a rotary striking device and an air blowing striking device and then introduced into the interior of the secondary material molecular treatment plant again to produce rainwater, Or a secondary striking processing method that removes substances having a low specific gravity contained in the fluidic substance molecules constituting the fluidic substances composed of alcohol, beverage, or general fresh water can be applied.
Wherein the front wall, the rear wall, and the right wall of the material molecular reservoir are formed at right angles and the upper wall of the upper portion is inclined in a shape of a letter, Structure;
Contaminant molecules associated with clean water streams or rainwater, seawater or milk, or fluid material molecules composed of milk, alcohol, drinks, or general fresh water, on the top of the induction plate, which is inclined, And a low-layer-numbered priority discharge passage cover for exerting a gravitational effect such that fluidic substance molecules having a high specific gravity due to the action of gravity are discharged to the material molecular reservoir aside from light- It is installed up to the upper part of the material molecule reservoir, and the upper part is finished in the shape of Å, thereby constituting the lower layer water priority discharge passage and zooming;
A discharge control valve is provided at the lower end of the lower layer water priority discharge passage to control the discharge amount of rainwater or river water or fluid material molecules such as fresh water, seawater, milk, beverage, or alcohol flowing into the material molecular reservoir. together;
The upper end of the lower layer water priority passage cover and the upper end of the material molecular reservoir
A structure of the transverse separation plate 1106 having an upper end closed by a 慣 -shape;
A structure of a material molecular separation plate inclined in a multi-step shape on the front part of the vibration damper;
Between the primary material molecular treatment plant and the material molecule separation plate, a fluid composed of rainwater contaminated with the striking force of the air injection striking device and the striking force of the rotary striking device, contaminated river water or sea water or milk, A structure of a pump that externally pumps out particulate contaminant molecules that have escaped from the sex material molecules;
A structure of a transfer means using a transfer conveyor for transferring contaminant molecules pumped by the pump to the outside;
Wherein the air is not discharged to the material molecular reservoir due to the action of gravity generated by the striking force of the air injection striking device and the rotary striking device and the control force of the discharge amount control valve between the pump and the upper end of the material molecular reservoir, A pollutant discharge port for discharging the particulate pollutant molecules floating at the upper end of the material molecule treatment plant is combined with a control valve;
A lower end discharge port configured to selectively discharge clean water having a specific gravity to one end of the one side of the material molecular reservoir;
A structure of an upper end discharge port configured to discharge pollutant molecules having light specific gravity to one side of the material molecular reservoir;
A structure of a top emission adjusting device for adjusting the amount of rainwater discharged through the upper end discharge port is used to clean a fluid material molecule such as contaminated rainwater or contaminated river water or seawater or milk or alcohol or beverage or general fresh water Completed Structure of Material Molecular Processing System;

When the river water is stored in the river by using the artificial eco-friendly movable water gate combined with the material molecule processing system configured as described above, if the river water is rained, the eco- The movable water gate is opened to open the flood control water flow control mouth which controls the inflow amount of contaminated rainwater or polluted river water flowing into the secondary material molecular treatment plant, After collecting various trash and pollutants flowing along with the river water, it is possible to clean up polluted river water and polluted fresh water first by using the above conveying conveyor to remove the collected trash and pollutants, Or fluids such as beverages or common fresh water Contaminated rainwater or contaminated river water or seawater or milk or alcohol or beverage which is introduced into the secondary material molecular treatment plant by using the rotary striking device installed in the bottom of the foundation by introducing vaginal molecules into the primary treatment plant, Such as freshwater, and simultaneously strikes using the air jet striking device to stain contaminated rainwater or contaminated river water or a fluid material molecule such as seawater or milk or alcohol or beverage or general fresh water Separating the clean substance molecules having a heavy specific gravity and the light contaminant substance molecules having a specific gravity constituting the secondary substance molecule treatment plant to the upper end of the secondary substance molecular treatment plant;
In this process, suspended particulate pollutants and various pollutants that continuously float to the upper end of the secondary material molecular treatment plant are removed continuously by the action of gravity by the action of gravity, Clean water molecules constituting the river water or sea water or milk or alcoholic beverages or common fresh water are cleaned with clean substance molecules and at the same time clean rainwater having a high specific gravity passing through the secondary substance molecular treatment plant and clean water or sea water or milk Or a liquid substance molecule constituting a drink or a beverage or a general fresh water is introduced into the inside of the material molecular reservoir through the low layer water priority discharge passage by using the action of gravity inversely, The valve may be adjusted to < RTI ID = 0.0 > Only 90wt% to 99.9wt% of the influent amount of the fluid material molecules constituting the rainwater or the river water or the sea water or the milk, the alcohol, the beverage or the general fresh water flowing into the inside is stored and stored in the material molecular reservoir A fluid material molecule which is a main constituent molecule of stream water or rainwater or seawater or milk or alcoholic beverage or general fresh water which can not flow into the material molecular reservoir due to difference in specific gravity and action of gravity The pollutant rainwater and contaminated river water or seawater can be recovered by using a substance molecular purification system configured to remove light microparticulate pollutant molecules that have been separated from the pollutant discharging port by using the pump, Or milk or drink or drink Which collects various kinds of waste and contaminants contained in the fluidic substance molecules, collects the collected substance molecules, mixes them with other substances, or uses them as energy or purifies them with clean fluid substance molecules. Purification The rainwater and the early storm characterized by eco-friendly processes and all the bound material molecules that are associated with the particulate pollutants and fluid matter molecules contained in fluid matter molecules such as fresh water, sea water, milk, alcohol and blood Completely removes suspended substances or extracts molecules from fluid molecules. Mixes them with other materials and reuses them or cleans them. Nature-friendly fluid materials Molecular processing Environmentally friendly methods

The method of claim 1, wherein
And a rainwater storage tank configured to store and use purified water in a next stage of the lower end discharge port formed at the lower end of the material molecular reservoir to clean and use rainwater or river water to store and reuse the rainwater storage pool Which is characterized by the addition of rainwater and initial solid matter, and all the bonding material molecules that are bound to the particulate contaminants and fluidic matter molecules contained in fluid matter molecules such as fresh water, seawater, milk, alcohol and blood And floating matter substances, or substances extracted from fluid substance molecules mixed with other substances to reuse or purify them Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method of claim 1, wherein
A water tank configured to store purified water in the next stage of the lower end discharge port formed at the lower end of the material molecular reservoir and additionally provide a water tank so as to be usable so that the rainwater or the river water is cleanly purified, The addition of rainwater and initial aggregates and all the bonding molecules associated with particulate pollutants and fluidic matter molecules contained in fluid matter molecules such as freshwater, seawater, milk, liquor and blood, Completely removes suspended substances or extracts molecules from fluid molecules. Mixes them with other materials and reuses them or cleans them. Nature-friendly fluid materials Molecular processing Environmentally friendly methods

Eco-friendly processes for processing rainwater or river water or fluent material molecules such as fresh water or seawater or milk, liquor and blood or beverages, or materials that are configured to store fluid material molecules, such as dust collectors and conveyor belts, By using the device and the striking device, it is possible to purify clean fluid material molecules with heavy specific gravity combined with contaminant molecules by using a nano bubble generator and purify them with clean fluid material molecules or to extract a small amount of pollutant molecules from fluid material molecules In the eco-friendly method for purifying a natural-friendly fluidic substance molecule,
Preparing a first material molecule treatment plant;
A step of constructing a primary rotary impact device, a primary air injection striking device and a primary nano bubble processing device at a primary material molecular treatment plant;
Primary Molecular Structure A structure that combines piping pipes that discharge light gaseous substance molecules and fluid substance molecules from the upper end of the molecular treatment plant to the secondary substance molecular treatment plant with a secondary substance molecular treatment plant.
A primary substance molecular treatment plant constituted by a substance molecular treatment system constituted by a structure of a lower end discharge port for discharging fluid substances having a high specific gravity to the lower end of the primary substance molecular treatment plant is provided with fresh water, seawater, drinks, milk, First, the fluid material such as blood or alcohol is taken in, and after the injection, the first rotary atomizing device, the primary air atomizing striking device and the first nano bubble processing device are used in the first material molecule treatment plant to remove A secondary processing step in which foreign substances and floating substances are floated and discharged to the secondary material molecule treatment plant to crush and process the particle size of the substance molecules at a secondary material molecule treatment plant to a smaller size;
The secondary processed fluidic molecules move due to the difference in specific gravity and the action of gravity, so that fluidic mass molecules with a high specific gravity move to the material molecular reservoir through the lower end of the secondary mass molecular treatment plant, and at the same time, The molecules are discharged through a discharge port of the second material molecule treatment plant, which is configured in the secondary material molecule treatment plant so as to exert an action of being separated and discharged through the pollutant discharge port formed at the upper end of the secondary material molecule treatment plant and the upper end discharge port formed at the upper end of the material molecular reservoir, To adjust the discharge control valve so that only about 90 Wt% to 99.9 Wt% of the inflow amount of the fluid material molecules flowing into the material molecular reservoir is discharged to the material molecular reservoir, or the discharge control valve is adjusted to be reused. It does not flow into the material molecular reservoir due to the action of gravity The microparticulate pollutant molecules having a specific gravity of about 0.1 Wt% to 10 WT% are removed using the pump, or the pollutant discharge port and the upper end discharge port are used to separate and collect the microparticulate pollutant molecules To recycle or collect material molecules that are completely collected or collected from freshwater, seawater or beverages, fluid seasonings or liquid fermented foods, or contaminant molecules that are associated with fluidic material molecules such as milk, soy, blood or alcohol, A natural-friendly fluid material that mixes with matter and uses it as energy or cleans it. Molecular processing Rainwater and early storm water characterized by environment-friendly processes. Fluid materials such as fresh water, sea water, milk, liquor and blood. All combinations of contaminants and molecules associated with fluid molecules Molecular and fully remove suspended solids, or mixed with clean, purging or reuse eco-friendly eco-friendly method for processing a fluid substance molecules

Eco-friendly processes for processing rainwater or river water or fluent material molecules such as fresh water or seawater or milk, liquor and blood or beverages, or materials that are configured to store fluid material molecules, such as dust collectors and conveyor belts, By using the device and the striking device, it is possible to purify clean fluid material molecules with heavy specific gravity combined with contaminant molecules by using a nano bubble generator and purify them with clean fluid material molecules or to extract a small amount of pollutant molecules from fluid material molecules In the eco-friendly method for purifying a natural-friendly fluidic substance molecule,

Structure of a first material molecular processor;
A structure of an injection port for injecting fluidic substance molecules or gaseous substance molecules into the interior of the first material molecular processing machine at an upper end of the first material molecule processing machine;
A rotating striking device and an air striking striking device for striking fluent material molecules or gaseous material molecules inside the first material molecular processor;
A structure of a bottom discharge port for discharging fluidic substance molecules having a high specific gravity to the lower end of the first material molecular processor;
A structure of a discharge control valve coupled with the lower discharge port to control the discharge amount;
A joint structure of a gaseous material molecule having a specific gravity floating on the upper end of the first material molecular processor and a first discharge pipe arranged to move the fluid material molecules to the second material molecular processor;
Structure of a second material molecular processor;
A rotating striking device and an air striking striking device for striking fluent material molecules or gaseous material molecules inside the second material molecular processing machine;
A structure of a bottom discharge port for discharging fluidic substance molecules having a high specific gravity to the lower end of the second material molecular processor;
A joint structure of a gaseous material molecule having a specific gravity floating at the upper end of the second material molecular processing machine and a second discharge pipe configured to move the fluid material molecule to the third material molecular processing machine;
The structure of a third material molecular processor;
A rotating striking device and an air striking striking device for striking fluent material molecules or gaseous material molecules inside the third material molecular processing machine;
A structure of a bottom discharge port for discharging fluidic substance molecules having a large specific gravity to the lower end of the third material molecular processor;
A joint structure of a gaseous material molecule having a specific gravity floating at the upper end of the third material molecular processing machine and a third discharge pipe configured to move the fluid material molecule to the fourth material molecular processor;
Structure of the fourth material molecular processor;
A rotating striking device and an air striking striking device for striking fluent material molecules or gaseous material molecules inside the fourth material molecular processing machine;
A structure of a bottom discharge port for discharging fluidic substance molecules having a high specific gravity to the lower end of the fourth material molecular processor;
A joining structure of a gaseous material molecule having a specific gravity that floats to the upper end of the fourth material molecular processor and a fourth drain pipe configured to move the fluid material molecule to the fifth material molecular processor;
Structure of the fifth material molecular processor;
A rotating striking device and an air striking striking device for striking the fluid material molecules or the gaseous substance molecules inside the fifth material molecular processing machine;
A structure of a bottom discharge port for discharging heavy fluid molecules at a lower end of the fifth material molecular processor;
A joint structure of a gaseous material molecule having a specific gravity floating on the upper end of the fifth material molecular processing machine and a fifth discharge pipe configured to move the fluid material molecule to the secondary material molecule treatment plant;
Structure of the Secondary Molecular Molecular Treatment Plant;
A structure of a rotary striking device formed inside the secondary material molecule treatment plant and a circular air injection striking device formed in a circular shape;
A structure of a first movable induction plate body which is provided at an intermediate side of the secondary material molecule treatment plant to control the flow rate of fluidic substance molecules or gaseous substance molecules that are combined with the first control white paper to move in a forward and backward direction;
Wherein the first movable induction plate is closely attached to one side wall surface and the other side wall surface of the secondary MEA,
A structure of a second movable induction plate member formed by bonding a second control white paper to an upper end portion of the first movable induction plate member formed in the secondary material molecule treatment plant in a whitish manner;
Wherein the second movable induction plate is closely attached to one side wall surface and the other side wall surface of the secondary MEA,
The upper part of the second controlled white paper is combined to form a transverse separation plate so that the secondary material molecular treatment plant and the material molecular reservoir are respectively constituted;
Wherein the transverse separator is in close contact with one side wall surface and the other side wall surface of the second material molecule treatment field and the material molecule reservoir,
A lower end discharge amount regulating valve is formed at a lower end of the material molecular reservoir to zoom;
A structure for forming a pollutant discharge port by hermetically coupling the upper end of the transverse separation plate coupled with the secondary material molecule treatment plant and the material molecular reservoir with an upper plate;
A structure of an upper end discharge amount control valve coupled with the pollutant discharge port;
A structure of a pump provided at one side of the upper plate to collect gaseous substance molecules or fluent substance molecules having a specific gravity;
And a structure of an inlet for introducing gaseous substance molecules or fluid substance molecules having a specific gravity into the side surface of the upper plate;
In the first material molecular processing machine constructed as described above, the gaseous material molecules or the fluid material molecules are sequentially charged and processed, and then the gaseous material molecules or the non-specific fluids molecules having a specific gravity are formed in each step After moving to the material molecular processor, each of the exhaust pipes constituted in each material processing machine is sequentially passed through to extract gaseous material molecules or fluid material molecules having a smaller specific gravity, and then extracted gaseous material molecules or fluidic materials The material molecules are transferred to the secondary material molecule treatment plant 3700 so as to extract gaseous substance molecules or fluid substance molecules having a smaller specific gravity by using the rotary striking device and the circular air blowing striking device, Wherein the second substance The pollutant discharge port and the pollutant discharge port are formed in the secondary material molecular treatment plant, and the pollutant discharge port and the pollutant discharge port The amount of 0.1 WT% to 30 WT% of the total amount of the influent flowing into the secondary material molecular treatment plant is discharged through the upper end of the material molecular reservoir outlet formed in the material molecular reservoir, and by the action of gravity and specific gravity Wherein a concentration of about 70 WT% to about 99.99 WT% of the total amount of the gaseous material molecules or the fluidic substance molecules flowing into the secondary material molecule treatment plant and the material molecule reservoir is discharged through the lower end discharge port Wherein the lower discharge volume control valve and the pollutant discharge The upper end discharge amount control valve configured in the valve may be adjusted to control the flow of the gaseous substance material molecules or light specific fluid substance molecules contained in the gaseous substance molecules or the fluid substance molecules and the gaseous substance molecules And the lower end discharge control valve configured in the material molecular reservoir is controlled so as to exert the function of separating and discharging the fluidic substance molecules having a large specific gravity, To 90% by weight to 99.9% by weight of the inflow amount of the fluid material molecules flowing into the material molecular reservoir, and then discharged to the lower end discharge port formed at the lower end of the material molecular reservoir To be stored separately or reused, When adjusting the control valve and the upper-end discharge control valve, the specific gravity of 0.1 wt% ~ 10 wt%, which can not be introduced into the material molecular reservoir due to the difference in specific gravity and the action of gravity, Wherein the particulate pollutant molecules are removed or collected by the pump to be reused and at the same time a gaseous substance or fluid substance molecules of a low specific gravity that can not be collected or collected using the pump are introduced into the pollutant outlet and the substance A molecular substance processing system configured to separate, collect, and reuse a substance by discharging it to the outlet of a molecular reservoir to produce a fluid material molecule such as fresh water, seawater or beverage or fluid seasoning or fluid fermented food, or milk or soy sauce or blood or alcohol Or < RTI ID = 0.0 > It is possible to completely remove pollutant molecules bound to the gaseous substance molecules or to reuse the removed substance molecules or to mix them with other substance molecules and to clean them with energy or purify polluted substance molecules Nature-friendly Fluid Matter Molecular Processing Rainwater and early storms characterized by eco-friendly processes and combined with particulate contaminants and fluidic matter molecules contained in molecules of liquid water such as fresh water, sea water, milk, liquor and blood Which removes all binding substances and suspended substances, or mixes substance molecules extracted from fluid substance molecules with other substances to reuse or purify them Nature-friendly fluid substances Molecular processing Environmentally friendly methods

Eco-friendly processes for processing rainwater or river water or fluent material molecules such as fresh water or seawater or milk, liquor and blood or beverages, or materials that are configured to store fluid material molecules, such as dust collectors and conveyor belts, By using the device and the striking device, it is possible to purify clean fluid material molecules with heavy specific gravity combined with contaminant molecules by using a nano bubble generator and purify them with clean fluid material molecules or to extract a small amount of pollutant molecules from fluid material molecules In the eco-friendly method for purifying a natural-friendly fluidic substance molecule,

A structure of a first material molecular processor configured in an enclosure form;
A structure of an inlet port coupled with a control valve for controlling an inflow amount at an upper end of the first material molecular processor;
The structure of a rotating striking device constructed inside a primary material molecular processor;
A structure of a first lower discharge port connected to a first discharge control valve for controlling the discharge amount at a lower end of the first material molecular processor;
A structure of a first upper end discharge port configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the first material molecule processing machine;
A structure of a secondary material molecular processor coupled with a lower end of the primary lower outlet;
The structure of a rotary striking device constructed inside a secondary material molecular processor;
A structure of a second lower discharge port coupled with a secondary discharge control valve for controlling the discharge amount at the lower end of the secondary material molecular processor;
A structure of a second upper-end discharge port configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of an upper end of the second-order substance molecular-beam machining apparatus;
A structure of a tertiary material molecular processor coupled with a lower end of the secondary lower outlet;
The structure of a rotary striking device constructed inside a tertiary molecular material processing machine;
A structure of a third lower discharge port coupled with a third discharge control valve for controlling the discharge amount at the lower end of the third material molecular processor;
A structure of a tertiary top outlet configured to discharge gaseous material molecules or fluent material molecules having a specific gravity to one side of the upper end of the tertiary material molecular processor;
A structure of a quaternary material molecular processor coupled with a lower end of the third lower outlet;
The structure of a rotary striking device constructed inside a quaternary material molecular processor;
A structure of a fourth lower discharge port coupled with a fourth discharge control valve for controlling the discharge amount at the lower end of the fourth material molecular processor;
A structure of a quaternary upper end discharge port configured to discharge gaseous substance molecules or fluid substance molecules having a specific gravity to one side of the upper end of the quaternary material molecular processor;
A structure of a fifth-order material molecular processor coupled with a lower end of the fourth lower outlet;
A structure of a rotary striking device formed inside a fifth material molecular machine;
A structure of a fifth lower discharge port connected to a fifth discharge control valve for controlling the discharge amount at the lower end of the fifth material molecular processor;
A structure of a fifth order top outlet configured to discharge gaseous material molecules or fluid material molecules having a small specific gravity to one side of the upper end of the fifth material molecular processor;
As described above, when the fluid material molecules are sequentially introduced into the interior of the material Molecular Cutting Machine, the fluidic material molecules flowing into the first material Molecular Cutting Machine can be transferred to the fluid material molecules Substance molecules are continuously blown and processed. At the same time, about 70WT% ~ 99.99WT% of the influent amount flowing into the first material molecular processor is moved to the inside of the secondary material molecular processor, which is composed in the next step, And the first discharge control valve is controlled so that the remaining 0.01 WT% to 30 WT% of the remaining amount can not be transferred to the secondary material molecular processor due to the difference in specific gravity, to the upper end discharge port formed at the upper end of the first material molecular processor After separating the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity, The fluid material molecules having heavy specific gravity are transferred to the secondary material molecular processing machine through the first lower end discharge port formed at the lower end of the first material molecular processing machine and at the same time, The fluid material molecules are continuously blown by using the apparatus and at the same time, about 70 WT% to 99.99 WT% of the total amount of the fluid material molecules having a heavy specific gravity is discharged through the second lower end outlet formed at the lower end of the second material molecular processor The second material component is discharged to the upper end of the second mass-processing machine by the action of gravity and the difference of specific gravity and the action of gravity. The secondary material is discharged to the upper end outlet of the secondary material forming unit, 001) is controlled to control the secondary discharge control valve to continuously separate fluidic substance molecules having light specific gravity and heavy fluidic substance molecules, which are combined with the fluidic substance molecules, The fluid material molecules injected into the secondary material molecular processor are successively struck using a rotary striking device and at the same time, about 70 WT% ~ 99.99 WT% of the total amount of the fluid material molecules having a heavy specific gravity is processed by the fourth material molecular processor And the remaining liquid material molecules having a specific gravity of about 0.01 WT% to 30 WT% are discharged at the lower end of the third material mass processing machine so that the action of separation and discharge to the third upper end discharge port formed at the upper end of the third material processing machine is generated By controlling the configured third discharge regulating valve, it is possible to control the flow of fluid material molecules with light specific gravity, The fluid substance molecules flowing into the interior of the quaternary material molecular processing machine are successively blown and processed by the rotation striking device by the action of gravity while simultaneously separating the material molecules, Of the total mass of the fluidic substance molecules having a large specific gravity is discharged into the fifth molecular mass processing machine and then reworked. In addition, 0.01 wt% to 30 wt% The fourth order discharge control valve formed at the lower end of the fourth material molecular processing machine is controlled so as to generate an action of being separated and discharged to the fourth upper end discharge port formed at the upper end of the secondary material processing machine, By separating the fluid material molecules and the heavier fluid material molecules separately, And discharges it to the molecular mass processing machine. At the same time, the fluid material molecules that flow into the inside of the fifth molecular material processing machine are struck successively by using the rotary striking device, so that the fluid material molecule is a liquid material molecule And heavy hydrodynamic molecules are separated from each other, and at the same time, a fluidic substance molecule having a specific gravity of 0.01 WT% to 100 WT% among 100 WT% of the total amount of fluidic substance molecules having a large specific gravity introduced into the fifth- 30WT% is discharged to the fifth upper end outlet formed at the upper end of the fifth material molecular processor and treated separately, and the remaining 70WT% ~99.99WT% is processed at the fifth lower end The fifth order discharge control valve, which is located at the lower end of the fifth material molecular processor, is controlled so as to be discharged to the discharge port, It is characterized by the eco-friendly eco-friendly method of extracting material molecules and light liquid matter molecules separately from each other. Rainwater and early stormwater and fluid materials such as fresh water, sea water, milk, liquor and blood. Contaminants and all binding substances that are bound to fluid molecules. Completely removes molecules and suspended substances or mixes the molecules of matter extracted from fluid molecules with other substances to reuse or clean them. Material molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
By using the above-mentioned material molecular treatment system, 0.3WT% ~ 20WT% of pollutant molecules are separated and extracted from 100WT% of seawater, and then the extracted pollutant molecules are dried to produce a chemical material containing sodium as a main component And all the bonding material molecules and suspended matter substances that are associated with the particulate contaminants and fluidic substance molecules contained in the initial rainwater and the initial stormwater and fluid material such as fresh water, sea water, milk, alcohol, and blood To remove or completely remove substances from fluid molecules Molecules of other materials mixed with other materials to reuse or clean the nature-friendly fluid materials Molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above substance molecular treatment system, 1WT% ~ 30WT% of freshwater is separated into 70WT ~ 99WT% Wherein the diluted mixture is further diluted and then the diluted mixture is dried to produce salt. The rainwater and the initial rainwater and the fluids such as fresh water, seawater, milk, liquor and blood are mixed with the particulate pollutants contained in the molecules and the fluid All bond substances bound to sex substances Molecules and suspended substances are completely removed or substances extracted from fluid substance molecules are mixed with other substances and reused or cleaned. Nature-friendly fluid substances Molecular processing Eco-process

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above-mentioned material molecular treatment system, 1WT% ~ 10WT% of waste materials are separated into 70WT ~ 99WT% And 30WT% of energy is used as the energy of the mixture, which is characterized by using rainwater and initial rainwater, fresh water and fluid materials such as seawater, milk, liquor and blood, and the particulate pollutants and fluidic substances Which binds and removes all binding substances and suspended substances, or mixes substance molecules extracted from fluid substance molecules with other substances to reuse or purify them Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above material molecular treatment system, 1WT% ~ 30WT% of waste sludge is separated into 70WT ~ 99WT% Is used as energy for further dilution and is used as energy. It is combined with particulate contaminants and fluidic matter molecules contained in molecules of fluids such as rainwater and initial rainwater, fresh water, sea water, milk, alcohol and blood. Which removes all binding substances and suspended substances, or mixes substance molecules extracted from fluid substance molecules with other substances to reuse or purify them Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above material molecular treatment system, 1WT% ~ 30WT% of coal is added to 70WT ~ 99WT% To produce gaseous energy, characterized in that it produces gaseous energy. The initial rainwater and initial rainwater, and fresh water, are fluid substances such as seawater, milk, liquor and blood. All binding substances and floating substances are completely removed or mixed with other substances to extract the substances from the fluid material molecules and reuse or clean them. Nature friendly fluid materials Molecular processing Environmentally friendly method

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the material molecule treatment system, 1WT% ~ 30WT% of wood is separated into 70WT ~ 99WT% Is used as energy for further dilution and is characterized by the use of rainwater and initial rainwater as well as microparticulate pollutants and fluidic matter molecules contained in fluid materials such as fresh water, seawater, milk, liquor and blood All bonded substances and floating substances are completely removed, or substances extracted from fluid substance molecules are mixed with other substances and reused or cleaned. Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above material molecular treatment system, 1WT% ~ 30WT% of petroleum is separated into 70WT ~ 99WT% And the gas is produced by heating it. The present invention relates to a process for producing gas, which is characterized by producing rainwater, initial rainwater and fresh rainwater, fluid materials such as seawater, milk, liquor and blood, All bonded substances and floating substances are completely removed, or substances extracted from fluid substance molecules are mixed with other substances and reused or cleaned. Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
After separating and extracting 0.3WT% ~ 20WT% of pollutant molecules from 100WT% of seawater by using the above material molecular treatment system, 1WT% ~ 10WT% of waste tire crushed material is separated into 70WT ~ 99WT% 30WT% is added to the boiler, which is used to produce electricity or to be used for heating or industrial energy. The rainwater, the initial rainwater, fresh water, sea water, milk, alcohol and blood Fluid substances are completely removed from all binding substances and suspended substances bound to microparticulate contaminants and fluidic substance molecules contained in the molecule, or material molecules extracted from fluidic substance molecules are mixed with other substances and reused Or cleanly cleaned Nature-friendly fluid material Molecular processing Eco-friendly method

The method according to any one of claims 1 to 4,
Wherein the rocking rod coupled with the rotary striking device is configured to combine a mineral material to provide a catalytic action between the mineral component and the fluidic material molecule contained in the mineral material, wherein the rainwater and the initial rainwater, fresh water, seawater, Fluid materials such as alcohol and blood. All the bonding substances and suspended substances contained in the molecules and the bound particulate contaminants contained in the molecules are removed completely or the substance molecules extracted from the fluid substance molecules are transferred to other substances Friendly materials that can be reused or cleaned by mixing them with a fluid material Molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
Wherein the fluid material molecules are processed by momentarily generated magnetic force by coupling magnets to the striking bar coupled with the rotary striking device. The rainwater, the initial rainwater, the fresh water, the seawater, the milk, the fluid material It completely removes all binding substances and floating substances combined with the particulate contaminants and fluidic substance molecules contained in the molecule or mixes the substance molecules extracted from the fluidic substance molecules with other substances to reuse or clean them Environment-friendly fluidic material molecule processing

The method according to any one of claims 1 to 4,
When the air injection striking device is used to inject air into a primary treatment plant or a secondary material molecular treatment plant and a material molecular reservoir, air heated to a high temperature of about 10 to 700 degrees is simultaneously injected to process fluid substance molecules And all the bonding material molecules and suspended matter substances that are associated with the particulate contaminants and fluidic substance molecules contained in the initial rainwater and the initial stormwater and fluid material such as fresh water, sea water, milk, alcohol, and blood To remove or completely remove substances from fluid molecules Molecules of other materials mixed with other materials to reuse or clean the nature-friendly fluid materials Molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
When the air injection striking device is used to inject air into the primary treatment plant or the secondary material molecular treatment plant and the material molecular reservoir, air heated at a low temperature of -1 to -100 degrees Celsius is simultaneously injected into the fluid material Water, which is characterized by the processing of molecules, and initial aggregates and particles of fluid substances such as fresh water, seawater, milk, liquor, and blood, all of which are associated with particulate pollutants and fluidic matter molecules And floating matter substances, or substances extracted from fluid substance molecules mixed with other substances to reuse or purify them Nature-friendly fluid substances Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
When the air injection striking device is used to inject air into a primary treatment plant or a secondary material molecular treatment plant and a material molecular reservoir, gaseous material molecules such as hydrogen, oxygen, or nitrogen are injected at the same time to remove harmful The material of matter is characterized by the extraction of rainwater and early stormwater and fresh water and fluids such as fresh water, sea water and milk, liquor and blood, all of which are combined with particulate pollutants and fluidic matter molecules contained in the molecule It is a natural process that removes material molecules and suspended substances completely, or mixes substance molecules extracted from fluid substance molecules with other substances and reuses them or cleans them.

The method according to any one of claims 1 to 4,
The salt component extract extracted through the process of inputting seawater into the primary treatment plant or the secondary substance molecular treatment plant and the substance molecular reservoir combined with the air spraying striking device and the air spray striking device is applied to the primary treatment plant or the secondary substance Characterized in that gas molecules are extracted by injecting gaseous substance molecules such as hydrogen or oxygen or nitrogen into the molecular treatment plant and the material molecular reservoir to re-process and re-process the gaseous substance molecules. And liquid substances such as alcohol and blood, all of the binding substances and floating substances contained in the molecules and the binding substances contained in the molecules, Nature-friendly fluid properties that mix with materials to reuse or clean Molecule friendly processing method

The method according to any one of claims 1 to 4,
The salt component extract extracted through the process of inputting seawater into the primary treatment plant or the secondary substance molecular treatment plant and the substance molecular reservoir combined with the air spraying striking device and the air spray striking device is further introduced into the primary treatment plant or the second And the gas component is extracted by injecting the sulfur component at the time of reprocessing and re-processing in the molecular substance storage room and the material molecular reservoir. The rainwater, the initial rainwater, the fresh water, the sea water, the milk, the fluid such as alcohol and blood It is possible to completely remove all binding substances and suspended substances bound to the particulate contaminants and fluidic substance molecules contained in the substance, or to mix and reuse substance molecules extracted from the fluidic substance molecule with other substances Nature-friendly fluid material that cleans and cleanses Molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
The seawater is introduced into the primary treatment plant or the secondary material molecular treatment plant and the material molecular reservoir combined with the air injection striking device and the air injection striking device and processed, and discharged from the factory at a rate of 50 wt% to 70 wt% The mixture of 30wt% ~ 50wt% of soot is neutralized to neutralize various pollutants such as carbon dioxide contained in the soot, or segregated and discharged from various solid materials and fluid substances contained in seawater and soot. Which is characterized in that it is extracted and removed, and is characterized by the presence of particulate contaminants contained in molecules of fluid material such as fresh water, fresh water, fresh water, seawater, milk, alcohol and blood, And the substance molecules extracted from the fluid material molecule are mixed with other substances Nature-friendly fluid materials that are reused or cleaned clean Molecular processing Eco-friendly method

The method according to any one of claims 1 to 4,
When the alcohol is injected into the primary treatment plant or the secondary material molecular treatment plant and the material molecular reservoir combined with the air injection striking device and the air injection striking device, the alcohol is discharged from the plant at a ratio of 50 wt% to 70 wt% And 30wt% ~ 50wt% of the soot is mixed and discharged to neutralize various pollutants including carbon dioxide contained in the soot or to separate and discharge various solid materials and fluid materials contained in the alcohol and soot. And extracts and removes rainwater and initial rainwater, fresh water, and fluid substances such as seawater, milk, liquor, and blood. The particulate pollutants contained in the molecules and all the bonding substances And the substance molecules extracted from the fluid substance molecules are mixed with other substances to completely re- Nature-friendly fluid materials that are used or cleansed. Molecular processing Eco-friendly method

The method according to any one of claims 1 to 4,
A petroleum-derived extract extracted from petroleum such as benzene and thinner is put into a primary treatment plant or a secondary material molecular treatment plant and a material molecular reservoir combined with the air spraying striking device and the air injection striking device,
Compared to 50wt% ~ 70wt% of petroleum-derived extracts, the mixture of 30wt% ~ 50wt% of soot discharged from the factory is neutralized and discharged, The present invention relates to a method for producing a water-soluble polymer, which comprises collecting, extracting and removing various solid materials and fluidic substances contained in a liquid, Contaminants and all binding substances that are bound to fluid molecules. Completely removes molecules and suspended substances or mixes the molecules of matter extracted from fluid molecules with other substances to reuse or clean them. Material molecular processing eco-friendly method

The method according to any one of claims 1 to 4,
The pressure of the fluid to be introduced when the fluid material is put into the material molecular processor, the primary treatment plant or the secondary material molecular treatment plant is sprayed at a pressure of 5 to 5000 bar to remove harmful substances contained in the fluid material and the gaseous substance The material is characterized by the processing of rainwater and initial rainwater and fresh water, and fluid materials such as seawater, milk, liquor, and blood. The particulate pollutants contained in the molecules and all bonding substances To remove molecules and suspended matter completely or to extract material molecules from fluid molecules and mix them with other materials to reuse or purify them Nature-friendly fluid materials Molecular processing Environmentally friendly methods

The method according to any one of claims 1 to 4,
The pressure of the gaseous material which is injected at the same time when the fluid material is supplied to the material material processing machine, the primary treatment plant or the secondary material molecular treatment plant is sprayed at a pressure of 5 to 5000 bar to produce a fluid material and a gaseous material Which is characterized by the processing of harmful substances contained in the water, and with the initial rainwater and the early stormwater, and with the particulate contaminants contained in the fluid material such as seawater, milk, liquor and blood, All bonding materials Absolute or floating materials are completely removed, or material molecules extracted from fluid material molecules are mixed with other materials and reused or cleaned Nature friendly fluid material Molecular processing Environmentally friendly method

The pollutant molecules and the fluidic substance molecules bound to the contaminant molecules are passed through stepwise to purify them as clean water molecules and at the same time extract the particles of the contaminant contaminants contained in the contaminant molecules and use them as energy Eco-friendly construction method

100% by weight of the seawater is introduced into the secondary material molecular treatment plant 3700, which is formed in a stepwise manner, and then continuously struck with the rotary striking device 2001 or struck with the air injection device 1008, And 95% by weight to 99.99% by weight of 100% by weight based on the amount of the influent are controlled in the material molecule reservoir 1000 by adjusting the discharge amount control valve 1105 formed inside the secondary material molecule treatment plant The remaining 0.01wt% to 5wt% of the material molecules are discharged through the upper outlet 1112 formed at the upper end of the secondary material molecular treatment plant 3700 and then collected The pollutant molecules characterized by a seawater treatment device configured to be reused or disposed of, and the particulate contaminants and suspended matter contained in the fluidic material molecules are perfectly Giant molecules or fluid substances extracted from the material molecules mixed-friendly nature to purify or clean reusable materials and other materials in the fluid molecules environmentally friendly processing method

The contaminated air is continuously introduced into the interior of the secondary material molecule treatment plant 3700 and water is simultaneously introduced into the interior of the secondary material molecule treatment plant 3700 and then struck by the rotary striking device 2001 or struck by the air injection device 1008, The pollutant molecules and the fluent material which are separated from the pollutant molecules are cleanly cleaned, and the fine particulate pollutants and suspended matters contained in the molecules are completely removed or extracted from the fluidic substance molecules Nature-friendly fluid materials that mix material molecules with other materials to reuse or clean them. Molecular processing Environmentally friendly methods