TWM577350U - Electrostatic separation purifier - Google Patents

Abstract

The present invention provides an electrostatic separation purifier comprising: an input channel, an electrostatic purification device, a liquid purification device, an output channel; an input channel for providing exhaust gas entry; an electrostatic purification device connected to the input channel; a liquid purification device, and electrostatic cleaning The device is connected, and the other end is connected to the output channel; wherein the electrostatic cleaning device comprises at least one anode unit connected to the input channel and the liquid purification device, and a cathode line group disposed in the anode unit, wherein the cathode line group can be connected to the power The connection and release of electrons cause the dust entering the anode unit to be negatively charged. Therefore, the negatively charged dust and particles are attached to the anode unit due to the positive and negative absorption of Coulomb's law, so that the effect of purifying the air can be achieved.

Description

Electrostatic separation purifier

This creation relates to a purifier; more specifically, to an electrostatic separation purifier that purifies fumes or particulates of soot in the air.

In view of the development of science and technology, the emission of exhaust gas is increasing day by day, resulting in more and more serious air quality pollution. In the use of people's livelihood, the general public often removes combustible waste through burning, or burns worship sites in religious beliefs. When it is needed, smoke and dust are often generated during the combustion process. In industrial applications, the factory often produces the dust and exhaust gas, which causes the air quality of the overall environment to be affected. Environmental awareness is on the rise, and improving air quality is one of the important topics for future technological development.

In general, the way to separate and purify the dust in the exhaust gas can be filtered by a strainer or a bag, and sprayed by water. However, when the user filters and removes dust in the above manner, the following defects are present: 1. If the filter or bag filter is used, after a period of use, it is easy to block the air inlet of the filter or the bag due to the large dirt such as dust or smoke, and the wind resistance of the exhaust gas entering the filter or bag becomes larger. Finally, the filtering effect is not good. 2. If the water is sprayed, it is often impossible to evenly and effectively capture all the dust, so the separation and purification effect is poor, and even secondary pollution is caused, that is, the exhaust gas adheres to the dirty without complete spray cleaning. When it is dirty, it may also produce more complicated and polluted dirt.

In view of this, I have been engaged in R&D experience in related fields for many years, and have conducted in-depth discussions on the above-mentioned shortcomings, and actively sought solutions based on the above-mentioned needs. After a long period of hard work and many tests, I finally completed this creation.

The main advantage of this creation is that through the electrostatic purification device and the liquid purification device, the solid matter in the air (smoke dust exhaust gas) and the liquid or oily substances in the air can be completely separated and purified to obtain cleaner air.

In order to achieve the above purpose, the present invention provides an electrostatic separation purifier comprising: an input channel, an electrostatic purification device, a liquid purification device, an output channel; an input channel for providing exhaust gas; and an electrostatic purification device connected to the input channel; Purifying a large amount of dust or smoke; the liquid purifying device is connected with the other end of the electrostatic purifying device to remove large dirt which is difficult to be separated by the electrostatic purifying device; wherein the electrostatic purifying device has at least one anode connected to the input channel and the liquid purifying device a unit, and a cathode wire group disposed in the anode unit, wherein the cathode wire group is connectable with electric power, so that dust and particles entering the anode unit are negatively charged, so that negatively charged dust and particles can be positively and negatively attracted to the anode unit. on.

In the above, the dust and the smoke in the exhaust gas can be separated by the electrostatic purification device, and the separated air can be cleaned by the liquid purification device, especially the uncharged or large molecules. That is to say, the molecules that the electrostatic purification device cannot separate, for example, the air that is burned to the aerosol, can be achieved by cleaning the molecule with a liquid (the liquid can be water, a cleaning liquid, an alkaline water, etc.). Good air purification effect.

The liquid purification device may include an agitation unit connected to the electrostatic purification device, and a second scrubber disposed in the agitation unit; the air entering the agitation unit may be directly dispersed by the agitation unit, and then the operation is performed. The cleaning liquid is sprayed through the second scrubber to remove the larger uncharged dirt of the air, thereby achieving the effect of purifying the air.

The liquid purification device may also include a shower unit connected to the electrostatic purification device; the cleaning liquid may be sprayed directly on the air entering the shower unit to achieve the purpose of purifying the air.

The liquid purification device may also include a water film dust remover connected to the electrostatic purification device; the water film dust remover can pass through the generated water film to flush the air which is less susceptible to separation by the electrostatic purification device, and rinses in a waterfall-like manner. In this way, the dirt is cleaned and acted to achieve the effect of purifying the air.

Wherein, the liquid purification device may further comprise a pneumatic unit for the air to exhibit a spiral or irregular movement therein, and a first scrubber disposed on the pneumatic unit and capable of injecting the cleaning liquid into the pneumatic unit, the aerodynamic force The unit is connected to the electrostatic purification device, so the dust or smoke can be separated first by the electrostatic cleaning device, and then the separated air is stirred by the pneumatic power through the pneumatic unit, and then the cleaning liquid is sprayed, so that the air is not easily electrostatically purified. Substances separated by the device can also be removed, resulting in a quieter air.

Wherein, the pneumatic unit can also be stacked at least one layer, which can lengthen the path of air movement, can make the stirring action more uniform, and the pneumatic unit is provided with at least one rotary blade designed with an irregular angle, so that the exhaust gas can form more kinds of The moving path has more opportunities for contact with the cleaning liquid, thus enhancing the action of the cleaning liquid to separate the oily substances in the exhaust gas.

Wherein, the foregoing electrostatic cleaning device and the liquid purification device may be provided with a barrel body, and at the same time, the barrel body and the electrostatic purification device and the liquid purification device have an opening valve, and a high pressure spray cleaning may be added above the electrostatic cleaning device. Liquid to the fifth scrubber in the anode unit; when used to clean the anode unit, the open valve can be opened, and then the dirt accumulated on the anode unit and under the liquid purification device, or the harder to charge The molecules are opened through the open valve, and the fifth scrubber is used to discharge the dirt into the barrel, so the cleaning method becomes simpler.

Wherein, the output channel can add an exhaust fan that draws in gas from the input channel and is extracted by the output channel; the air entering the input channel can be smoothly entered, and the more forward power can be discharged from the output channel, thereby improving the purification operation. s efficiency.

For a more detailed understanding of the purpose, function, features and structure of the present invention, the preferred embodiments and the accompanying drawings are set forth below.

Please refer to FIG. 1. FIG. 1 is a schematic view (1) of a first preferred embodiment of the present invention.

As shown in the figure, the electrostatic separation cleaner 1 of the first preferred embodiment of the present invention comprises: an input channel 11, an electrostatic purification device 12, a liquid purification device 13, an output channel 14, and an input channel 11 for providing exhaust gas; The purifying device 12 is connected to the input channel 11 to purify a large amount of dust; the liquid purifying device 13 is connected to the other end of the electrostatic purifying device 12, and the other end is connected to the output channel 14, which is more difficult to be charged by the electrostatic purifying device 12 in the air. The separated macromolecules are dirty.

In the foregoing, the electrostatic cleaning device 12 is at least one anode unit 121 connected to the input channel 11 and the liquid purification device 13, and a cathode wire group 122 disposed in the anode unit 121. The cathode wire group 122 can be electrically connected to allow entry. The dust and the particles in the anode unit 121 are negatively charged. Therefore, the negatively charged dust and particles can be positively and negatively attracted to the anode unit 121. The anode unit 121 can be an anode tube or an anode plate. Taking the anode tube as an example, the dust and particles in the air can be separated by the electrostatic cleaning device 12, for example, the exhaust gas after burning the wood, and then the liquid cleaning device 13 is used to clean the hard-to-charge large molecules in the air. In this way, a more complete purification of air can be achieved.

Among them, the liquid purification action in the air can be various, such as: pneumatic emulsification, stirring operation, full spray, water film dust removal, etc., the following will be described for different liquid purification as a dynamic sample.

In the foregoing, the liquid purification device 13 may include an agitation unit (not shown) connected to the electrostatic purification device 12, and a second scrubber (not shown) disposed in the agitation unit (not shown); The unit (not shown) can directly disperse the air entering the stirring unit (not shown), and then spray the cleaning liquid through the second scrubber (not shown) (the cleaning liquid can be water or alkali). Water...etc.), removes the large uncharged dirt of the air, and achieves the effect of purifying the air.

In the meantime, the liquid purification device 13 may also include a shower unit (not shown) connected to the electrostatic purification device 12; the cleaning liquid may be sprayed directly on the air entering the shower unit (not shown), and may be directed to the air. It is not easy to be cleaned by the dirt separated by the electrostatic cleaning device 12, and the purpose of purifying the air is achieved.

On the other hand, the liquid purification device 13 may also include a water film dust collector (not shown) connected to the electrostatic cleaning device 12; the water film dust collector (not shown) may pass through the generated water film to compare the air. It is not easy to be contaminated by the electrostatic cleaning device 12, and is flushed in a waterfall-like manner to clean the dirt to achieve the effect of purifying the air.

In this embodiment, the liquid purification operation system is exemplified by a pneumatic emulsification method; the liquid purification device 13 may include a pneumatic unit (not shown) for the air to exhibit a spiral or irregular movement therein, and a pneumatic device. a unit (not shown) and a cleaning liquid can be sprayed into a first scrubber (not shown) in a pneumatic unit (not shown), and the pneumatic unit (not shown) is connected to the electrostatic cleaning device 12, thus The dust or the smoke may be separated first by the electrostatic cleaning device 12, and then the separated air is stirred by the pneumatic unit through a pneumatic unit (not shown), and then the first scrubber (not shown) is sprayed with the cleaning liquid. The dirt in the air which is more difficult to be separated by the electrostatic cleaning device 12 is cleaned and actuated, and finally, a quieter air can be obtained.

It is worth mentioning that the pneumatic unit (not shown) may also be at least one layer stacking, which can lengthen the path of air movement, so that the stirring operation can be more uniform, and at least one of the pneumatic units (not shown) is provided. Irregular angle design of the rotor blades (not shown) can make the exhaust gas form more kinds of moving paths, and there are more opportunities for contact with the cleaning liquid, so that it is difficult to separate the cleaning exhaust gas through the electrostatic cleaning device 12. The substance has a better purifying effect.

In addition, please refer to FIG. 2, which is a schematic diagram (2) of the first preferred embodiment of the present invention.

A barrel (not shown) may be added to the electrostatic cleaning device 12 and the liquid purification device 13 at the same time, and an opening valve is provided between the barrel (not shown) and the electrostatic cleaning device 12 and the liquid cleaning device 13 ( The figure is not shown, and a fifth scrubber (not shown) capable of high-pressure spray cleaning liquid into the anode unit 121 may be added to the electrostatic cleaning device 12 to clean the anode unit 121 or the cathode line group 122. The anode unit 121 and the cathode wire group 122 can maintain the optimal adsorption effect with the negative electrode particles; moreover, when the anode unit 121 is cleaned, the opening valve (not shown) can be opened, originally on the anode unit 121 or the cathode line. The large-molecules of the group 122 are more difficult to be charged, and are opened by an opening valve (not shown) and sprayed by a fifth scrubber (not shown) to make these on the anode unit 121 or the cathode line group. The dirt on the pipeline of 122 is dropped into the barrel (not shown), and the cleaning of the electrostatic cleaning device 12 and the liquid purification device 13 can be completed.

The output channel 14 can be provided with an exhaust fan (not shown) for drawing gas from the input channel 11 and being withdrawn from the output channel 14; the air entering the input channel 11 can be smoothly entered, and the forward power can be further enhanced. It is discharged from the output channel 14 to further improve the efficiency of the purification operation.

As described in detail, as shown in FIG. 1 (the direction of the arrow is the direction of air movement), the clean air of the present embodiment operates as follows: When the exhaust gas enters the electrostatic cleaning device 12 from the input channel 11, it first enters the anode unit 121, When the cathode wire group 122 is connected to the power to generate negative electricity, when the dust and particles in the air flow through the cathode wire group 122, the negatively charged particles are formed on the surface by the negatively charged electrons, and the positively charged anode unit 121 and the negatively charged particles are The positive and negative phase attraction can be generated by the principle of Coulomb's law, so that the negatively charged particles are adsorbed on the anode unit 121, thereby achieving the effect of separating dust, particles and the like in the air.

Then, the separated air enters the liquid purifying device 13 from the anode unit 121. The liquid purifying device 13 of the present embodiment is illustrated by pneumatic emulsification, and is passed through a rotary vane (not shown) in a pneumatic unit (not shown). In turn, a spiral or irregular movement mode is generated. At this time, the cleaning liquid is sprayed into the pneumatic unit (not shown) through the first scrubber (not shown), so that the exhaust gas and the cleaning liquid are generated. The facing contact forms a stirring-like action, and the cleaning liquid can form an emulsion which is more difficult to separate through the electrostatic cleaning device 12, and the emulsion can flow down the wall of the pneumatic unit (not shown). To the bottom of the liquid purification device 13, the dirt can be separated and precipitated. This product does not need to provide additional power, and only the gas flows automatically, so the cost can be reduced, and only the pneumatic unit (not shown) can be used for stirring. The cleaning liquid is brought into contact with the exhaust gas very uniformly, so that the macromolecular contamination which is hard to separate by the electrostatic cleaning device 12 can be removed very efficiently.

Finally, the cleaned and cleaned air is discharged from the output channel 14 at the other end of the pneumatic unit (not shown) to obtain smokeless, dust-free air, which is effective in purifying the air, especially through pumping. The fan (not shown) enhances the power of the air moving to the output passage 14, which can improve the efficiency of the purifying operation, so that the creation can smoothly obtain the clean air, and the creation system can be located in any place where a large amount of dust is easily generated. It can effectively purify the air-contaminated space into an environment with extremely clean air.

In addition, as shown in FIG. 2, when the amount of dust in the anode unit 121 or the amount of dirt at the bottom of the liquid purifying device 13 reaches a certain level, the cleaning operation can be performed as follows: First, the electric power is released. The connection with the cathode line group 122, and the negatively charged negatively charged particles (the black portion of the anode unit 121 in Fig. 2), will lose the power of the cathode line group 122 and cannot maintain the negatively charged characteristic, so that it can no longer be attached to the positive band. On the electric anode unit 121, dust and particles are simultaneously dropped by the influence of gravity. At this time, the anode unit 121 and the opening valve (not shown) below the liquid purification device 13 are opened, and the dust and dirt are opened. The cleaning of the electrostatic cleaning device 12 and the liquid purification device 13 can be completed by opening the valve (not shown) and then dropping into the barrel (not shown).

In the present invention, the electrostatic purification device 12 and the liquid purification device 13 are detachable, and can be selected according to different needs of the user. Therefore, the present invention can be combined with the first preferred embodiment. There are aspects of the second and third preferred embodiments, which will be described below with respect to the second and third preferred embodiments.

Please refer to FIG. 3. FIG. 3 is a schematic diagram of a second preferred embodiment of the present invention.

The second preferred embodiment of the present invention still includes the related components of the first preferred embodiment, such as the input channel 11, the electrostatic cleaning device 12, the liquid purification device 13, and the output channel 14, which differ from the first preferred embodiment in that The liquid purification device 13 is connected to the input channel 11, and the electrostatic purification device 12 is connected to the liquid purification device 13, and the other end is connected to the output channel 14; wherein the structure of the electrostatic cleaning device 12 is the first implementation For example, the anode unit 121 connected to the liquid purification device 13 and the output channel 14 and the cathode line group 122 disposed in the anode unit 121 are electrically connected to the anode unit 121. The dust and the particles are negatively charged, so that the negatively charged dust and particles can be positively and negatively attracted to the anode unit 121.

In the foregoing, the liquid purification operation in the air can still be in various aspects, such as: pneumatic emulsification, stirring operation, full spray, water film dust removal, etc.; therefore, the liquid purification device 13 can still include the electrostatic purification device. 12 connected stirring unit (not shown), and a fourth scrubber (not shown) disposed in the stirring unit (not shown); or may also include a shower unit connected to the electrostatic cleaning device 12 ( It is also shown that the water film dust collector (not shown) connected to the electrostatic cleaning device 12 may be included. The operation and efficacy of the above device are the same as those described in the first embodiment, and will not be described again.

Continuing the foregoing, in the present embodiment, the liquid or oily substance in the purified air is still exemplified by pneumatic emulsification; therefore, the liquid purification device 13 may still include a spiral or irregular movement in which the air is present. a pneumatic unit (not shown), and a third scrubber (not shown) that is disposed on the pneumatic unit (not shown) and that can spray the cleaning liquid into the pneumatic unit (not shown), and the pneumatic unit (not shown) is connected to the input channel 11; at the same time, the pneumatic unit (not shown) still has at least one layer stack, which can lengthen the path of air movement, can make the stirring action more uniform, and the pneumatic unit (not shown) At least one rotary blade (not shown) with irregular angle design is still provided, and the above device actuation and efficacy are the same as those described in the first embodiment, and will not be described again.

In the foregoing embodiment, the difference from the first preferred embodiment in this embodiment is that after the air enters through the input channel 11, the liquid purification device 13 is first passed, and the larger and less electrified dirt can be cleaned first and cleaned. The air after entering the anode unit 121, and then separating the dust or the smoke, and finally outputting from the output channel 14 to complete the purification operation, the embodiment and the first preferred embodiment can achieve complete purification of the air. The effect.

In other words, the foregoing first embodiment and the second embodiment can clean the dust which is more difficult to be separated by the electrostatic cleaning device 12 in addition to the separation and purification of the dust and the smoke, and can be particularly used for: the wood itself contains In the case of an aerosol, the aerosol enters the atmosphere with the exhaust gas, so that it can be specifically directed to the air after the electrostatic separation, in which the purified aerosol is still not separated, and the cleaning operation is performed through the liquid purification device 13, which can be more complete. The effect of purifying the air.

Please refer to FIG. 4. FIG. 4 is a schematic diagram of a third preferred embodiment of the present invention.

The third preferred embodiment of the present invention still includes some of the components of the first preferred embodiment, such as the input channel 11, the electrostatic cleaning device 12, and the output channel 14. The difference from the first preferred embodiment is that the electrostatic cleaning device The 12 series connects the input channel 11 and the output channel 14; therefore, the present embodiment only uses the electrostatic cleaning device 12 to directly separate the dust or smoke in the air, and some users want to dry some of the substances in the extracted air. The dust or the substance after the smoke is collected by separation, and the substance is not in contact with the water, so the separation operation can be selectively carried out using the aspect of the third preferred embodiment.

For example, when the carbon fiber is burned, the air at the time of combustion enters the present creation, and the electrostatic cleaning device 12 attaches the carbon or the substance to be collected to the cell wall of the anode unit 121, and the remaining air is discharged from the output channel 14. It can be used to obtain specific substances in the air; or it can be used for simple purification with low cost. For example, it can be used for the general public to burn the blades, or to sacly use the exhaust gas after the gold paper to purify the dust and smoke in the simple air. Actuation, only a simple component can achieve the effect of purifying the air.

In summary, the electrostatic separation purifier described in the present invention is incapable of the prior art in the same technical field, that is, the present case has the following advantages: 1. The electrostatic purification device can separate dust or smoke, and is matched with a liquid purification device. The cleaning of large molecules that are difficult to separate through the electrostatic cleaning device can be cleaned, thereby forming a more complete operation of purifying the air. 2. An exhaust fan can be added to the output channel to make the air enter the input channel more smoothly, and more forward power can be discharged from the output channel, which improves the efficiency of purifying operation. 3. The method of cleaning the anode unit is simple. It only needs to turn off the power of the cathode line group, dust and particles will fall off, and if necessary, the cleaning liquid can be cleaned by the high pressure spray cleaning of the washer. The cleaning method is very convenient and can also be used. The optimum separation efficiency can be maintained the next time the electrostatic cleaning device is turned on. 4. The electrostatic purification device and the liquid purification device of the present invention are detachable, and therefore can be separated according to the gas to be separated, for example, burning wood, burning gold paper, factory exhaust gas, etc., some are used for purifying separation, some It can be used for separation and collection, so that the embodiment of the embodiment can be selected according to the user's needs, so that it can be customized.

Therefore, this creation has excellent progress and practicality in similar products. At the same time, after checking the technical literature on such structures at home and abroad, it has not been found that the same or similar structure exists before the application of this case, so this case It should meet the patent requirements of "creative", "combined with industrial use" and "progressive", and apply in accordance with the law.

It is to be understood that the above-mentioned preferred embodiments of the present invention are intended to be included in the scope of the present invention.

1‧‧‧Electrostatic separation purifier

11‧‧‧ Input channel

12‧‧‧Electrostatic purification device

121‧‧‧Anode unit

122‧‧‧Cathode line group

13‧‧‧Liquid purification device

14‧‧‧Output channel

Figure 1 is a schematic view (1) of a first preferred embodiment of the present invention; Figure 2 is a schematic view (2) of a first preferred embodiment of the present invention; Figure 3 is a schematic view of a second preferred embodiment of the present invention Figure 4 is a schematic view of a third preferred embodiment of the present invention.

Claims (21)

An electrostatic separation purifier comprising: an input channel, an electrostatic purification device, a liquid purification device, an output channel; an input channel for providing exhaust gas; an electrostatic purification device connected to the input channel; and a liquid purification device connected to the electrostatic purification device, And the other end is connected to the output channel; wherein the electrostatic purification device has at least one anode unit connected to the input channel and the liquid purification device, and a cathode line group disposed in the anode unit, wherein the cathode line group can be connected to the power to make the entry The dust and particles in the anode unit are negatively charged, so that the negatively charged dust and particles can be positively and negatively attracted to the anode unit. The electrostatic separation purifier according to claim 1, wherein the liquid purification device may include a pneumatic unit in which air is spirally or irregularly moved, and is disposed on the pneumatic unit, and the cleaning liquid is sprayed. The first scrubber in the pneumatic unit, the pneumatic unit is connected to the electrostatic cleaning device. The electrostatic separation purifier according to claim 2, wherein the pneumatic unit is provided with at least one rotor blade of irregular angle design. The electrostatic separation purifier of claim 3, wherein the pneumatic unit is stackable in at least one layer. The electrostatic separation purifier according to claim 1, wherein the liquid purification device may include an agitation unit connected to the electrostatic purification device, and a second scrubber disposed in the agitation unit. The electrostatic separation purifier according to claim 1, wherein the liquid purification device may include a shower unit connected to the electrostatic purification device. The electrostatic separation purifier according to claim 1, wherein the liquid purification device may include a water film dust remover connected to the electrostatic purification device. An electrostatic separation purifier comprising: an input channel, an electrostatic purification device, a liquid purification device, an output channel; an input channel for providing exhaust gas; a liquid purification device connected to the input channel; and an electrostatic purification device connected to the liquid purification device, And the other end is connected to the output channel; wherein the electrostatic cleaning device has at least one anode unit connected to the liquid purification device and the output channel, and a cathode line group disposed in the anode unit, wherein the cathode line group can be electrically connected The dust and particles entering the anode unit are negatively charged, so that the negatively charged dust and particles can be positively and negatively attracted to the anode unit. The electrostatic separation purifier according to claim 8, wherein the liquid purification device comprises a pneumatic unit in which air is present in a spiral or irregular shape, and is disposed on the pneumatic unit, and the cleaning liquid can be sprayed. A third scrubber in the pneumatic unit, and the aforementioned pneumatic unit is coupled to the input passage. The electrostatic separation purifier according to claim 9, wherein the pneumatic unit is provided with at least one rotor blade of irregular angle design. The electrostatic separation purifier of claim 9, wherein the pneumatic unit is stackable in at least one layer. The electrostatic separation purifier according to claim 8, wherein the liquid purification device comprises an agitation unit connected to the input channel, and a fourth scrubber disposed in the agitation unit. The electrostatic separation purifier according to claim 8, wherein the liquid purification device comprises a shower unit connected to the input channel. The electrostatic separation purifier according to claim 8, wherein the liquid purification device comprises a water film dust remover connected to the input channel. An electrostatic separation purifier comprising: an input channel, an electrostatic purification device, an output channel; an input channel for providing exhaust gas; and an electrostatic purification device having one end connected to the input channel and the other end connected to the output channel; wherein the electrostatic purification device The utility model has at least one anode unit connected to the input channel and the output channel, and a cathode wire group disposed in the anode unit, wherein the cathode wire group can be electrically connected, so that dust and particles entering the anode unit are negatively charged, so that the negative electrode is negatively charged. The dust and particles can be positively and negatively attracted to the anode unit. The electrostatic separation purifier according to any one of claims 1 to 15, wherein an exhaust fan that draws in gas from the input passage and is drawn out from the output passage is added to the output passage. The electrostatic separation purifier according to any one of claims 1 to 14, wherein the electrostatic cleaning device and the liquid purification device are provided with a barrel, and at the same time, the barrel and the electrostatic cleaning device and the liquid purification device have an opening. valve. The electrostatic separation purifier according to claim 15, wherein the bottom of the electrostatic purification device is capable of adding a barrel, and at the same time, an opening valve is provided between the barrel and the electrostatic cleaning device. The electrostatic separation purifier according to any one of claims 1 to 15, wherein a fifth scrubber capable of high-pressure spray cleaning liquid into the anode unit is added above the electrostatic purification device. The electrostatic separation purifier according to any one of claims 1 to 14, wherein the connection between the electrostatic purification device and the liquid purification device is a detachable aspect. The electrostatic separation purifier according to any one of claims 1 to 15, wherein the anode unit may be an anode tube or an anode plate.