TWM565601U - Environmentally friendly type washing tower - Google Patents

Abstract

An environmentally friendly type washing tower, and its structure includes: a windmill, fixed to the main body of the washing tower or the ground or to the center axis of the wash column is connected to a duct or a windmill or a hollow tube; washing tower main body of the washing tower the main body sidehas air inlet, outlet, inlet, outlet is connected to the body of the scrubber, or connect the float to the proper height of the body's water level control scrubber, scrubber body is provided with a receiving space, accommodating space or center-side, a hollow tube above the water level or the next, or the end of the hollow tube is covered by the diversion substance / semi-coated or cut set to sawtooth plate or hollow tubes containing inverted eight speakers opening the diversionsubstance or block sheet, or the end of the hollow tube convergence figure eight speakers opening the diversion of the substance or block sheet, or tower peripheral side has a the relative figure eight speaker opening block sheet at the end of the hollow tube above.

Description

Environmentally friendly washing tower

The utility model relates to an environment-friendly washing tower with no pump and no nozzle, which is a tower center diffusion or a convergent washing mechanism, or a non-tower center diffusion or a convergent washing mechanism, in particular to a special tower which adopts various types and materials. A new scrubber that conducts gas washing in the middle.

It is generally used for airflow control of environmentally friendly washing towers such as square washing mechanisms that do not require water pumps. The square washing tower developed has not been seen before.

Traditionally, there are quite a variety of mechanisms for dissolving air, but most of them are small or traditional filled washings. However, the traditional washing structure not only has poor dissolution efficiency, is easy to block, and cannot be applied to plants with excessive air volume.

Generally used in the washing tower of a special factory, the principle is to first use the filling material and spray water to sprinkle water, and dissolve the air and water on the filling material. If the air volume is large, the required amount of the filling material is large, and the tower body needs to be enlarged. Filtration needs to be slowly reacted to improve efficiency, and the investment equipment volume and land cost are very large. Therefore, the effect of using the traditional filling method is not obvious, the washing and dissolving efficiency is about 10%, and when the filling material is resistant to high temperature, the quantity and cost are also very high, and it is impossible to achieve environmental protection economical practicability.

The purpose of the present invention is to overcome the deficiencies of the prior art and to provide a new environmentally friendly washing tower such as a washing column of various types of washing mechanisms.

Another object of the present invention is to provide a new environment-friendly washing tower which is a tower center diffusion or a convergent type washing tower, or a non-tower center diffusion or a convergent type washing mechanism, which does not require a water pump and replaces the filling material. The technical problem solved is to make it more practical, to improve environmental protection and economic benefits, to have improved efficiency in general, and to have the use value of materials and environmental protection industries.

The purpose of the present invention is to overcome the shortcomings of the prior art and to provide a new environmentally friendly type of new scrubber which involves a gas purge by a gas flow through a special column of various types and materials.

The utility model relates to a non-pumping and non-nozzle environment-friendly washing tower, which comprises: a strong pressure windmill connected to the washing tower body; a washing tower body, the washing tower body side is provided with an air inlet and an air outlet, The water inlet is connected to the washing tower body, and the body is automatically controlled by the float ball to control the inside of the washing tower. When the water level is at an appropriate height, the washing tower body is provided with a accommodating space in which a gas flow around the circle is concentrated, and any end of the accommodating space is provided with a hollow tube in which a gas flow around the circle is concentrated. The tower body is enclosed in the interval of the water level of the water collecting tank, and one of the washing towers is connected to the hollow tube, and the end of the hollow tube contains various kinds of eight-shaped opening and the flow guiding material is also in the interval of the water level of the water tank.

The above-mentioned environmentally-friendly washing tower with no pump and no nozzle has a structure comprising: a strong pressure windmill connected to the body of the washing tower; a washing tower body, and an air inlet and an air outlet are provided on one side of the washing tower body The water inlet is connected to the washing tower body, and the body is controlled by the automatic water supply of the liquid level meter to control the washing tower. When the water level is at an appropriate height, the washing tower body is provided with a accommodating space in which a gas flow around the circle is concentrated, and at any end of the accommodating space, a hollow tube in which a gas flow around the circle is concentrated is stopped at the water level of the closed sump of the tower body. In the interval, one of the suction towers of the washing tower is connected to the hollow tube, and the end of the hollow tube is also included in the interval of the water level of the water tank after the flow of the various eight-shaped openings.

The above-mentioned environmentally-friendly washing tower without a pump and without a nozzle, wherein the end of the hollow tube of the washing tower body contains a guiding substance whose one of the various figure-eight shapes is an inverted figure-shaped horn opening.

The above-mentioned environmentally-friendly washing tower without a pump and without a nozzle, wherein the end of the hollow tube of the washing tower body is connected with a flow guiding substance of one of the eight-shaped horns.

The above-mentioned environmentally-friendly washing tower with no pump and no nozzle, wherein the washing tower body body side is provided with a corresponding figure-shaped horn opening on the peripheral side of the hollow tube.

The above-mentioned environmentally-friendly washing tower without a pump and without a nozzle, wherein the body of the washing tower is provided with a tank wall above the open-flowing material of the figure-shaped horn, and is installed on the circumference of the whole tower body opposite to the figure-shaped horn opening barrel. The groove wall is a dam.

The above-mentioned environmentally-friendly washing tower without a pump or a nozzle, wherein the liquid guiding material in the washing tower body having various eight-shaped openings at the end of the hollow tube is selected from the following forms: at least one of A combination of cloth, cotton, plastic mesh, metal mesh, shackles or fences.

[Definition] Diversion material: It is called solid or liquid diversion material other than water.

Eight-shaped horn opening: The figure-shaped horn is open or horn-open or tapered.

The above description is only an overview of the present invention, and the above-described and other objects, features and advantages of the present invention can be more clearly understood. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments will be described in detail with reference to the accompanying drawings.

9‧‧‧Up and down small large washing tower

91‧‧‧ Ventilation duct

911‧‧‧ level gauge

10‧‧‧ Washing tower

101‧‧‧ barrel

102‧‧‧ Inlet

11‧‧‧ hollow tube

12‧‧‧ accommodating space

13‧‧‧ collecting trough (washing tank)

131‧‧‧Floating ball

15‧‧‧Upper air inlet (air inlet)

16‧‧‧Upper air outlet (air outlet)

17‧‧‧ Lower air inlet (air inlet)

18‧‧‧Guiding material

19‧‧‧ cloth or cotton or plastic mesh or metal mesh or combination of barriers or fences

20‧‧‧eight-shaped speaker opening (inverted figure eight speaker opening)

21‧‧‧Big-shaped horns open outside the tower

22‧‧‧Separated or semi-divided tower

23‧‧‧Wrapped or semi-covered air inlet

24‧‧‧The upper air outlet is side suction

25‧‧‧The upper part of the diversion material is the outer chamber hollow tube

40‧‧‧Blowers (strong pressure windmills)

Fig. 1 is a side view showing an example of a new type of "conducting material of an eight-shaped horn opening of an environmentally-friendly washing tower or a method for blowing a partition or a half-zone by a damper"; "The environmentally-friendly washing tower's deflecting material partition or semi-dividing tower body is covered by a cloth or cotton or plastic mesh or metal mesh or a combination of dams or fences or half-covered under the air inlet. A schematic side view of one example of the method of sucking; FIG. 3 is a side view showing an example of the "the serrated shape of the hollow tube of the environmentally-friendly washing tower is a zigzag of the entire diameter"; FIG. 4 is an environmentally friendly The side of the washing tower is a side view of one of the small-sized washing towers of the eight-shaped horn opening of the washing tower or the damper to separate or half-divided the tower body; FIG. 5 is an environmentally friendly washing tower If the accommodating space is provided with a hollow tube inside the inverted figure-eight horn opening, the flow guiding substance or the damper is a side view of one of the examples; Figure 6 is a new type of environmentally friendly washing tower for the upper air outlet is the side One of the examples of looking up;

The main implementation technologies of this new model are as follows:

1. Environmentally friendly washing tower The utility model relates to a non-flushing and non-spraying environment-friendly washing tower, which comprises: or a windmill 40 fixed on the body of the washing tower 10 or on the ground, or the central axis of the washing tower 10 is connected to the air duct or the windmill 40. Or a hollow tube 11; a body of the washing tower 10, the main body of the washing tower 10 is provided with an air inlet, an air outlet, a water inlet 102, a water outlet connected to the body of the washing tower 10, or connected to a float ball 131 or a liquid level meter 911. The washing tower 10 is controlled to have an appropriate height of the water level in the body of the washing tower 10, and the washing tower body 10 is provided with an accommodating space 12, an accommodating space 12 or a center end, and the ventilating duct 91 is connected to the hollow tube, and the hollow tube 11 is disposed above the water level. Or under, or the end of the hollow tube 11 is covered/semi-coated or cut into a sawtooth plate by the flow guiding material 18, or the flow guiding substance 18 or the damper of the hollow tube 11 containing the inverted figure-shaped horn opening 20, Alternatively, the end of the hollow tube 11 is connected to the flow guiding substance 18 or the damper of the figure-shaped horn opening 20, or the opposite side of the tower body is provided with an opposite figure-shaped horn opening 20 for blocking the end of the hollow tube 11.

In the above-mentioned closed washing tower 10, the bottom of the tower is provided with a sump 13 which is provided with an upper air inlet 15 or an upper air outlet 16 at the peripheral side or the center of the washing tower, and the peripheral side of the tower or the side of the tower The central lower air inlet 17 is located inside or outside the water surface of the sump 13 or the hollow tube 11 of the lower air inlet 17 is provided with a flow guiding material 18 or a half-divided tower body, and the flow guiding in the tower The substance 18 is placed in the sump 13 by a cloth or cotton or plastic mesh or a metal mesh or a combination of barriers or fences, or with a coated or semi-clad or vertical lower air inlet 17 to allow access to the scrubber 10 The gas enters the tower water, and the water flows in the perimeter. There are large waves and small waves interlacing cohesive force, and there is a high and low level difference, which produces a good washing effect, and the gas is provided with an upper air outlet 15 from the side or the center of the perimeter of the washing tower 10. Exhaust, the upper air outlet 15 may be a uniform dispersion suction or a side suction increase swirl function to defogg.

2. An environmentally-friendly washing tower, which is an inner and outer tower, characterized in that the inner and outer towers are formed by the inner and outer chambers into a barrel groove 101, and the outer tower is a shaped barrel 101 along the wall of the barrel, or an outer chamber wall Above the flow guiding material 18, the octagonal horn opening 20 is attached to the circumference of the whole tower body, or the outer chamber barrel wall is above the guiding material to be the outer chamber hollow tube 25 (including the hollow tube is Side into the center The tube is below, and the upper part is a figure eight-shaped horn. The outer barrel of the tower is 21, which is called a large and small washing tower 9; the inner tower is a hollow tube 11 at the center of the tank 101 and the water level of the bottom sump 13 of the tower. Up or down, or the hollow tube 11 is floating and the distance tank 101 is adjustable, or the hollow tube 11 is extending from the side into the center is adjustable control up or down or left or right, or hollow tube 11 includes a flow guiding substance 18 or a damper of the inverted eight-shaped horn opening 20, or a guiding material 18 or a damper of the hollow tube tail connecting the figure-shaped horn opening 20, or the tail of the hollow tube 11 is cut into a zigzag shape; The above two internal and external towers are combined.

In order to further explain the technical means and efficacy of the present invention for achieving a predetermined new purpose for implementation, the specific embodiment and structure of the washing tower according to the novel damming combined structure according to the present invention will be described below with reference to the accompanying drawings and preferred embodiments. Details of the features and their effects are as follows.

Example 1. An environmentally friendly washing tower without a pump or a sprinkler, such as a washing tower 10 or a small washing tower 9:

The above-mentioned closed washing tower 10 is provided with an upper air inlet 15 at the center and an upper air outlet 16 at the other circumferential side; or the upper air inlet 16 is disposed at the center of the washing tower 10, and the upper air outlet 15 is disposed at the other peripheral side. The side of the lower air inlet 17 inside the tower is located at the side of the center of the tower with a corresponding flow guiding material 18, and the flow guiding material 18 in the tower is partitioned or partially partitioned by the tower body 22, which is made of cloth or cotton or plastic mesh or A metal mesh or a combination of dams or fences 19 is either placed in the sump 13 or coated or semi-coated with the inlet 23, and then the gas enters the sump 13 to allow the gas entering the scrubber 10 to enter the tower. In the body water, the water flow has a wave cohesion in the perimeter, and there is a high and low position difference, which produces a good washing effect. In addition, please refer to FIG. 5, in order to obtain more water washing and defogging effect, the present invention is provided with an upper air outlet 16 or an upper air outlet 15 from the side or the center of the perimeter of the washing tower 10. Exhaust, the upper air outlet 16 or the upper air outlet 15 may be a uniform dispersion suction or a side suction 24 to increase the swirl function to defogg. At the bottom of the present invention, a water washing tank 13 may be provided, and the blower 40 draws gas from the center up or down or through the deflecting material 18 to the peripheral side, or from the side of the perimeter side or through the diversion The substance 18 flows upward from the center, and utilizes the principle of large waves and small waves to make it easier to dissolve the dissolved gas in the water, and further utilizes the force of cohesive traction to further dissolve the gas. This is a (or non-) tower. Central diffusion or astringent washing mechanism.

Example 2. An environmentally friendly washing tower without a pump or a sprinkler, such as a scrubber 10 or a small and large washing tower 9:

The environmentally-friendly washing tower is a washing tower 10 or a small-sized washing tower 9 which is characterized by an inner and outer tower of a washing mechanism, characterized in that the inner and outer towers are combined into a tank 101 by an inner and outer chamber, and the outer tower is along the outer tower. The shaped tank groove of the tank wall or the outer chamber tank wall is provided with a figure-shaped horn opening 20 above the deflecting material 18 (the entire perimeter) (including the flap), or the outer chamber tank wall is diverted Above the material is the outer chamber hollow tube 25 (including the hollow tube 11 is a tube extending from the side into the center as shown in Fig. 4), and the upper portion is a figure eight-shaped horn opening tower (the entire circumference) outside the chamber large barrel groove 21 The inner tower is a large-sized washing tower 9; the inner tower is a hollow tube 11 in the center of the tank 101; and the water level of the bottom tank 13 is up or down, or the hollow tube 11 is floating and the distance from the tank 101 is large. The small, or hollow tube 11 is a flow guiding substance 18 or a dam (including a flap) that extends from the side into the center or the end of the hollow tube 11 to engage the figure-shaped horn opening 20 (the entire tube diameter), or hollow The tail of the tube 11 is a zigzag shape of the entire diameter (as shown in Fig. 3); the above-mentioned inner and outer towers are combined.

In addition, a washing tank 13 is provided at the bottom of the washing tower, and a plurality of flow guiding materials 18 are disposed at a position below the center of the washing tower 10 (for example, see FIG. 1 or 2 or 4), and the partitioning or semi-dividing tower body 22 is a cloth. Alternatively, a combination of cotton or plastic mesh or metal mesh or shackles or fences 19 may be placed in the sump 13 to cover or partially enclose the lower air inlet 23. The above-mentioned flow guiding substance 18 is not oriented or flared in the tower body. The mouth 20 is provided, and the outer chamber barrel groove wall is provided with a figure-shaped horn opening 20 above the flow guiding material. (including the flap), so that the washing tower is separated or half-divided. In guiding the gas into the above-mentioned flow guiding substance 18 In order to avoid the airflow, the air outlet 16 or the upper air outlet 15 is provided to discharge the air. Uniformly dispersing the suction or the side is the position of the opening to the suction surface, and through the above structure, the passage of the flow guiding substance The gas of 18 produces fluctuations and the flow of water flows around the perimeter. There are large waves and small waves interlaced with cohesive forces, and there are high and low positions. Poor, resulting in a good washing effect, so that the process of gas washing is concentrated in the internal sink. In turn, the water flow can be regularly guided to produce a water washing effect, and the dissolution and defogging efficiency is improved, as shown in the figure. The set of cloth or cotton or plastic mesh or metal mesh or combination of shackles or fences 19 is one phase within the perimeter Grounding or vertical or irregular setting or arbitrary setting or speaker opening 20 The flow material 18, or the coated or semi-coated lower air inlet 23, the hollow tube 11 and the bottom of the tower The distance above or below the water level of the sink is adjustable, or the hollow tube 11 is floating and the distance from the tank 101 can be adjustable from large to small, or the hollow tube 11 is adjustable from the side to the center. The upper or lower or left or right, or the hollow tube tail is the diversion of the figure eight horn opening 20 (the entire diameter) Substance 18 or damper, the flow guiding substance 18 or damper of the inner tower figure-shaped horn opening 20 in the washing tower With the flap), the dam (including the flap) of the octagonal horn opening 20 of the outer tower is opposite to each other or Set up in parallel (example: Figure 1). At the same time, or the connected flow guiding materials 18 are irregularly arranged or figured The horn opening 20 becomes a filtering reaction layer, and no water pump is needed, and the water flow is due to the figure eight-shaped horn opening 20 Reverse the filtration reaction layer to sprinkle water to replace the filling and washing method of the conventional washing tower. another In addition, the combination of cloth or cotton or plastic mesh or metal mesh or shackles or fences 19 is the side of the perimeter of the pipe There are a lot of undulating water, when the airflow is placed in it, the combination of the tube and the sink creates a large wave and small waves. a force-conducting structure, the water is dropped into the water, and the water level is lower than the water level of the diversion structure. Fluctuations in high and low water levels and air turbulence in the diversion gap cause gas-liquid phase dissolution effects. The Venturi scrubbing effect, thus producing high dissolution efficiencies, causes a large amount of fluctuations in the inside of the deflecting material 18 The water, when the air and water are reversed or downstream, gains its effect.

In the present invention, the above-mentioned environmentally-friendly washing tower without a pump or a nozzle is used, or the washing tower system may be a rectangular body or a square body or a multi-faceted body or a circular body or an approximately circular shape. The hollow tube 11 or the system may be rectangular or square or multi-faceted or round or nearly circular; an environmentally-friendly washing tower as described above, wherein the washing tube tower body side and the center of the hollow tube 11 It can achieve high-efficiency washing in any shape similar to equidistance; the environmentally-friendly washing tower without pump and without nozzles is rectangular, rhomboid, square, polyhedron, micro-cone, approximate circular Body---etc., as long as it is approximately equidistant from the central hollow tube, it can achieve high-efficiency washing. The same reason can be proved. It is not cumbersome here; the hollow tube system can be rectangular or square or multi-faceted. Type or round or nearly circular, such as rectangular, diamond, square, multi-faceted, micro-cone round, approximate circular body ---, etc., as long as the same distance from the circumference of the tower body, can achieve efficient washing, the same It can be proved that there is no cumbersomeness here. Furthermore, the above-mentioned environmentally-friendly washing tower without a pump or a nozzle is provided with a accommodating space, a accommodating space or a center end, and the air entrained water is disposed inside the hollow tube 11 at the wall of the tube. Flow, can be Parts or all of the hollow tube 11 are gas permeable (for example: as shown in Fig. 2 or 5).

In the present invention, the non-priming, non-nozzle environmentally friendly washing tower such as the washing tower 10 or the upper and lower small washing tower 9, or the bottom of the washing tower 10 thereof may be a flat bottom, a round type, an elliptical type, a dish. Type, cone type. The so-called chamfering on both sides of the flat bottom sump 13 is permissible, round, elliptical, and disc---as long as some of the flat-bottomed sump 13 is flat.

Or the main body of the washing tower 10 is provided with an accommodating space 12, an accommodating space 12 or a central end, and the hollow tube 11 is disposed above or below the water level. The length of the hollow tube 11 is long, and the main end is middle. The empty tube 11 is completed, and the hollow tube 11 (may pass through other pipelines) or connected to the central axis of the washing tower to the air duct or the windmill, and the hollow tube 11 of the other accommodation space 12 is not at the center end, the entire washing tower 10 It still has a good effect, so non-tower center diffusion or astringent washing mechanism can be proved by the same reason. It is not cumbersome here, and it is also within the scope of our patent.

Or an environmentally-friendly washing tower without a pump or a sprinkler, wherein the deflecting material 18 in the washing tower 10 is provided in the lower air inlet 17 by a cloth or a cotton or plastic mesh or a metal mesh or a combination of a dam or a fence. The combination of the coated or semi-clad or vertical lower air inlet 17 is provided with a receiving space 12, a receiving space 12 or a central end, and a hollow tube 11 is disposed inside or at the end. Or including a flow guiding substance 18 or a damper having a (or inverted) figure eight horn opening 20 in the tail end of the deflecting substance 18, an environmentally-friendly washing tower as described above, wherein the washing tower tower body side is (or The centrally-shaped hollow tube 11 has an eight-shaped horn opening 20 which can be efficiently washed in any shape of an equidistant distance; the environmentally-friendly washing tower such as a rectangular body, a rhomboid, a square body, a polyhedron, and a micro cone The round body, the approximate circular body---etc., as long as it is approximately equidistant from the eight-shaped horn opening 20 contained in the (or central) hollow tube, can achieve high-efficiency washing, the same reason can be proved, not cumbersome here The hollow tube has a figure-shaped horn opening 20 which may be rectangular or square or multi-faceted or circular or It is like a circle, such as a rectangle, a diamond, a square, a polygon, a micro-cone, an approximate circular body, etc., as long as it is approximately equidistant from the circumference of the tower body, it can achieve high-efficiency washing, and the same can be proved. This is not a lot of cumbersome.

Or the other environmentally-friendly washing tower without a pump and no nozzle is as small as the small washing tower 9, and the outer chamber barrel wall is above the guiding material above the outer chamber hollow tube 25, and the upper part is the figure-shaped horn opening tower below. The outer chamber large tank 21, when the outer small hollow tube 25 is a square tube, belongs to a washing tower 10 is also within the scope of the patent (example: Figure 4).

In the present invention, the conventional absorption tower is a gas-liquid contact operation, which is prone to leakage, and the gas velocity is limited, so that the apparatus body is bulky. The equipment body of the environmentally friendly washing tower can be greatly reduced. In an environmentally-friendly washing tower such as the washing tower 10 or the washing tower 9 of the upper and lower small and large ones, the dust-containing gas is dynamically mixed with the water flowing through the water flow or the deflecting material 18 at a certain gas velocity to establish a dynamic equilibrium exchange field. For mass transfer and heat transfer, the gas-liquid mixture is first mass-passed through the water-conducting layer, and further absorbed by the liquid trap made of the structured deflecting material 18, and the absorbed liquid flows downward into the bottom sump. The gas is discharged to the atmosphere through high-efficiency coagulation and reaches the standard. This equipment does not require water pump to reduce the pressure drop by more than 50% under the same conditions, and the provincial material investment is reduced by 40%, and the water and electricity consumption is greatly reduced. The combination structure of the environmentally-friendly washing tower such as the washing tower or the small-sized washing tower is based on the combination principle of the above-mentioned tube and the water tank, and forms a combined structure of wave and cohesion or washing of the flow guiding substance 18, and the guiding material The number of layers of the combined structure of 18 is not limited, or is formed into a combination of irregularities or arbitrarily combined into a whole layer, and is also combined by a plurality of small combined areas into a large arbitrary combined area, and Features to create a structure that is environmentally friendly scrubbers that do not require water pumps Both are the new combined structures.

as above. The present invention is not limited to any form of the present invention. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any skilled person in the art Without departing from the spirit and scope of the invention, the invention may be modified or modified to equivalent variations, and the above embodiments may be implemented in accordance with the technical spirit of the present invention without departing from the scope of the present invention. Any simple modifications, equivalent changes, and modifications made by the examples are still within the scope of the present invention.

In summary, the environmentally-friendly structural characteristics of the present invention improve the lack of the conventional washing and screening program, that is, increase the dissolution efficiency of the gas-liquid-soluble washing tower, and obtain the effect of low resistance and high solubility.

Claims (7)

The utility model relates to an environment-friendly washing tower with no pump and no nozzle, and the structure comprises: a strong pressure windmill connected to the body of the washing tower; a washing tower body, the main body of the washing tower is provided with an air inlet, an air outlet and a water inlet connection. In the body of the washing tower, the body uses the automatic hydration of the float ball to control the inside of the washing tower. When the water level is at an appropriate height, the washing tower body is provided with a accommodating space in which a gas flow around the circle is concentrated, and at any end of the accommodating space, a hollow tube in which a gas flow around the circle is concentrated is stopped at the water level of the closed sump of the tower body. In the interval, one of the suction towers of the washing tower is connected to the hollow tube, and the end of the hollow tube is also included in the interval of the water level of the water tank after the flow of the various eight-shaped openings. The utility model relates to an environment-friendly washing tower with no pump and no nozzle, and the structure comprises: a strong pressure windmill connected to the body of the washing tower; a washing tower body, the main body of the washing tower is provided with an air inlet, an air outlet and a water inlet connection. In the body of the washing tower, the body is controlled by the automatic hydration of the liquid level meter in the washing tower. When the water level is at an appropriate height, the washing tower body is provided with a accommodating space in which a gas flow around the circle is concentrated, and at any end of the accommodating space, a hollow tube in which a gas flow around the circle is concentrated is stopped at the water level of the closed sump of the tower body. In the interval, one of the suction towers of the washing tower is connected to the hollow tube, and the end of the hollow tube is also included in the interval of the water level of the water tank after the flow of the various eight-shaped openings. An environmentally-friendly washing tower without a pump or a sprinkler according to the first or second aspect of the patent application, wherein the hollow tube end of the washing tower body has an eight-shaped octagonal opening. The guiding material. An environmentally-friendly washing tower without a pump or a sprinkler according to the first or second aspect of the patent application, wherein the end of the hollow tube of the washing tower body is connected to a guide of a figure eight-shaped horn opening Flow material. An environmentally-friendly washing tower without a pump or a sprinkler according to the first or second aspect of the patent application, wherein the washing tower body has a horizontal figure-shaped horn opening on the side of the tower body to block the hollow tube. Above the end. An environmentally-friendly washing tower without a pump or a sprinkler according to the first or second aspect of the patent application, wherein the washing tower body is provided with a tank wall attached to the entire tower above the open-shaped deflecting material of the figure-shaped horn The body of the body is opposite to the octagonal horn of the open barrel groove wall. An environmentally-friendly washing tower without a pump or a sprinkler according to the first or the second aspect of the invention, wherein the liquid guiding material in the washing tower body having various figure-shaped openings at the end of the hollow tube is selected from the group consisting of The following form is at least one of: a combination of cloth, cotton, plastic mesh, metal mesh, shackles or fences.