CN208802891U - A kind of energy dissipating gas operated device for fluid delivery system in sewage treatment - Google Patents
A kind of energy dissipating gas operated device for fluid delivery system in sewage treatment Download PDFInfo
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- CN208802891U CN208802891U CN201821064756.2U CN201821064756U CN208802891U CN 208802891 U CN208802891 U CN 208802891U CN 201821064756 U CN201821064756 U CN 201821064756U CN 208802891 U CN208802891 U CN 208802891U
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Abstract
The utility model provides a kind of energy dissipating gas operated device for fluid delivery system in sewage treatment, which includes energy dissipating portion and air guide portion；The energy dissipating portion is upper open-top receptacle structure, including suitable for reading, container body, container bottom, except the fluid suitable for reading positioned in second fluid unit, and is seamlessly connected with the other end of the conveying standpipe of transportation system；The outflow port flowed out for fluid is equipped on the downside of container body；Air guide portion includes main gas tube, and main gas tube head end is located in conveying standpipe in the mode opposite with short distance suitable for reading, and end is stretched out from conveying standpipe and is located on the upside of the fluid in the second fluid unit.The energy dissipating gas operated device of the utility model is set at fluid delivery system, acts on the fluid media (medium) of two linking element of fluid, and the fluid media (medium) conveyed to it carries out energy, the alienation of gas-liquid split-phase, gas guide etc..
Description
Technical field
It is the utility model relates to sewage treatment field, in particular to a kind of to disappear for fluid delivery system in sewage treatment
It can gas operated device.
Background technique
It is frequently necessary to single-phase or mixed phase the fluid media (medium)s such as conveying sludge, sewage in sewage treatment field, works as stream
Dissolved oxygen is carried under one's arms in body medium, into the subsequent cell of such as anaerobic pond, anoxic pond, the anaerobism of the unit is highly vulnerable to breakage or lacks
Oxygen environment condition influences the progress of subsequent reactions, causes sewage treatment not up to standard.
For transportation systems such as sewage or sludge, since sewage or sludge anaerobic corruption generate H2S (hydrogen sulfide), CO (one
Carbonoxide) etc. murders by poisoning or corrosivity mixed gas, when these poison or corrosivity mixed gas be enriched with when, after also easily causing
The corrosion of continuous equipment tubing.Although can enter such as anaerobic pond, anoxic pond, hydrolytic tank subsequent cell when, by cover close,
Increase the measures such as air-inducing deodorization system to solve, but there is the problems such as investment and operating cost are high, operational effect is unstable.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of energy dissipating gas operated devices of fluid delivery system, by this
Energy dissipating gas operated device carries out energy dissipating, the alienation of gas-liquid split-phase, gas guide etc. to the fluid media (medium) that the fluid delivery system conveys,
To not only can avoid the destruction for detesting subsequent cell (scarce) oxygen environment condition, also can avoid corrosive gas etc. and set to subsequent
The corrosion of standby tubing.
In order to solve the above-mentioned technical problem, in the energy dissipating gas operated device of the fluid delivery system of the utility model, the stream
Body conveying system includes first fluid unit, second fluid unit and fluid delivery member, and the fluid delivery member includes defeated
Send transverse tube and conveying standpipe；The conveying transverse tube is connect with the first fluid unit, described conveying standpipe one end with it is described defeated
Transverse tube connection, the other end is sent to extend in the second fluid unit.The energy dissipating gas operated device includes energy dissipating portion and air guide portion.
The energy dissipating portion is upper open-top receptacle structure, including suitable for reading, container body, container bottom, described suitable for reading to be located at the second fluid list
Except fluid in member, and it is seamlessly connected with the other end of the conveying standpipe；It is equipped on the downside of the container body for fluid
The outflow port of outflow.The air guide portion includes main gas tube, and the main gas tube head end is with opposite with the short distance suitable for reading
Mode is located in the conveying standpipe, and end is stretched out from the conveying standpipe and is located on the fluid in the second fluid unit
Side.
Preferably, the air guide portion further includes auxiliary gas-guide tube, and the auxiliary gas-guide tube is integrally located at the fluid conveying
On the outside of unit, head end is connect with the conveying riser top ends, and end is located on the upside of the fluid in the second fluid unit.
Preferably, the energy dissipating gas operated device further includes vent gas treatment component；The vent gas treatment component includes: equipped with suction
Receive the absorbing reaction tank of liquid；The absorbing liquid feeding machine of absorbing liquid is provided to the absorbing reaction tank via absorbing liquid transfer pipeline
Structure；It is connect with the absorbing reaction tank to receive the tail washings receiving mechanism of processing rear molding liquid；The main gas tube and the auxiliary
The respective end of gas-guide tube is protruded into the absorbing reaction tank.
Preferably, the energy dissipating portion is up-narrow and down-wide upper open-top receptacle structure；The outflow port is described in uniform be located at
Multiple outflow ports on the downside of container body.
Preferably, the energy dissipating portion is hemisphere or vertebral body structure.
Preferably, the main gas tube and the auxiliary gas-guide tube include air-guide standpipe and connect with the air-guide standpipe
Air guide bend pipe；The air-guide standpipe of the main gas tube is parallel with the conveying standpipe, also, middle and lower part is positioned at described defeated
Send near standpipe inner wall, top is stretched out from the conveying standpipe and is connect with the air guide bend pipe, the main gas tube it is described
The end of air guide bend pipe is protruded into the absorbing reaction tank；It is described auxiliary gas-guide tube the air-guide standpipe opening downly with institute
The top connection of conveying standpipe is stated, the absorbing reaction tank is protruded into the end of the air guide bend pipe of the auxiliary gas-guide tube
It is interior.
Preferably, the air-guide standpipe lower end of the main gas tube is fixed in the conveying standpipe by first support
Wall, upper end are fixed on the conveying standing tube outer wall by second support.
Preferably, the energy dissipating portion be equipped with mud discharging component, the mud discharging component include mud discharging mouth and
The baffle of the mud discharging mouth is blocked when not discharging sludge.
Preferably, the mud discharging mouth is located at the container body downside or the container bottom.
Preferably, exhaust valve is equipped on the main gas tube in the air guide portion and the auxiliary gas-guide tube.
Energy dissipating gas operated device according to the present utility model, obtainable beneficial effect include at least:
The energy dissipating gas operated device of the utility model, on the one hand by energy dissipating portion to the fluid media (medium) of the conveyings such as sewage, sludge
Energy dissipating is carried out, by the dissolved oxygen carried under one's arms in fluid media (medium), minute bubbles or H2The murders by poisoning such as S and CO or corrosivity mixed gas, with
The fluid media (medium) of conveying has carried out gas-liquid split-phase alienation, then by air guide portion, bubble or gas are sealed from mud phase or liquid phase
It collects, guiding discharge, it is ensured that the anaerobism or anaerobic environment condition of subsequent reactions unit eliminate H2S, CO etc. is poisoned or is corroded
Property mixed gas or dissolved oxygen hidden danger, guarantee follow-up equipment tubing from infringement.In addition, the energy dissipating air guide of the utility model fills
It is simple, stable to set structure, without separately setting air inducing facility, operating cost, maintenance cost are low.
It should be appreciated that aforementioned description substantially and subsequent detailed description are exemplary illustration and explanation, it should not
As the limitation to the claimed content of the utility model.
Detailed description of the invention
With reference to the attached drawing of accompanying, the more purposes of the utility model, function and advantage will pass through the utility model embodiment party
Formula is illustrated described below, in which:
Fig. 1 is the schematic diagram for briefly showing one preferred embodiment of energy dissipating gas operated device of the utility model；
Fig. 2 is the top view that the energy dissipating portion in energy dissipating gas operated device shown in Fig. 1 is separately shown；
Fig. 3 is the side view that the energy dissipating portion in energy dissipating gas operated device shown in Fig. 1 is separately shown.
Specific embodiment
By reference to exemplary embodiment, the purpose of this utility model and function and for realizing these purposes and function
Method will be illustrated.However, the utility model is not limited to exemplary embodiment as disclosed below；It can be by not
It is realized with form.The essence of specification is only to aid in those skilled in the relevant arts' Integrated Understanding the utility model
Detail.
Hereinafter, the embodiments of the present invention will be described with reference to the drawings.In the accompanying drawings, identical appended drawing reference represents
Same or similar component or same or like step.
For eliminate or reduce fluid delivery system fluid media (medium) dissolved oxygen, murder by poisoning or corrosive gas, be conducive to existing dirt
The operation of water processing establishment, the utility model provides a kind of energy dissipating gas operated device of fluid delivery system, by sewage, sludge
The fluid media (medium) of equal conveyings carries out energy dissipating, by the dissolved oxygen carried under one's arms in fluid media (medium), minute bubbles or H2S and CO etc. is poisoned or corrosion
Property mixed gas, carry out the alienation of gas-liquid split-phase with the fluid media (medium) of conveying, then, the gas isolated and the row of guiding are collected in sealing
Out, H is eliminated2S, the hidden danger of the murders by poisoning such as CO or corrosivity mixed gas or dissolved oxygen.
As shown in Figure 1, the energy dissipating gas operated device of the utility model is set at fluid delivery system 100, two fluids are acted on
The fluid media (medium) conveyed between unit carries out energy dissipating, the alienation of gas-liquid split-phase, gas guide etc. to the fluid media (medium) of conveying.
The fluid media (medium) of fluid delivery system 100 can be sewage, sludge or both mixture etc., fluid delivery system
100 may include first fluid unit 110, second fluid unit 120 and fluid are transported to second from first fluid unit 110
The fluid delivery member 130 of body unit 120.Under normal conditions, have between first fluid unit 110 and second fluid unit 120
There is certain difference in height, fluid media (medium) can be by self gravitation effect from 110 self-flowing pastefill of first fluid unit to second fluid
Unit 120, second fluid unit 120 can be anaerobic pond, anoxic pond, hydrolytic tank or other pond body units, such unit requirement
The H of low dissolved oxygen (DO) level or low content2S, the murders by poisoning such as CO or corrosivity smell, avoid fluid medium delivery pipe or processing
Facility corrodes.
Fluid delivery member 130 includes conveying transverse tube 131 and conveying standpipe 132.Convey transverse tube 131 and first fluid unit
110 connections, transverse tube 131 is connect, the other end extends to 120 in second fluid unit with conveying for conveying 132 one end of standpipe.It can manage
Solution, for the needs of connection, the one end (top) connecting with conveying transverse tube 131 for conveying standpipe 132 is provided with bend pipe
133；Self-evident, which may also be arranged on the one end (end) of conveying transverse tube 131 connecting with conveying standpipe 132；This
Outside, as shown in Figure 1, conveying pump assembly 140 can also be added in the front end of fluid delivery member, which includes electricity
Gas equipment, attachment of delivery pump etc..Pump assembly 140 is conveyed by setting, it can be by the fluid media (medium) in first fluid unit 110
It is delivered to second fluid unit 120 more quickly.Certainly, as previously described, it is generally the case that first fluid unit 110 and second
There is certain difference in height between element of fluid 120, therefore, can not also set and convey pump assembly 140, in first fluid unit 110
Fluid media (medium) can be in self-flowing pastefill under self gravitation effect to second fluid unit 120.
The utility model in order to better understand continues with the energy dissipating gas operated device in conjunction with Fig. 1~3 pair the utility model
One preferred embodiment is further described.Stream in the preparatory fluid delivery systems of energy dissipating gas operated device of the utility model
Body medium carries out the split-phase alienation of energy dissipating gas-liquid, and carries out guide to the gas that fluid carries, and enters described second to avoid gas
Element of fluid mainly includes energy dissipating portion 200, air guide portion 300.
Wherein, energy dissipating portion 200 is the construction of boring, is specifically upper open-top receptacle structure, including container body
210, container bottom 220 and it is arranged in suitable for reading the 230 of 210 upper middle position of container body, this suitable for reading 230 is located at second fluid unit
Except fluid in 120, and it is seamlessly connected with the other end of conveying standpipe 132.It is the downside of container body 210, identical away from container bottom 220
The position of distance is uniformly provided with multiple outflow ports 240 for fluid outflow.Fluid media (medium) is from fluid delivery member 130 by disappearing
Suitable for reading the 230 of energy portion 200 enter inside energy dissipating portion 200, and after energy dissipating, gas-liquid separation, fluid media (medium) passes through 210 downside of container body
Outflow port 240 enter second fluid unit 120.It is understood that outflow port 240 can be same on container body 210
Height and position is uniformly arranged, and can also be equably staggered in different height position.In addition, strictly, outflow port 240 is not
It is limited to multiple, may also set up 1~2.
In addition, container body 210 is sealably coupled with conveying standpipe 132, it is preferable that as shown in Fig. 2, conveying standpipe 132
Caliber should be equal to or slightly less than suitable for reading 230 caliber, both when specific implementation can sealing welding after socket joint, can also be by sealing
The connection of part thread seal.
Energy dissipating portion 200 as the important component in the utility model, effect be mainly fluid medium carry out energy dissipating and
Gas-liquid separation.The function is better achieved to realize, energy dissipating portion 200 is preferably up-narrow and down-wide upper open-top receptacle structure, is had
The fluid media (medium) of certain gravitional force drops to energy dissipating portion 200, and fluid media (medium), which carries out preferably rebounding inside energy dissipating portion 200, to disappear
Can, minute bubbles or other gases contained in fluid media (medium), repeatedly rebounded collision, has been carried out gas-liquid split-phase with fluid media (medium) and has been dredged
From.It is further preferred that energy dissipating portion 200 is hemisphere or vertebral body structure.As shown in FIG. 1 to 3, as the preferred of the utility model
Embodiment, energy dissipating portion 200 are boring, the class spherical surface body structure of all round closure, also referred to as energy dissipating cover.Energy dissipating cover packet
Lower end horizontal part, peripheral portion are included, wherein lower end horizontal part is circular configuration, peripheral portion is arc-shaped structure.As shown in figure 3, ball
The diameter R of face body is 2~3 times for conveying 132 caliber of standpipe, also can use 0.5~1.2m；The height H of spherical surface body is conveying standpipe
1.2~2 times of 132 calibers also can use 0.4~0.8m.In the peripheral portion of energy dissipating cover, apart from one fixed spacing of lower end horizontal part, edge
Circumference opens multiple round flow-out holes.
Since fluid media (medium) both may be sewage, it is also possible to be the mixture of sludge or sewage sludge, therefore, to avoid dirt
Mud deposits in energy dissipating portion 200, and mud discharging component (diagram does not provide), mud discharging portion are equipped with preferably in energy dissipating portion 200
Part includes mud discharging mouth and blocks the baffle of the mud discharging mouth when not discharging sludge.It is further preferred that mud discharging mouth
It is located at the container body downside or container bottom, consequently facilitating sludge is discharged from energy dissipating portion 200.It is understood that for convenient for
The integral types such as processing and manufacturing is implemented, and the container body 210 in energy dissipating portion 200 can be welded with container bottom 220, is cast as one connect,
It can connect for movable latch, when using movable latch connection, the container body 210 in energy dissipating portion 200 and container bottom 220 are separated
Sludge cleaning can be carried out, so as to omit setting mud discharging component in energy dissipating portion 200.
In addition, the top in energy dissipating portion 200 is preferably placed at the liquid level of second fluid unit 120 or more, more preferably, it is located at the
At least 5cm on the liquid level of two element of fluid 120, it is also preferred that being located at 5cm~20cm on the liquid level of second fluid unit 120.
As a result, convenient at the inside in energy dissipating portion 200 formation gas-water separation interface.That is, second fluid unit is not exclusively immersed in energy dissipating portion 200
In 120 fluid media (medium), but there is certain gas compartment on internal upper layer.Fluid media (medium) is carried out in the inside in energy dissipating portion 200
After energy dissipating and gas-liquid split-phase alienation, the minute bubbles or gas being stripped rise, and are gathered in the interior top layer in energy dissipating portion 200, need to borrow
Assistant director of a film or play's gas portion 300 carries out water conservancy diversion to gas.
In addition, air guide portion 300 may include main gas tube 310 and the main exhaust valve 320 in main gas tube 310, dominate
310 head end of tracheae is located in conveying standpipe 132 in the mode opposite with 230 short distance suitable for reading, and end is stretched out from conveying standpipe 132
And it is located on the upside of the fluid in second fluid unit 120.Preferably, air guide portion 300 further includes auxiliary gas-guide tube 330 and is set to auxiliary
Auxiliary exhaust valve 340 on assistant director of a film or play's tracheae 330, auxiliary gas-guide tube 340 are integrally located at the outside of fluid delivery member 130, head end
It is connect with conveying 132 top of standpipe, i.e. at the position of transporting elbow 133 in Fig. 2, end is located in second fluid unit 120
Fluid on the upside of.
After above-mentioned main exhaust valve 320, auxiliary exhaust valve 340 are opened, it is gathered in the gas of interior top layer in energy dissipating portion 200 i.e.
It can be discharged.In addition, toxic or corrosive gas contained in fluid media (medium) are directly discharged in atmospheric environment in order to prevent, it can
It is handled by the gas added before 400 pairs of vent gas treatment component discharges in 300 end of air guide portion.
Specifically, as shown in Figure 1, having served as flow medium since sludge anaerobic corruption generates H2S, the murders by poisoning such as CO or corrosivity
When mixed gas, vent gas treatment component 400 preferably is added in the end in air guide portion 300.Vent gas treatment component 400 can include: dress
There is the absorbing reaction tank 410 of absorbing liquid；It is thrown via absorbing liquid transfer pipeline to the absorbing liquid that absorbing reaction tank 410 provides absorbing liquid
Add mechanism 420；It is connect with absorbing reaction tank 410 to receive the tail washings receiving mechanism 430 of processing rear molding liquid.310 He of main gas tube
The auxiliary respective end of gas-guide tube 330 is protruded into absorbing reaction tank 410.
Preferably, main gas tube 310 and auxiliary gas-guide tube 330 include air-guide standpipe and what is connect with air-guide standpipe lead
Gas bend pipe.As shown in Figure 1, the air-guide standpipe (main air-guide standpipe 311) of main gas tube 310 is parallel with conveying standpipe 132.Also,
The middle and lower part of main air-guide standpipe 311 is located near conveying 132 inner wall of standpipe, and top is from the stretching of conveying standpipe 132 and curved with air guide
(main air guide bend pipe 312) connection is managed, it is anti-that absorption is protruded into the end (first end 313) of the main air guide bend pipe 312 of main gas tube 310
It answers in tank 410.Correspondingly, auxiliary gas-guide tube 330 air-guide standpipe (auxiliary air-guide standpipe 331) opening downly with conveying standpipe
132 top connection, assists the end (second end 333) of the air guide bend pipe (auxiliary air guide bend pipe 332) of gas-guide tube 330 to protrude into suction
It receives in reactor tank 410.
It should be understood that main gas tube 310 and auxiliary gas-guide tube 330 should be in second fluid unit 120 liquid
It is more than face.Preferably, the end (first end 313 and second end 333) of respective air guide bend pipe is stretched opening downly
Enter in absorbing reaction tank 410.Certainly, the utility model is not limited to this, and the first end 313 and auxiliary of main gas tube 310 are led
The second end 333 of tracheae 330 protrudes into absorbing reaction tank 410, when it is implemented, absorbing reaction can be protruded into downwards
It in tank 410, can also horizontally extend into absorbing reaction tank 410, that is, opening down can protrude into or be open and protrude into absorption to left and right direction
Reactor tank 410.
By the way that above structure, the first end 313 of main gas tube 310 and the second end 333 of auxiliary gas-guide tube 330 is arranged
Equal water conservancy diversion enters in absorbing reaction tank 410, and is located at absorbing liquid water level or less water seal processing, decomposes air guide portion 300 convenient for absorbing
The tail gas of discharge.When absorbing liquid deficiency, mechanism 420 is added by absorbing liquid and is supplemented, treated, and tail washings passes through tail washings
Receiving mechanism 430 is collected disposition.
In addition, the preferred embodiment as the utility model, air-guide standpipe (the main air-guide standpipe of main gas tube 310
311) lower end can be fixed on the inner wall of conveying standpipe 132 by first support 350, and upper end can be fixed on by second support 360
Convey 132 outer wall of standpipe.It is understood that main air-guide standpipe 311 reinforces branch stretching up and down by bracket with conveying standpipe 132
Gu relatively reliable for fixation, the air-guide standpipe of main gas tube 310 is generally the fixation of two o'clock or more, and upper end passes through second support
360 fixations can be set in conveying standpipe 132, can also be set to outside conveying standpipe 132, it should also be noted that main air-guide standpipe 311
Encapsulation process is answered with the handover position of conveying standpipe 132.Correspondingly, assisting the auxiliary air-guide standpipe 331 of gas-guide tube 330 also and conveying
The top of standpipe 132 or the end seal connection for conveying transverse tube 131, such as sealing welding.When it is implemented, main gas tube 310
DN10~DN25mm specification generally can be used with auxiliary gas-guide tube 330.
More than, the specific structure of the energy dissipating gas operated device of the utility model is described in detail.Certainly, this is practical new
Type is not limited to this, and other structures can also be used, for example, main gas tube 310 can be not provided with main exhaust valve 320, assists gas-guide tube
330 can also be not provided with auxiliary exhaust valve 340, and the gas isolated passes through main gas tube 310 in time, auxiliary gas-guide tube 330 is discharged.
In addition, main gas tube 310 and the quantity of auxiliary gas-guide tube 330 can respectively set one, can also be respectively set there is no absolutely limitation
2 or more.
In the following, mainly in combination with Fig. 1 to the working principle of one preferred embodiment of energy dissipating gas operated device of the utility model into
Row brief description.
Firstly, by the operation of conveying pump assembly 140 or relying on fluid gravity itself when fluid delivery system 100 works
Effect, the fluid media (medium)s such as sewage or sludge for being conveyed import energy dissipating portion 200 by fluid delivery member 130；Due to energy dissipating portion
200 construct for up-narrow and down-wide upper open-top receptacle, more specifically upper open hemisphere structure, so, work as fluid media (medium)
After encountering the container body 210 in energy dissipating portion (energy dissipating cover) 200, the inner wall of container bottom 220, meeting fluid medium is preferably rebounded
Energy dissipating, so that minute bubbles contained in fluid media (medium) or other gases and fluid media (medium) carry out the alienation of gas-liquid split-phase；Gas-liquid split-phase
After alienation, on the one hand, the fluid media (medium) after taking off bubble or gas flows out into second fluid unit by outflow port 240
In 120；On the other hand, the minute bubbles or gas that are stripped out rise, be gathered in energy dissipating portion 200 suitable for reading 230 (interior top layers) and
230 top suitable for reading.At this point, the main exhaust valve 320 in openable air guide portion 300, by main gas tube 310 by the gas at suitable for reading 230
Body export, and further water conservancy diversion enters in vent gas treatment component 400 and is disposed, at the same time, also openable air guide portion 300
Auxiliary exhaust valve 340 is exported the gas of 230 top suitable for reading by auxiliary gas-guide tube 330, and further water conservancy diversion enters at tail gas
It is disposed in reason component 400.
Energy dissipating gas operated device according to the present utility model, on the one hand by energy dissipating portion to the fluid of the conveyings such as sewage, sludge
Medium has carried out energy dissipating, by the dissolved oxygen carried under one's arms in fluid media (medium), minute bubbles or H2The murders by poisoning such as S and CO or corrosivity gaseous mixture
Body has carried out gas-liquid split-phase alienation with the fluid media (medium) of conveying, then by air guide portion, by bubble or gas from mud phase or liquid phase
Sealing is collected, guiding is discharged, it is ensured that the anaerobism or anaerobic environment condition of subsequent reactions unit eliminate H2S, CO etc. poison or
The hidden danger of corrosivity mixed gas or dissolved oxygen guarantees follow-up equipment tubing from infringement.In addition, the energy dissipating of the utility model is led
Device of air structure is simple, stable, and without separately setting air inducing facility, operating cost, maintenance cost are low.
Preferred embodiments of the present invention are illustrated above, certain the utility model is not limited to this,
Other can be used to be arranged to realize.In addition, the energy dissipating gas operated device of the utility model is mainly used for sewage treatment field, but it is right
For those skilled in the art, it is contemplated that the utility model can be used for other related fieldss.
In conjunction with the explanation and practice of the utility model disclosed here, the other embodiments of the utility model are for this field
Technical staff will be readily apparent and understand.Illustrate and embodiment be regarded only as being exemplary, the utility model it is real
Scope and spirit are defined in the claims.
Claims (10)
1. a kind of energy dissipating gas operated device for fluid delivery system in sewage treatment, which is characterized in that
The fluid delivery system includes first fluid unit, second fluid unit and fluid delivery member, the fluid conveying
Unit includes conveying transverse tube and conveying standpipe；The conveying transverse tube is connect with the first fluid unit, the conveying standpipe one
End is connect with the conveying transverse tube, the other end extends in the second fluid unit；
The energy dissipating gas operated device includes energy dissipating portion and air guide portion；
The energy dissipating portion is upper open-top receptacle structure, including suitable for reading, container body, container bottom, described suitable for reading to be located at the second
Except fluid in body unit, and it is seamlessly connected with the other end of the conveying standpipe；It is equipped with and supplies on the downside of the container body
The outflow port of fluid outflow；
The air guide portion includes main gas tube, and the main gas tube head end is located at institute in the mode opposite with the short distance suitable for reading
It states in conveying standpipe, end is stretched out from the conveying standpipe and is located on the upside of the fluid in the second fluid unit.
2. energy dissipating gas operated device according to claim 1, which is characterized in that
The air guide portion further includes auxiliary gas-guide tube, and the auxiliary gas-guide tube is integrally located on the outside of the fluid delivery member, first
End is connect with the conveying riser top ends, and end is located on the upside of the fluid in the second fluid unit.
3. energy dissipating gas operated device according to claim 2, which is characterized in that
The energy dissipating gas operated device further includes vent gas treatment component；
The vent gas treatment component includes: the absorbing reaction tank equipped with absorbing liquid；Via absorbing liquid transfer pipeline to the absorption
The absorbing liquid that reactor tank provides absorbing liquid adds mechanism；It is connect with the absorbing reaction tank to receive the tail washings of processing rear molding liquid and connect
Receive mechanism；
The main gas tube and the respective end of auxiliary gas-guide tube are protruded into the absorbing reaction tank.
4. energy dissipating gas operated device according to any one of claims 1 to 3, which is characterized in that
The energy dissipating portion is up-narrow and down-wide upper open-top receptacle structure；
The outflow port is the multiple outflow ports being uniformly located on the downside of the container body.
5. energy dissipating gas operated device according to claim 4, which is characterized in that
The energy dissipating portion is hemisphere or vertebral body structure.
6. energy dissipating gas operated device according to claim 3, which is characterized in that
The air guide bend pipe that the main gas tube and the auxiliary gas-guide tube include air-guide standpipe and connect with the air-guide standpipe；
The air-guide standpipe of the main gas tube is parallel with the conveying standpipe, also, middle and lower part is located at the conveying standpipe
Near inner wall, top is stretched out from the conveying standpipe and is connect with the air guide bend pipe, and the air guide of the main gas tube is curved
The end of pipe is protruded into the absorbing reaction tank；
The air-guide standpipe of the auxiliary gas-guide tube is connect with the top of the conveying standpipe opening downly, described auxiliary
The end of the air guide bend pipe of assistant director of a film or play's tracheae is protruded into the absorbing reaction tank.
7. energy dissipating gas operated device according to claim 6, which is characterized in that
The air-guide standpipe lower end of the main gas tube is fixed on the conveying standpipe inner wall by first support, and upper end passes through
Second support is fixed on the conveying standing tube outer wall.
8. energy dissipating gas operated device according to any one of claims 1 to 3, which is characterized in that
The energy dissipating portion is equipped with mud discharging component, when the mud discharging component includes mud discharging mouth and do not discharge sludge
Block the baffle of the mud discharging mouth.
9. energy dissipating gas operated device according to claim 8, which is characterized in that
The mud discharging mouth is located on the downside of the container body or the container bottom.
10. energy dissipating gas operated device according to any one of claims 1 to 3, which is characterized in that
Exhaust valve is equipped on the main gas tube in the air guide portion and the auxiliary gas-guide tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821064756.2U CN208802891U (en) | 2018-07-06 | 2018-07-06 | A kind of energy dissipating gas operated device for fluid delivery system in sewage treatment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821064756.2U CN208802891U (en) | 2018-07-06 | 2018-07-06 | A kind of energy dissipating gas operated device for fluid delivery system in sewage treatment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208802891U true CN208802891U (en) | 2019-04-30 |
Family
ID=66228478
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821064756.2U Expired - Fee Related CN208802891U (en) | 2018-07-06 | 2018-07-06 | A kind of energy dissipating gas operated device for fluid delivery system in sewage treatment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208802891U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108996594A (en) * | 2018-07-06 | 2018-12-14 | 中持水务股份有限公司 | A kind of energy dissipating gas operated device of fluid delivery system |
-
2018
- 2018-07-06 CN CN201821064756.2U patent/CN208802891U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108996594A (en) * | 2018-07-06 | 2018-12-14 | 中持水务股份有限公司 | A kind of energy dissipating gas operated device of fluid delivery system |
| CN108996594B (en) * | 2018-07-06 | 2021-07-13 | 中持水务股份有限公司 | Energy dissipation and air guide device of fluid conveying system |
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