CN209049232U - Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system - Google Patents
Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system Download PDFInfo
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- CN209049232U CN209049232U CN201820936767.9U CN201820936767U CN209049232U CN 209049232 U CN209049232 U CN 209049232U CN 201820936767 U CN201820936767 U CN 201820936767U CN 209049232 U CN209049232 U CN 209049232U
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- cleaning
- cleaning ball
- tubular type
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Abstract
The utility model discloses a kind of double pump method Full automatic cleaning coiled wires to clean tubular type membranous system, comprising: cyclic water tank, main working barrel, auxiliary standby pump, cleaning ball apparatus for placing, tubular membrane component, three-way valve and connecting pipe, the connecting pipe connection circulating pump and cleaning ball apparatus for placing, the connecting pipe connection cleaning ball apparatus for placing and tubular membrane component, the connecting pipe connection tubular membrane component and cyclic water tank, the three-way valve is arranged in connecting pipe, cleaning ball is placed in the cleaning ball apparatus for placing, the cleaning ball is in main working barrel, cleaning tubular membrane vias inner walls in tubular membrane component are entered along two different directions respectively under the action of auxiliary standby pump, realize physical cleaning, two-way cleaning, clean and maintenance is high-efficient, cleaning is timely, UF membrane is high-efficient.
Description
Technical field
The utility model is related full-automatic in a kind of tubular ultra-filtration membrane progress water treatment system more particularly to a kind of double pump method
Cleaning ball cleans tubular type membranous system.
Background technique
After ultrafiltration tubular membrane is easy to happen blocking when carrying out physical separation in the prior art, individually cleaning is used after blocking
Agent repeated flushing low efficiency, the problem of effect difference.With good grounds cleaning elemental: 1. suitable cleaning agents, 2. is appropriate
Temperature, 3. time enough, 4. physics appropriate are cleaned.The utility model can only be heated repeatedly in original tubular membrane with cleaning agent
On the basis of flushing, the scouring of rotating wash bowl physics is increased.
Most of ultrafiltration membrane system is all not equipped with stand-by pump simultaneously, and after main circulation pump breaks down, system will stop
Machine influences to produce.
In view of the drawbacks described above of the prior art, it is really necessary to design a kind of double pump method Full automatic cleaning coiled wire cleaning tubular type membrane system
System.
Utility model content
Solving original tubular type Membrane cleaning technical problem to be solved by the utility model is to provide one kind cannot use
Physics is cleaned, and it is low to be washed maintenance efficiency, and cleaning not in time, causes the double pump method of UF membrane inefficiency automatically to clean
Ball cleans tubular type membranous system.
In order to solve the above technical problems, the technical solution of the utility model is:
A kind of double pump method Full automatic cleaning coiled wire cleaning tubular type membranous system comprising: cyclic water tank, main working barrel, auxiliary are standby
With pump, cleaning ball apparatus for placing, tubular membrane component, three-way valve and connecting pipe, the connecting pipe connection circulating pump and
Cleaning ball apparatus for placing, the connecting pipe connection cleaning ball apparatus for placing and tubular membrane component, the connecting pipe connecting tube
Formula membrane module and cyclic water tank, the three-way valve are arranged in connecting pipe, are placed in the cleaning ball apparatus for placing clear
Clean ball, the cleaning ball enter tubular membrane component along two different directions respectively under the action of circulating pump and auxiliary standby pump
Interior cleaning tubular membrane vias inner walls.
Compared with prior art, the utility model has the beneficial effect that the work that cleaning ball is pumped in main working barrel and auxiliary standby
Tubular membrane component is cleaned in tubular membrane component with lower enter respectively along two different directions, realizes physical cleaning, it is two-way clear
It washes, clean and maintenance is high-efficient, and in time, UF membrane is high-efficient for cleaning.
Further improvement of the utility model is as follows:
Further, the side of cyclic water tank is arranged in the main working barrel connection, and the auxiliary standby pump, which is connected to, to follow
The other side of ring water tank.
Further, the cleaning ball apparatus for placing include be connected between main working barrel and tubular membrane component it is first clear
Clean ball apparatus for placing and the second cleaning ball apparatus for placing being connected between tubular type membrane module and cyclic water tank.
Further, the first cleaning ball apparatus for placing includes that several first cleaning balls intercept bar and several first cleanings
Ball, the second cleaning ball apparatus for placing include that several second cleaning balls intercept bar and several second cleaning balls；Described first
Cleaning ball passes through along connecting pipe under main work pumping action and cleans tubular type mould vias inner walls, and intercepts bar by the second cleaning ball
It intercepts；Second cleaning ball passes through along connecting pipe and cleans tubular type mould vias inner walls under the action of auxiliary standby pumps, and
Bar is intercepted by the first cleaning ball to intercept；Adjacent first cleaning ball intercept that the spacing between bar is the first cleaning bulb diameter three/
One, adjacent second cleaning ball intercepts the one third that the spacing between bar is the second cleaning bulb diameter.
Further, the double pump method Full automatic cleaning coiled wire cleaning tubular type membranous system further includes being arranged in connecting pipe simultaneously
Close to the tap water interface and running water switch valve of cyclic water tank, the tap water interface is for being connected to water entrance, when originally
When taps valve is opened, tap water enters in cyclic water tank.
Further, the double pump method Full automatic cleaning coiled wire cleaning tubular type membranous system further includes being mounted on cyclic water tank
Dosing pump and detergent interface, the detergent interface is for injecting cleaning solution.
Further, the tubular membrane component includes single channel tubular membrane and multichannel tubular membrane, the cleaning ball it is straight
Diameter is greater than the diameter about 1.0mm in tubular ultra-filtration membrane channel.
Further, the double pump method Full automatic cleaning coiled wire cleaning tubular type membranous system further includes purified liquor outlet, the tubular type
The outlet of membrane module permeate is connected with purified liquor outlet.
Further, the triple valve is L-type three-way electric valve.
Further, the cleaning ball apparatus for placing includes transparent outer cover funnel-shaped, to facilitate observation rotating wash bowl
State, the intercept net gap in cleaning ball apparatus for placing is the one third for cleaning bulb diameter, while cleaning ball apparatus for placing
Both ends are equipped with fast connection interface, with the replacement of ball easy to clean.
Detailed description of the invention
Fig. 1 is the schematic diagram that a kind of double pump method Full automatic cleaning coiled wire cleans tubular type membranous system.
Fig. 2 is the normal work water (flow) direction of system as shown in Figure 1.
Fig. 3 drains dope water (flow) direction in pipeline for system as shown in Figure 1.
Fig. 4 is water flow trend when the rotating wash bowl of system as shown in Figure 1 just cleans.
Fig. 5 is that the starting stand-by pump of system as shown in Figure 1 carries out that rotating wash bowl is counter cleans, or when main circulation pump failure,
It is moved towards with water flow when spare pump work.
Specific embodiment
The utility model is further explained with reference to the accompanying drawings and examples.
As shown in Figure 1, tubular type membranous system 100 is cleaned to meet a kind of double pump method Full automatic cleaning coiled wire of the utility model,
Comprising: which cyclic water tank 1, main working barrel 21, auxiliary standby pump 22, cleaning ball apparatus for placing, tubular membrane component 4, three-way valve 5
And connecting pipe 6.Main working barrel 21 connects the side that cyclic water tank 1 is arranged in, and the auxiliary standby 22 is connected to circulation with pump
The other side of water tank 1.The triple valve 5 is L-type three-way electric valve.
Connecting pipe 6 connects circulating pump and cleaning ball apparatus for placing, the connecting pipe 6 connect cleaning ball apparatus for placing and
Tubular membrane component 4, the connecting pipe 6 connect tubular membrane component and cyclic water tank 1, and the three-way valve 5 is arranged in connecting tube
On road 6.Cleaning ball apparatus for placing includes that shell funnel-shaped, the cleaning ball in shell and cleaning ball intercept bar.Cleaning
Ball can enter cleaning tubular membrane vias inner walls 41 in tubular membrane component 4 under the action of circulating pump.
Cleaning ball apparatus for placing includes that the first cleaning ball being connected between main working barrel 21 and tubular membrane component 4 places dress
The the second cleaning ball apparatus for placing 7 setting 3 and being connected between tubular type membrane module 4 and cyclic water tank 1.First cleaning ball places 3 packets
Several first cleaning balls for including the first shell 30 and being housed in the first shell 30 intercept bar 31 and several first cleaning balls 32.The
Two cleaning balls place 7 and include second housing 70 and several second cleaning balls for being housed in second housing 70 intercept bar 71 and several
Second cleaning ball 72.Adjacent first cleaning ball intercepts the one third that the spacing between bar 31 is 32 diameter of the first cleaning ball, phase
Adjacent second cleaning ball intercepts the one third that the spacing between bar 71 is 72 diameter of the second cleaning ball.Outside first shell 30 and second
Shell 70 is funnelform transparent outer cover, thus facilitate the state of observation rotating wash bowl, the intercept net gap in cleaning ball apparatus for placing
For clean bulb diameter one third, while cleaning ball apparatus for placing both ends be equipped with fast connection interface, with the replacement of ball easy to clean.
First cleaning ball 32 passes through along connecting pipe 6 and cleans tubular type membrane module 4 under the effect of main working barrel 21, and by the
Two cleaning balls intercept bar 71 and intercept.Second cleaning ball 72 passes through and cleans along connecting pipe 6 under the action of auxiliary standby pump 22
Tubular membrane vias inner walls 41, and bar 31 is intercepted by the first cleaning ball and is intercepted.
Double pump method Full automatic cleaning coiled wire cleaning tubular type membranous system 100 further includes being arranged in connecting pipe 6 and close to circulation
The tap water interface 81 and running water switch valve 82 of water tank 1, the tap water interface 81 work as tap water for being connected to water entrance
When switch valve 82 is opened, tap water enters in cyclic water tank 1.
It further includes the dosing pump 91 being mounted on cyclic water tank 1 that double pump method Full automatic cleaning coiled wire, which cleans tubular type membranous system 100,
With detergent interface 92, the detergent interface 92 is for injecting cleaning solution.Double pump method Full automatic cleaning coiled wire cleans tubular type membrane system
System 100 further includes purified liquor outlet 95, and 4 permeate of the tubular membrane component outlet is connected with purified liquor outlet 95.
Tubular membrane component 4 includes single channel tubular membrane and multichannel tubular membrane, the first cleaning ball 32, second cleaning ball 72
Diameter is greater than the diameter about 1.0mm in tubular ultra-filtration membrane channel.
Double pump method Full automatic cleaning coiled wire cleaning 100 workflow of tubular type membranous system is described below:
(1) will fill in cyclic water tank 1 needs liquid material to be separated.
(2) three-way valve 5 is reached and works normally water (flow) direction as shown in Figure 2, then start main working barrel 21, started pair
Material carries out UF membrane, and clear liquid is discharged from purified liquor outlet 95, after work, closes working barrel 21.
(3) three-way valve 5 is reached and drains dope water (flow) direction in pipeline as shown in Figure 3, started main working barrel 21, will follow
Concentrate is discharged in ring water tank 1, closes main working barrel 21.
(4) running water valve 82 is opened, a certain amount of tap water is injected into cyclic water tank 1, three-way valve 5 is reached such as figure
Dope water (flow) direction in pipeline is drained shown in paper 3, starts main working barrel 21, with 1 tap water of cyclic water tank by dope top in pipeline
Out.
(5) running water valve 82 is opened, a certain amount of tap water is injected into cyclic water tank 1, starts dosing pump 91, Xiang Xunhuan
Cleaning agents of membrane is injected in water tank 1, cleaning solution is heated to 60 degree or so, three-way valve 5 is reached such as 2 institute of drawing by starting heating
Show normal work water (flow) direction, then start main working barrel, rinses 10 minutes or so, close main working barrel.
(6) three-way valve 5 is reached when rotating wash bowl as shown in Figure 4 just cleans water flow to move towards, starts main working barrel 21, the
The first cleaning ball 32 in one cleaning ball apparatus for placing 3 can be under flow action, along connecting pipe 6, into tubular type membrane channels
Inner wall 41, since the first cleaning ball 32 is 1mm bigger than tubular membrane channel aperture, it is all can be quickly by tubular membrane vias inner walls 41
Pollutant is wiped, and when the first cleaning ball 32, which is flushed to the second cleaning ball, to be placed in 7, ejected wash water can enter cyclic water tank 1, but
It is that the first cleaning ball 32 can be intercepted by the second cleaning ball interception bar 71, at this moment closes main working barrel 21.
(7) three-way valve 5 water when starting stand-by pump progress rotating wash bowl as shown in Figure 5 is instead cleaned and worked is reached to flow away
To, start stand-by pump 33, at this moment places the second cleaning ball 72 in 7 in the second cleaning ball, it can be under flow action, along connection
Pipeline 6, into tubular membrane vias inner walls 41, since the second cleaning ball 72 is 1mm bigger than tubular membrane channel aperture, it is all can be quick
The pollutant of tubular membrane vias inner walls 41 is wiped, when the second cleaning ball 72 is flushed in the first cleaning ball apparatus for placing 3,
Ejected wash water can enter cyclic water tank 1, but the second cleaning ball 72, which can intercept bar 31 by the first cleaning ball, to be intercepted, and is at this moment closed standby
With pump 22.
(8) the above course of work all uses PLC program to control, and only sets suitable parameter.
(9) cleaning ball customize material than milder, diameter 1mm's bigger than tubular type membrane channels or so.
(10) when actively pumping 21 failure, it can star spare 22 pump and work, the opening direction of three-way valve 5
Starting stand-by pump carries out water flow trend when rotating wash bowl is instead cleaned and worked as figure 5 illustrates.
Compared with prior art, cleaning ball can enter tubular membrane component under the action of main working barrel and auxiliary standby pump
Interior cleaning tubular membrane vias inner walls, realize physical cleaning, and two-way cleaning, clean and maintenance is high-efficient, and in time, UF membrane is imitated for cleaning
Rate is high.It is heated using cleaning agent, cleaning ball physics is added to clean, PLC system process control two pumps are respectively started, and L-type three is powered
Dynamic Vavle switching direction, realizes cleaning ball back and forth movement in tubular membrane, so that tubular ultra-filtration membrane cleaning efficiency be made to greatly improve.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without creative labor, made various transformation are all fallen within the protection scope of the utility model.
Claims (10)
1. a kind of double pump method Full automatic cleaning coiled wire cleans tubular type membranous system characterized by comprising cyclic water tank, main working barrel,
Auxiliary standby pump, cleaning ball apparatus for placing, tubular membrane component, three-way valve and connecting pipe, the connecting pipe connection follow
Ring pump and cleaning ball apparatus for placing, the connecting pipe connection cleaning ball apparatus for placing and tubular membrane component, the connecting pipe
Tubular membrane component and cyclic water tank are connected, the three-way valve is arranged in connecting pipe, puts in the cleaning ball apparatus for placing
It is equipped with cleaning ball, the cleaning ball enters tubular type along two different directions respectively under the action of circulating pump and auxiliary standby pump
Tubular membrane vias inner walls are cleaned in membrane module.
2. the double pump method Full automatic cleaning coiled wire as described in claim 1 cleans tubular type membranous system, it is characterised in that: the main work
Make the side that cyclic water tank is arranged in pump connection, the auxiliary standby pump is connected to the other side of cyclic water tank.
3. the double pump method Full automatic cleaning coiled wire as described in claim 2 cleans tubular type membranous system, it is characterised in that: the cleaning
Ball apparatus for placing includes the first cleaning ball apparatus for placing being connected between main working barrel and tubular membrane component and is connected to tubular type
The second cleaning ball apparatus for placing between membrane module and cyclic water tank.
4. the double pump method Full automatic cleaning coiled wire as described in claim 3 cleans tubular type membranous system, it is characterised in that: described first
Cleaning ball apparatus for placing includes that several first cleaning balls intercept bar and several first cleaning balls, the second cleaning ball apparatus for placing
Bar and several second cleaning balls are intercepted including several second cleaning balls；First cleaning ball connects in main work pumping action lower edge
Adapter tube road passes through and cleans tubular type mould vias inner walls, and intercepts bar by the second cleaning ball and intercept；Second cleaning ball is assisting
Pass through and clean tubular type mould vias inner walls under the action of stand-by pump along connecting pipe, and bar is intercepted by the first cleaning ball and is intercepted；Phase
Adjacent first cleaning ball intercepts the one third that the spacing between bar is the first cleaning bulb diameter, adjacent second cleaning ball intercept bar it
Between spacing be second cleaning bulb diameter one third.
5. the double pump method Full automatic cleaning coiled wire as described in claim 4 cleans tubular type membranous system, it is characterised in that: the double pump
Method Full automatic cleaning coiled wire cleaning tubular type membranous system further includes being arranged in connecting pipe and close to the tap water interface of cyclic water tank
And running water switch valve, the tap water interface is for being connected to water entrance, and when running water switch valve is opened, tap water enters
In cyclic water tank.
6. the double pump method Full automatic cleaning coiled wire as described in claim 5 cleans tubular type membranous system, it is characterised in that: the double pump
Method Full automatic cleaning coiled wire cleaning tubular type membranous system further includes the dosing pump being mounted on cyclic water tank and detergent interface, described clear
Clean dose of interface is for injecting cleaning solution.
7. the double pump method Full automatic cleaning coiled wire as described in claim 1 cleans tubular type membranous system, it is characterised in that: the tubular type
Membrane module includes single channel tubular membrane and multichannel tubular membrane, and the diameter of the cleaning ball is greater than the diameter in tubular ultra-filtration membrane channel
For 1.0mm.
8. the double pump method Full automatic cleaning coiled wire as described in claim 1 cleans tubular type membranous system, it is characterised in that: the double pump
It further includes purified liquor outlet that method Full automatic cleaning coiled wire, which cleans tubular type membranous system, the tubular membrane component permeate outlet and purified liquor outlet
It is connected.
9. the double pump method Full automatic cleaning coiled wire as described in claim 1 cleans tubular type membranous system, it is characterised in that: the threeway
Valve is L-type three-way electric valve.
10. the double pump method Full automatic cleaning coiled wire as described in claim 1 cleans tubular type membranous system, it is characterised in that: described clear
Clean ball apparatus for placing includes transparent outer cover funnel-shaped, to facilitate the state of observation rotating wash bowl, in cleaning ball apparatus for placing
Intercept net gap be the one third for cleaning bulb diameter, while cleaning ball apparatus for placing both ends are equipped with fast connection interface, with convenient
The replacement of rotating wash bowl.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820936767.9U CN209049232U (en) | 2018-06-15 | 2018-06-15 | Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820936767.9U CN209049232U (en) | 2018-06-15 | 2018-06-15 | Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system |
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| Publication Number | Publication Date |
|---|---|
| CN209049232U true CN209049232U (en) | 2019-07-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820936767.9U Active CN209049232U (en) | 2018-06-15 | 2018-06-15 | Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system |
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| CN (1) | CN209049232U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108434997A (en) * | 2018-06-15 | 2018-08-24 | 刘勇 | Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system |
-
2018
- 2018-06-15 CN CN201820936767.9U patent/CN209049232U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108434997A (en) * | 2018-06-15 | 2018-08-24 | 刘勇 | Double pump method Full automatic cleaning coiled wire cleans tubular type membranous system |
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