CN207786351U - A kind of ceramic membrane cross-flow filtration device - Google Patents
A kind of ceramic membrane cross-flow filtration device Download PDFInfo
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- CN207786351U CN207786351U CN201721617477.XU CN201721617477U CN207786351U CN 207786351 U CN207786351 U CN 207786351U CN 201721617477 U CN201721617477 U CN 201721617477U CN 207786351 U CN207786351 U CN 207786351U
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- pipeline
- electrically operated
- operated valve
- chemical cleaning
- water
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Abstract
It is disclosed by the utility model to belong to ceramic membrane filter device technical field,Specially a kind of ceramic membrane cross-flow filtration device,Including material liquid input end,The right side of the material liquid input end is connected with by pipeline into water ON/OFF electrically operated valve,The top of the concentrated water three-way valve is connected to by pipeline on the pipeline between water ON/OFF electrically operated valve and intake pump,The right hand top of the ceramic film component is connected with production water ON/OFF electrically operated valve by pipeline,The design of concentrated water end, which is concentrated water three-way valve, can make the equipment both can apply to sewage disposal,It can apply to the concentration of high added value bio-pharmaceuticals product again,Water producing pipe road is equipped with a production water ON/OFF electrically operated valve and electrically operated valve is adjusted in a production water,Transmembrane pressure is set gradually to rise progressively,It prevents mutation from starting and potential irreversible membrane fouling is caused to film,Air bleeding valve on chemical cleaning case can effectively remove the foam that water is produced in Process of Chemical Cleaning.
Description
Technical field
The utility model is related to ceramic membrane filter device technical field, specially a kind of ceramic membrane cross-flow filtration device.
Background technology
Ceramic membrane has the characteristics that high temperature resistance, anti-strong acid-base and machinery are powerful big, in recent years, in oilfield chemical, food
The industries such as product medicine are increasingly widely used.Before ceramic membrane is by large industrialized, it is necessary to have reliable test data conduct
Industrial design foundation, therefore a kind of filter plant for simulating ceramic membrane actual industrial purposes of design has very big guiding price
Value.
Utility model content
The purpose of this utility model is to provide a kind of ceramic membrane cross-flow filtration devices, to solve to carry in above-mentioned background technology
The problem of going out.
To achieve the above object, the utility model provides the following technical solutions：A kind of ceramic membrane cross-flow filtration device, including
The right side of material liquid input end, the material liquid input end is connected with by pipeline into water ON/OFF electrically operated valve, the water inlet
The right side of ON/OFF electrically operated valve is connected with intake pump by pipeline, and the right side of the intake pump is connected with circulating pump by pipeline,
The right side of the circulating pump is connected separately with ceramic film component and the second waste discharge ball valve, the top of the ceramic film component by pipeline
Portion is connected separately with concentrated water coarse adjustment electrically operated valve, concentrated water accurate adjustment electrically operated valve, concentrated water ON/OFF electrically operated valve and first by pipeline
In-site chemical cleaning pipeline ON/OFF electrically operated valve, the concentrated water coarse adjustment electrically operated valve, concentrated water accurate adjustment electrically operated valve and concentrated water open/
The right side of powered-down movable valve is connected separately with concentrated water three-way valve and production water outlet end by pipeline, the concentrated water three-way valve
Top is connected to by pipeline on the pipeline between water ON/OFF electrically operated valve and intake pump, the right side of the ceramic film component
Top is connected with production water ON/OFF electrically operated valve by pipeline, and the right side of the production water ON/OFF electrically operated valve is connected respectively by pipeline
It is connected to check-valves and electrically operated valve is adjusted in production water, the check-valves and production water are connected between electrically operated valve is adjusted by backwashing pump
It connects, backwash case is connected on the pipeline between the electrically operated valve and backwashing pump, the top of the backwash case is connected by pipeline
There is production water outlet end, third waste discharge ball valve is connected on the pipeline between the electrically operated valve and backwashing pump and backwash case, it is described
Pipeline between ceramic film component and concentrated water coarse adjustment electrically operated valve, concentrated water accurate adjustment electrically operated valve and concentrated water ON/OFF electrically operated valve is logical
Pipeline connection between piping and intake pump and circulating pump, the bottom of the pipeline between the intake pump and circulating pump passes through pipe
Road is connected with the first waste discharge ball valve, and the bottom of the pipeline between the water inlet ON/OFF electrically operated valve and intake pump is connected by pipeline
It is connected to third in-site chemical cleaning pipeline ON/OFF electrically operated valve, the third in-site chemical cleaning pipeline ON/OFF electrically operated valve
Bottom in-site chemical cleaning waste discharge adjustable gate and chemical cleaning case are connected separately with by pipeline, the online chemistry is clear
Wash the right side of waste discharge adjustable gate and waste discharge end be connected with by pipeline, the bottom of the first waste discharge ball valve by pipeline with
Pipeline between line chemical cleaning waste discharge adjustable gate and waste discharge end is connected, the third waste discharge ball valve and the second waste discharge ball
It is connected by pipeline between valve, the pipeline and the first waste discharge ball valve between the third waste discharge ball valve and the second waste discharge ball valve
The pipeline of bottom connects, and having heaters is arranged on the right side of the inner cavity of the chemical cleaning case, the bottom of the chemical cleaning case passes through
Pipeline is connected separately with the first dosing pump and the second dosing pump, is separately connected on the right side of first dosing pump and the second dosing pump
There is acid adding feed end and alkali feed end, the left side top of the chemical cleaning case is added to pass through pipeline and the first in-site chemical cleaning pipe
The bottom of road ON/OFF electrically operated valve connects, and the top center position of the chemical cleaning case is connected with second online by pipeline
Chemical cleaning is intake ON/OFF electrically operated valve, passes through pipeline at the top of second in-site chemical cleaning water inlet ON/OFF electrically operated valve
It is connected with in-site chemical cleaning water inlet end, the top right side of the chemical cleaning case is provided with chemical cleaning case drain tap.
Preferably, the ceramic film component uses silicon carbide ceramic membrane.
Preferably, the inner cavity of the chemical cleaning case is provided with temperature-detecting device.
Compared with prior art, the utility model has the beneficial effects that：A kind of ceramic membrane cross-flow that the utility model proposes
Filter device, concentrated water end design be concentrated water three-way valve the equipment can be made both to have can apply to sewage disposal (concentrate is discarded
Object), and the concentration (concentrate is product) of high added value bio-pharmaceuticals product is can apply to, when such as concentrate being product, backwash
The concentrate of discharge can be restored to raw water, and concentrated water outlet is equipped with the different electrically operated valve of two flow velocity adjustable ranges and can accurately adjust
Concentrated water end flow velocity, therefore the more accurate rate of recovery can be obtained as desired, water producing pipe road be equipped with a production water ON/OFF electrically operated valve and
Electrically operated valve is adjusted in one production water, and transmembrane pressure is made gradually to rise progressively, and prevents mutation from starting and causes potential irreversible dirt to film
Dye, the air bleeding valve on chemical cleaning case can effectively remove the foam that water is produced in Process of Chemical Cleaning.
Description of the drawings
FIG. 1 is a schematic structural view of the utility model.
In figure：It is 1 material liquid input end, 2 water inlet ON/OFF electrically operated valves, 3 intake pumps, 4 circulating pumps, 5 ceramic film components, 6 dense
Water coarse adjustment electrically operated valve, 7 concentrated water accurate adjustment electrically operated valves, 8 concentrated water ON/OFF electrically operated valves, 9 concentrated water three-way valves, 10 first are online
Chemical cleaning pipeline ON/OFF electrically operated valve, 11 in-site chemical cleaning water inlet ends, 12 second in-site chemical cleanings water inlet ON/OFF electricity
Movable valve, 13 chemical cleaning case drain taps, 14 chemical cleaning casees, 15 heaters, 16 first dosing pumps, 17 second dosing pumps,
18 production water ON/OFF electrically operated valves, 19 check-valves, 20 backwashing pumps, 21 production water are adjusted electrically operated valve, 22 backwash casees, 23 thirds and exist
Line chemical cleaning pipeline ON/OFF electrically operated valve, 24 in-site chemical cleaning waste discharge adjustable gates, 25 first waste discharge ball valves, 26
Two waste discharge ball valves, 27 third waste discharge ball valves, 28 waste discharge ends, 29 acid adding feed ends, 30 plus alkali feed end, 31 concentrated water outlet ends, 32
Produce water outlet end.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
Referring to Fig. 1, the utility model provides a kind of technical solution：A kind of ceramic membrane cross-flow filtration device, including raw material
Liquid input end 1, the right side of the material liquid input end 1 are connected with by pipeline into water ON/OFF electrically operated valve 2, and the water inlet opens/
The right side of powered-down movable valve 2 is connected with intake pump 3 by pipeline, and the right side of the intake pump 3 is connected with circulating pump by pipeline
4, the right side of the circulating pump 4 is connected separately with ceramic film component 5 and the second waste discharge ball valve 26, the ceramic membrane group by pipeline
It is electronic that the top of part 5 by pipeline is connected separately with concentrated water coarse adjustment electrically operated valve 6, concentrated water accurate adjustment electrically operated valve 7, concentrated water ON/OFF
Valve 8 and the first in-site chemical cleaning pipeline ON/OFF electrically operated valve 10, the concentrated water coarse adjustment electrically operated valve 6, concentrated water accurate adjustment are electronic
The right side of valve 7 and concentrated water ON/OFF electrically operated valve 8 is connected separately with concentrated water three-way valve 9 and production water outlet end 31 by pipeline,
The top of the concentrated water three-way valve 9 is connected to by pipeline on the pipeline between water ON/OFF electrically operated valve 2 and intake pump 3,
The right hand top of the ceramic film component 5 is connected with production water ON/OFF electrically operated valve 18 by pipeline, and the production water ON/OFF is electronic
The right side of valve 18 is connected separately with check-valves 19 by pipeline and electrically operated valve 21,19 He of the check-valves is adjusted in production water
Production water is connected between electrically operated valve 21 is adjusted by backwashing pump 20, on the pipeline between the electrically operated valve 21 and backwashing pump 20
It is connected with backwash case 22, the top of the backwash case 22 is connected with production water outlet end 32,21 He of the electrically operated valve by pipeline
Third waste discharge ball valve 27, the ceramic film component 5 and concentrated water coarse adjustment are connected on pipeline between backwashing pump 20 and backwash case 22
Pipeline between electrically operated valve 6, concentrated water accurate adjustment electrically operated valve 7 and concentrated water ON/OFF electrically operated valve 8 by pipeline and intake pump 3 and
Pipeline connection between circulating pump 4, the bottom of the pipeline between the intake pump 3 and circulating pump 4 is connected with first by pipeline
The bottom of waste discharge ball valve 25, the pipeline between the water inlet ON/OFF electrically operated valve 2 and intake pump 3 is connected with third by pipeline
In-site chemical cleaning pipeline ON/OFF electrically operated valve 23, the bottom of the third in-site chemical cleaning pipeline ON/OFF electrically operated valve 23
It is connected separately with in-site chemical cleaning waste discharge adjustable gate 24 and chemical cleaning case 14, the in-site chemical cleaning by pipeline
The right side of waste discharge adjustable gate 24 is connected with waste discharge end 28 by pipeline, and the bottom of the first waste discharge ball valve 25 passes through pipeline
Pipeline between in-site chemical cleaning waste discharge adjustable gate 24 and waste discharge end 28 is connected, 27 He of third waste discharge ball valve
It is connected by pipeline between second waste discharge ball valve 26, the pipeline between the third waste discharge ball valve 27 and the second waste discharge ball valve 26
It is connect with the pipeline of the bottom of the first waste discharge ball valve 25, having heaters 15, institute is set on the right side of the inner cavity of the chemical cleaning case 14
The bottom for stating chemical cleaning case 14 is connected separately with the first dosing pump 16 and the second dosing pump 17, first dosing by pipeline
The right side of pump 16 and the second dosing pump 17 is connected separately with acid adding feed end 29 and adds alkali feed end 30, the chemical cleaning case 14
Left side top connect with the bottom of the first in-site chemical cleaning pipeline ON/OFF electrically operated valve 10 by pipeline, the chemistry is clear
The top center position of tank-washer 14 is connected with the second in-site chemical cleaning by pipeline and intakes ON/OFF electrically operated valve 12, and described the
The top of two in-site chemical cleanings water inlet ON/OFF electrically operated valve 12 is connected with in-site chemical cleaning water inlet end 11, institute by pipeline
The top right side for stating chemical cleaning case 14 is provided with chemical cleaning case drain tap 13.
Wherein, the ceramic film component 5 uses silicon carbide ceramic membrane, and the inner cavity of the chemical cleaning case 14 is provided with temperature
Detection device.
Operation principle：A kind of ceramic membrane cross-flow filtration device, including intake pump 3, circulating pump 4, backwashing pump 20, ceramic membrane group
Part 5, in-site chemical cleaning device and back washing device.Material liquid enters system by ON/OFF electrically operated valve 2 of intaking, and is then sent
To intake pump 3, for system boost, then by circulating pump 4 by raw water to ceramic film component 5, raw water by membrane component,
Under pressure effect, raw water is divided into two kinds of forms, and production water was that drainage is oozed out by membranous wall, and concentrated water is flowed through along membrane component, from film
The element other end comes out.Membrane component water inlet, production water water and concentrated water end install respectively pressure and flowmeter for measure pressure and
Flow.
The concentrated water part come out from the membrane component other end recycles in circulation loop, and a part is through 31 row of concentrated water outlet end
Go out, positioned at the concentrated water three-way valve 9 of concentrated water outlet concentrated water can be sent back to material liquid input end 1 or by concentrated water outlet by its
Transmitting system, three electrically operated valves of concentrated water outlet, when one of concentrated water ON/OFF electrically operated valve 8 is for reducing backwash
The pressure of concentrated water outlet, and another two adjusts motor-driven valve, concentrated water coarse adjustment electrically operated valve 6 and concentrated water accurate adjustment electrically operated valve 7, because
It adjusts flow velocity difference, can enable the system to more accurately control concentrated water flow, to accurately adjust the rate of recovery, no matter needs to concentrate
High added value substance such as drug (product is at concentrated water end) or purification sewage (product is in production water end (W.E.)), the design of this innovation is all
This ceramic membrane equipment can be made to play the role of effective experiment, and can accurately adjust the rate of recovery.
Across the production water of film layer outflow, electrically operated valve 21 is adjusted and enters by producing water ON/OFF electrically operated valve 18 and production water
Backwash case 22 finally leaves system, and when backwash, the closing of electrically operated valve 21 is adjusted in the production water for producing water end (W.E.), and backwashing pump 20 will
The production water of backwash case 22 passes through 19 back flush membrane component of check-valves with higher flow velocity, in backwash process, water inlet ON/OFF electricity
Movable valve 2, intake pump 3 and circulating pump 4 will all close, and the motor regulated valve concentrated water coarse adjustment electrically operated valve 6 at concentrated water end, concentrated water
Accurate adjustment electrically operated valve 7, concentrated water ON/OFF electrically operated valve 8 are fully open, so as to the waste water discharge system of backwash processing.
It is clear can to carry out film effective chemistry for the in-site chemical cleaning device with heating function of the integration of equipments
It washes.When chemical cleaning is opened, clear water enters chemical cleaning case by the second in-site chemical cleaning water inlet ON/OFF electrically operated valve 12
14, heater 15 starts, and according to actual demand, carries out soda acid cleaning successively, the first dosing pump 16 or the second dosing pump 17 start
Add required chemical cleaning medicament, etc. 14 inner cleaning solution of chemical cleanings case reach required temperature, heater 15 is closed, and first is online
Chemical cleaning pipeline ON/OFF electrically operated valve 10 and third in-site chemical cleaning pipeline ON/OFF electrically operated valve 23 are opened, according to institute
It need to clean flow velocity, intake pump 3 and circulating pump 4 start, and the second in-site chemical cleaning water inlet ON/OFF electrically operated valve 12, water inlet open/
Powered-down movable valve 2, concentrated water coarse adjustment electrically operated valve 6, concentrated water accurate adjustment electrically operated valve 7, concentrated water ON/OFF electrically operated valve 8 and production water ON/OFF
18 contract fully of electrically operated valve.Etc. after the completion of chemical cleanings, intake pump 3 and circulating pump 4 are closed, valve the first in-site chemical cleaning pipe
Road ON/OFF electrically operated valve 10 and third in-site chemical cleaning pipeline ON/OFF electrically operated valve 23 are closed, and cleaning waste liquid by changing online
Cleaning waste discharge adjustable gate 24 is learned to be discharged.It is general to carry out 2-3 clear water cleanings after each chemical cleaning is complete.
First waste discharge ball valve 25, the second waste discharge ball valve 26 and third waste discharge ball valve 27 are used to clear the waste liquid in system, give up
Liquid uniformly enters waste discharge end 28.
Normal production water implementation steps:
1. raw water enters from material liquid input end 1；
2. ON/OFF of intaking electrically operated valve 2 is opened；
3. intake pump 3 is opened；
4. circulating pump 4 is opened；
5. concentrated water coarse adjustment electrically operated valve 6 and concentrated water accurate adjustment electrically operated valve 7 are slowly opened；
It is slowly opened 6. producing water and electrically operated valve 21 being adjusted；
7. producing water ON/OFF electrically operated valve 18 to open；
8. by adjust intake pump 3 and valve concentrated water coarse adjustment electrically operated valve 6 and concentrated water accurate adjustment electrically operated valve 7 reach needed for across
Membrane pressure is poor；
9. reaching required rate of circulating flow by adjusting circulating pump 4.
Backwash implementation steps：
1. intake pump 3 is closed；
2. circulating pump 4 is closed；
3. ON/OFF of intaking electrically operated valve 2, concentrated water coarse adjustment electrically operated valve 6, concentrated water accurate adjustment electrically operated valve 7, the production adjustable economize on electricity of water
Movable valve 21 is closed；
4. backwashing pump 20 is opened；
5. concentrated water ON/OFF electrically operated valve 8 is opened；
6. backwash liquor is discharged by concentrated water outlet end 31.
In-site chemical cleaning step is by taking pickling as an example:
1. clear water enters from in-site chemical cleaning water inlet end 11
2. the second in-site chemical cleaning water inlet ON/OFF electrically operated valve 12 is opened to chemical cleaning case 14 and arrives required volume；
3. heater 15 is opened；
4. acid enters acid adding feed end 29；
5. the first dosing pump 16 is opened until having added required chemical dosage；
6. etc. required temperatures reach post-heater 15 closing；
7. the first in-site chemical cleaning pipeline ON/OFF electrically operated valve 10 and third in-site chemical cleaning pipeline ON/OFF are electronic
Valve 23 is opened；
8. ON/OFF of intaking electrically operated valve 2, concentrated water coarse adjustment electrically operated valve 6, concentrated water accurate adjustment electrically operated valve 7, concentrated water ON/OFF electricity
Movable valve 8 and production water ON/OFF electrically operated valve 18 are closed；
9. intake pump 3 and circulating pump 4 start；
10. adjusting intake pump 3 and circulating pump 4 to required flow velocity；
11. intake pump 3 after chemical cleaning, circulating pump 4 stops；
12. in-site chemical cleaning waste discharge adjustable gate 24 is opened will cleaning waste liquid discharge.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied
Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.
Claims (3)
1. a kind of ceramic membrane cross-flow filtration device, including material liquid input end (1), it is characterised in that：The material liquid input end
(1) right side is connected with by pipeline into water ON/OFF electrically operated valve (2), and the right side of the water inlet ON/OFF electrically operated valve (2) is logical
Piping is connected with intake pump (3), and the right side of the intake pump (3) is connected with circulating pump (4), the circulating pump by pipeline
(4) right side is connected separately with ceramic film component (5) and the second waste discharge ball valve (26), the ceramic film component (5) by pipeline
By pipeline to be connected separately with concentrated water coarse adjustment electrically operated valve (6), concentrated water accurate adjustment electrically operated valve (7), concentrated water ON/OFF electronic at top
Valve (8) and the first in-site chemical cleaning pipeline ON/OFF electrically operated valve (10), the concentrated water coarse adjustment electrically operated valve (6), concentrated water essence
Adjust electrically operated valve (7) and concentrated water ON/OFF electrically operated valve (8) right side by pipeline be connected separately with concentrated water three-way valve (9) and
Produce water outlet end (31), the top of the concentrated water three-way valve (9) be connected into water ON/OFF electrically operated valve (2) by pipeline and
On pipeline between intake pump (3), it is electronic that the right hand top of the ceramic film component (5) by pipeline is connected with production water ON/OFF
The right side of valve (18), the production water ON/OFF electrically operated valve (18) is connected separately with check-valves (19) by pipeline and production water can
Electrically operated valve (21) is adjusted, the check-valves (19) and production water are adjusted between electrically operated valve (21) through backwashing pump (20) even
It connects, backwash case (22) is connected on the pipeline between the electrically operated valve (21) and backwashing pump (20), the backwash case (22)
Top is connected with production water outlet end (32) by pipeline, between the electrically operated valve (21) and backwashing pump (20) and backwash case (22)
Pipeline on be connected with third waste discharge ball valve (27), the ceramic film component (5) and concentrated water coarse adjustment electrically operated valve (6), concentrated water essence
Adjust pipeline between electrically operated valve (7) and concentrated water ON/OFF electrically operated valve (8) by pipeline and intake pump (3) and circulating pump (4) it
Between pipeline connection, the bottom of the pipeline between the intake pump (3) and circulating pump (4) is connected with the first waste discharge ball by pipeline
The bottom of valve (25), the pipeline between the water inlet ON/OFF electrically operated valve (2) and intake pump (3) is connected with third by pipeline
In-site chemical cleaning pipeline ON/OFF electrically operated valve (23), the third in-site chemical cleaning pipeline ON/OFF electrically operated valve (23)
Bottom is connected separately with in-site chemical cleaning waste discharge adjustable gate (24) and chemical cleaning case (14) by pipeline, described online
The right side of chemical cleaning waste discharge adjustable gate (24) is connected with waste discharge end (28), the first waste discharge ball valve by pipeline
(25) bottom is connected by the pipeline between pipeline and in-site chemical cleaning waste discharge adjustable gate (24) and waste discharge end (28)
It connects, is connected by pipeline between the third waste discharge ball valve (27) and the second waste discharge ball valve (26), the third waste discharge ball valve
(27) pipeline between the second waste discharge ball valve (26) is connect with the pipeline of the bottom of the first waste discharge ball valve (25), and the chemistry is clear
Setting having heaters (15) on the right side of the inner cavity of tank-washer (14), the bottom of the chemical cleaning case (14) is connected separately with by pipeline
The right side of first dosing pump (16) and the second dosing pump (17), first dosing pump (16) and the second dosing pump (17) connects respectively
It is connected to acid adding feed end (29) and alkali feed end (30), the left side top of the chemical cleaning case (14) is added to pass through pipeline and first
The bottom of in-site chemical cleaning pipeline ON/OFF electrically operated valve (10) connects, the top center position of the chemical cleaning case (14)
It is connected with the second in-site chemical cleaning water inlet ON/OFF electrically operated valve (12), the second in-site chemical cleaning water inlet by pipeline
The top of ON/OFF electrically operated valve (12) is connected with in-site chemical cleaning water inlet end (11), the chemical cleaning case by pipeline
(14) top right side is provided with chemical cleaning case drain tap (13).
2. a kind of ceramic membrane cross-flow filtration device according to claim 1, it is characterised in that：The ceramic film component (5)
Using silicon carbide ceramic membrane.
3. a kind of ceramic membrane cross-flow filtration device according to claim 1, it is characterised in that：The chemical cleaning case (14)
Inner cavity be provided with temperature-detecting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721617477.XU CN207786351U (en) | 2017-11-28 | 2017-11-28 | A kind of ceramic membrane cross-flow filtration device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721617477.XU CN207786351U (en) | 2017-11-28 | 2017-11-28 | A kind of ceramic membrane cross-flow filtration device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207786351U true CN207786351U (en) | 2018-08-31 |
Family
ID=63284976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721617477.XU Active CN207786351U (en) | 2017-11-28 | 2017-11-28 | A kind of ceramic membrane cross-flow filtration device |
Country Status (1)
| Country | Link |
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| CN (1) | CN207786351U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109833776A (en) * | 2017-11-28 | 2019-06-04 | 浙江太阳石水处理有限公司 | A kind of ceramic membrane cross-flow filtration device |
| CN113754017A (en) * | 2021-09-28 | 2021-12-07 | 湖北迪洁膜科技有限责任公司 | Novel ceramic membrane water purification device |
| CN113769455A (en) * | 2021-11-10 | 2021-12-10 | 第一环保（深圳）股份有限公司 | High organic waste liquid equipment is handled to high temperature resistant ceramic carborundum film |
-
2017
- 2017-11-28 CN CN201721617477.XU patent/CN207786351U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109833776A (en) * | 2017-11-28 | 2019-06-04 | 浙江太阳石水处理有限公司 | A kind of ceramic membrane cross-flow filtration device |
| CN113754017A (en) * | 2021-09-28 | 2021-12-07 | 湖北迪洁膜科技有限责任公司 | Novel ceramic membrane water purification device |
| CN113769455A (en) * | 2021-11-10 | 2021-12-10 | 第一环保（深圳）股份有限公司 | High organic waste liquid equipment is handled to high temperature resistant ceramic carborundum film |
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