CN204051458U - The cleaning device of a kind of high-efficiency water-saving, joint medicine film group device - Google Patents
The cleaning device of a kind of high-efficiency water-saving, joint medicine film group device Download PDFInfo
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- CN204051458U CN204051458U CN201420504620.4U CN201420504620U CN204051458U CN 204051458 U CN204051458 U CN 204051458U CN 201420504620 U CN201420504620 U CN 201420504620U CN 204051458 U CN204051458 U CN 204051458U
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Abstract
The utility model is the cleaning device of a kind of high-efficiency water-saving, joint medicine film group device, it is characterized in that comprising: clear water reserviors, dispensing pond, CIP pump, air feed flexible pipe, product water tube hose; One CIP pump is connected with clear water reserviors, 2nd CIP pump is connected with dispensing pond, connect a CIP pump and valve that the parallel pipeline being connected to a CIP pump and the 2nd CIP pump after the pipeline parallel connection of the 2nd CIP pump with air feed flexible pipe and the product water tube hose that is connected with membrane cisterna delivery port adds water, at air feed flexible pipe with produce on water tube hose and have air-supplying valve.The utility model effectively reduces the shortcoming that when film group device off-line cleans, the water yield is large; Effective reduction online alkali cleaning membrane flux recovers duration short situation and strengthens the waste of cleaning frequency dose; Ensure that MBR Process for Effluent water quantity reduction is stablized.
Description
Technical field
The utility model relates to technical field of sewage, specifically the cleaning device of a kind of high-efficiency water-saving, joint medicine film group device.
Background technology
It is that separating medium substitutes conventional articulated gravity precipitation Separation of Solid and Liquid acquisition water outlet, by the sewage water treatment method that reaction process and reaction efficiency improve that membrane biological process refers to film; The basic unit for treating water that film group device is feeder, captation, doughnut curtain diaphragm, film case etc. are assembled into, carries out the device of Separation of Solid and Liquid in membrane biological process sewage treatment project; MBR is by micro-filtration (MF), ultrafiltration (UF) or nanofiltration (NF) membrane module and bioreactor form, according to the difference of the effect of membrane module in bioreactor, can be divided into Separation of Solid and Liquid membrane bioreactor, aeration film bioreactor and extractive membrane biological reactors, current sewage treatment area is widely used is Separation of Solid and Liquid membrane bioreactor.And the installation site setting that Separation of Solid and Liquid MBR is set up by its film can be divided into immersion (integral type or submerged) and external (separated type) two kinds.
Because most biomass can be trapped in reactor by film in MBR technique, the second pond that can replace in traditional activated sludge process carries out Separation of Solid and Liquid, its major advantage is that the effluent quality after processing is good, excess sludge production is few, facility compact floor space is little, system nitrification ability is strong, nitrogen phosphorus and hardly degraded organic substance clearance high, realize being separated completely thus making operation be easy to realize automatic control of hydraulic detention time (HRT) and solid retention time (SRT), traditional waste water treatment process level is easy to transformation, the advantages such as noise is little enjoy the concern of domestic and international sewage treatment area expert, become one of study hotspot.
Though MBR has various advantage, also there is membrane pollution problem and the high problem, particularly membrane pollution problem of energy consumption can cause higher energy consumption again.Cause the material structure of reason primarily of film of fouling membrane, service condition and activated sludge condition three aspects.In general, hinder the formation speed of fouling membrane by improving the material structure of film, service condition and activated sludge condition, or improve membrane pollution problem by carrying out cleaning to film.
Be widely used in sewage treatment area at present be a kind of can the MBR film group device device of on-line cleaning, this kind of device manually lifts by crane when solving the cleaning of membrane module off-line, the operation of moving film assembly and the large shortcoming of the water yield, monthly carry out once online alkali cleaning (alkali cleaning: in main wash running, mud etc. are attached to the organic substance of membrane surface), within every 3 months, carry out a pickling (pickling: main wash inorganic substances to half a year, cleaning performance is good, but can not wash more, pickling is that a kind of corrosion causes treatment effect to decline to diaphragm itself) (normal pressure difference is within-10kpa to recover membrane flux, need to carry out cleaning recovery membrane flux when pressure reduction reaches between-15kpa to-20kpa).But, the service life design value being generally used for MBR technique film is 5 years, if when membrane lifetime is more than half also only by on-line cleaning, membrane flux will be difficult to be guaranteed, along with the increase of time, pressure reduction (pressure reduction: be negative value, pressure reduction=product water pressure-termination of pumping pressure) numerical value constantly increases (when numerical value is greater than 15Kpa), and aquifer yield also will significantly be affected (200m
3/ h reduces to 160m
3/ h), it is very micro-(within still can returning to-10kpa after now washing that the recovery lasting effect of alkaline process on-line cleaning once to membrane flux is monthly carried out in former setting, but only can maintain and reach-15kpa again in about 5 days), further operation process membrane flux continuous decrease, the medicament that drops in cleaning process, greatly all as the wasting of resources, especially maintains cleaning performance and strengthens cleaning frequency and can waste a large amount of medicaments; And if projected life to before in advance film is more brought and ensures membrane flux thus ensure aquifer yield and effluent quality, this kind of method due to film expensive and infeasible.
Summary of the invention
The purpose of this utility model provides the cleaning device of a kind of high-efficiency water-saving, joint medicine film group device, effectively reduces the shortcoming that when film group device off-line cleans, the water yield is large; Effective reduction online alkali cleaning membrane flux recovers duration short situation and strengthens the waste of cleaning frequency dose; Ensure that MBR Process for Effluent water quantity reduction is stablized.
The technical solution of the utility model is:
The cleaning device of a kind of high-efficiency water-saving, joint medicine film group device comprises: clear water reserviors, 2 dispensing pond, CIP pump, air feed flexible pipe, produce water tube hose; One CIP pump is connected with clear water reserviors, 2nd CIP pump is connected with dispensing pond, connect a CIP pump and have valve with on the parallel pipeline being connected to a CIP pump and the 2nd CIP pump after the pipeline parallel connection of the 2nd CIP pump with air feed flexible pipe and the product water tube hose that is connected with membrane cisterna delivery port, at air feed flexible pipe with produce on water tube hose and have valve.
The pipeline be connected with clear water reserviors the one CIP pump is provided with clear water reserviors aqueous vapor by-pass valve control.
The pipeline be connected with dispensing pond the 2nd CIP pump is provided with pond aqueous vapor by-pass valve control of offeing medicine.
This device is provided with two structures and is connected identical dispensing pond.(washing 2 film group devices) simultaneously
The utility model beneficial effect is compared with the prior art: the cleaning performance both having improved film by the cleaning way that air water combines by the sky effect of exposing to the sun during off-line cleaning MBR film group device turn reduces the water yield; Cleaning process bubble pond water used is that the middle water after MBR process controls water consumption further; Cleaning lasting effect for film is better than mensal online alkaline cleaning procedure, and the dose added fully is applied, and avoids the dose waste of online alkali cleaning; Producing mud enters between sludge of sewage treatment plant disposal, and the waste water after cleaning enters sewage treatment plant's process non-secondary pollution; Life-span more than half film by after the cleaning of this method again in conjunction with on-line cleaning, the restitution namely improving membrane flux turn increases the effect of on-line cleaning, thus ensures water outlet aquifer yield and water stabilization.This cleaning device can be applicable to the film group device cleaning of immersion (integral type or submerged) and external simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of high-efficiency water-saving of the present utility model, joint medicine film group device cleaning device.
In figure, 1-clear water reserviors, 2-offers medicine pond, 3-film group device, 4-CIP pump, 5-air feed flexible pipe, and 6-produces water tube hose, the outside dosing of 7-, and 8-adds water valve, 9-air-supplying valve, 10-clear water reserviors aqueous vapor by-pass valve control, and 11-offers medicine pond aqueous vapor by-pass valve control.
Detailed description of the invention
High-efficiency water-saving of the present utility model, joint medicine film group device cleaning device are as shown in Figure 1, comprise clear water reserviors 1,2 dispensing pond 2, CIP pump 4, air feed flexible pipe 5, produce water tube hose 6, one CIP pump is connected with clear water reserviors, 2nd CIP pump is connected with dispensing pond, connect a CIP pump to be connected with air feed flexible pipe 5 and the product water tube hose 6 connected with membrane cisterna delivery port with after the pipeline parallel connection of the 2nd CIP pump, the parallel pipeline of a CIP pump and the 2nd CIP pump there is valve 8, at air feed flexible pipe with produce on water tube hose and have valve 9,10 respectively.The pipeline be connected with clear water reserviors the one CIP pump is provided with clear water reserviors aqueous vapor by-pass valve control 10.The pipeline be connected with dispensing pond the 2nd CIP pump is provided with pond aqueous vapor by-pass valve control 11 of offeing medicine.
This device is provided with two structures and is connected identical dispensing pond (simultaneously washing 2 film group devices).
The cleaning method of high-efficiency water-saving, the cleaning of joint medicine film group device is:
(1) water pump in CIP(is first opened) pump water adding valve, middle water (water outlet after MBR process) is added in 3 bubble ponds of 5.25*2.25*5m by producing water tube hose (DN100), 1 clear water reserviors, 2 dispensing ponds, 3/4 place adding to bubble pond stops adding water;
(2) in 2 dispensing ponds, respectively add the liquor natrii hypochloritis of 1000kg mass concentration 13% and the industrial NaOH (graininess) of 25kg, and be stirred to NaOH and all dissolve;
(3) by semiautomatic control driving from membrane cisterna mobile film group device in clear water reserviors, the film group device aeration mouth of pipe is connected with CIP pump, open add water valve 8 and air-supplying valve 9 simultaneously, middle water mixes from product water tube hose (DN100) with the gas air feed flexible pipe (DN100), mixed aqueous vapor is washed away and water yield flushing the air that the diaphragm being difficult to clean in film case carries out continuous effective, cleans organic substances such as the activated sludge that film case surface and film group device interior diaphragm adhere to;
(4) film group device through preliminary cleaning is transferred in dispensing pond, film group device one end connects CIP pump, open air-supplying valve 9, gas enters film group device from air feed flexible pipe and carries out bottom aeration (film group device aeration mode is hypomere boring aeration), to be exposed to the sun the mud on shake blowout film group device diaphragm that (not producing a water aeration) produce by sky, and driving the bubble that medicament produces in pond effectively to clean diaphragm by aeration, sky exposes to the sun time 24h;
(5) film group device after 24h sky exposes to the sun is transferred in clear water reserviors, soaks 1h and return in membrane cisterna, and fastening;
(6) 3 are steeped the silt displacement under washing in ponds clean, mud enters between sludge of sewage treatment plant disposal, and the waste water after cleaning enters sewage treatment plant's process.
During work, open air-supplying valve 9 and dispensing pond by-pass valve control 11, the valve 8 that adds water is closed with clear water reserviors by-pass valve control 10, dispensing pond air purge; Open add water valve 8 and dispensing pond valve 11, air-supplying valve 9 and clear water reserviors by-pass valve control 10 are closed, the washing of dispensing pond; Open air-supplying valve 9, add water valve 8 and dispensing pond by-pass valve control 11, clear water reserviors by-pass valve control 10 is closed, dispensing pond air-water flushing.Clear water reserviors in like manner.
Claims (5)
1. a cleaning device for high-efficiency water-saving, joint medicine film group device, is characterized in that comprising: clear water reserviors, dispensing pond, CIP pump, air feed flexible pipe, product water tube hose; One CIP pump is connected with clear water reserviors, 2nd CIP pump is connected with dispensing pond, connect a CIP pump and valve that the parallel pipeline being connected to a CIP pump and the 2nd CIP pump after the pipeline parallel connection of the 2nd CIP pump with air feed flexible pipe and the product water tube hose that is connected with membrane cisterna delivery port adds water, at air feed flexible pipe with produce on water tube hose and have air-supplying valve.
2. the cleaning device of high-efficiency water-saving according to claim 1, joint medicine film group device, is characterized in that the volume in described clear water reserviors and dispensing pond is 5.25*2.25*5m.
3. the cleaning device of high-efficiency water-saving according to claim 1, joint medicine film group device, is characterized in that this device is provided with two structures and is connected identical dispensing pond.
4. the cleaning device of high-efficiency water-saving according to claim 1, joint medicine film group device, is characterized in that being provided with clear water reserviors aqueous vapor by-pass valve control on the pipeline be connected with clear water reserviors the one CIP pump.
5. the cleaning device of high-efficiency water-saving according to claim 1, joint medicine film group device, is characterized in that being provided with pond aqueous vapor by-pass valve control of offeing medicine on the pipeline be connected with dispensing pond the 2nd CIP pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420504620.4U CN204051458U (en) | 2014-09-03 | 2014-09-03 | The cleaning device of a kind of high-efficiency water-saving, joint medicine film group device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420504620.4U CN204051458U (en) | 2014-09-03 | 2014-09-03 | The cleaning device of a kind of high-efficiency water-saving, joint medicine film group device |
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|---|---|
| CN204051458U true CN204051458U (en) | 2014-12-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105000653A (en) * | 2015-06-25 | 2015-10-28 | 西安建筑科技大学 | In-situ stripping method for filter material surface active oxide film |
-
2014
- 2014-09-03 CN CN201420504620.4U patent/CN204051458U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105000653A (en) * | 2015-06-25 | 2015-10-28 | 西安建筑科技大学 | In-situ stripping method for filter material surface active oxide film |
| CN105000653B (en) * | 2015-06-25 | 2018-07-03 | 西安建筑科技大学 | A kind of stripping means in situ of filter material surface active oxidation film |
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