CN201068412Y - Mobile device for reusing and treating sewage by film method - Google Patents
Mobile device for reusing and treating sewage by film method Download PDFInfo
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- CN201068412Y CN201068412Y CNU2007200381598U CN200720038159U CN201068412Y CN 201068412 Y CN201068412 Y CN 201068412Y CN U2007200381598 U CNU2007200381598 U CN U2007200381598U CN 200720038159 U CN200720038159 U CN 200720038159U CN 201068412 Y CN201068412 Y CN 201068412Y
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- pump
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Abstract
The utility model discloses a sewage reusing and processing device with a movable type membrane method. The water inlet opening of a sewage pool is communicated with the water outlet opening of a sewage pump, the water outlet opening of the sewage pool is communicated with the water inlet opening of a first mechanical filter through a water inlet pump, the water outlet opening of the first mechanical filter is mutually communicated with the water inlet opening of a second mechanical filter, the water outlet opening of the second mechanical filter is mutually communicated with the water inlet opening of a water storage pool, the water outlet opening of the water storage pool is mutually communicated with the water inlet opening of an ultra filtration membrane preprocessing system, the water outlet opening of the ultra filtration membrane preprocessing system is mutually communicated with the water inlet opening of a middle pool, the water outlet opening of the middle pool is mutually communicated with the water inlet opening of a natrium filtration membrane system, and the water outlet opening thereof is of a reusing water outlet opening. The water inlet opening of a cleaning liquid medicine box is mutually connected with a clean water inlet pump, the water inlet end of a reverse washing pump is mutually communicated with the water outlet opening of the cleaning liquid medicine box, the reverse washing water inlet openings of the ultra filtration membrane preprocessing system, the natrium filtration membrane system, the first mechanical filter, and the second mechanical filter are mutually communicated with the water outlet end of the reverse washing pump, and the reverse washing water outlet openings thereof are mutually communicated with the sewage pool; the outlet opening of a sludge discharging valve is respectively arranged and installed at the bottom parts of the relevant devices. The process of the utility model is simple.
Description
Technical field
The utility model relates to a kind of waste disposal plant, especially a kind ofly movably utilizes membrane separation technique to dispose of sewage and reaches the device of water reuse standard.
Background technology
Along with the fast development of all trades and professions, the situation that water pollutes is more and more serious.In order to protect environment, rationally use water resources, efforts at environmental protection person to invent a lot of waste disposal plants.But traditional water treatment device floor space is big, and investment is big, and the sewage treatment time is long, and cannot move use, and the water after the processing does not reach shortcomings such as reuse standard.In addition, some midget plants and the private enterprise because bankroll problem, do not have the ability investment to go up traditional sewage treatment facility, environmental pollution incident such as cause that the row of stealing puts steathily.Also has the sewage non-processor facility of some provisional construction production places generations etc.
Summary of the invention
Go up the clothes defective in order to overcome, the utility model provides a kind of removable sewage water recycling and processing equipment with membrane process, but this device is removable, sewage treatment is simple, processing speed is fast and processing after the water direct reuse.
The utility model for the technical scheme that solves its technical problem and adopt is: a kind of removable sewage water recycling and processing equipment with membrane process, form by just washing with the backwash system, the system of just washing is composed as follows: the water-in above the sewage lagoon links to each other with the sump pump water outlet, the sewage lagoon water outlet communicates with the first mechanical filter water-in by intake pump, the water outlet of first mechanical filter be connected with the second mechanical filter water-in (water outlet of first mechanical filter is lower than its water-in), the water outlet of second mechanical filter communicates with water pond water-in, water pond water outlet communicates with ultra-filtration membrane pretreatment system water-in, ultra-filtration membrane pretreatment system water outlet communicates with middle pond water-in, middle pond water outlet communicates with sodium filter membrane system water-in, and sodium filter membrane system water outlet is the reuse water outlet;
The backwash system is composed as follows: scavenging solution medicine-chest water-in links to each other with the clear water intake pump, the backwashing pump feed-water end communicates with scavenging solution medicine-chest water outlet, the backwashing pump water side communicates with the backwash water-in of ultra-filtration membrane pretreatment system, sodium filter membrane system, first mechanical filter and second mechanical filter, ultra-filtration membrane pretreatment system, sodium filter membrane system, first mechanical filter and the second mechanical filter backwash water outlet communicate with sewage lagoon (be membrane sepn concentrate liquid etc. can arrive in the sewage lagoon by reflux line respectively);
The bottom in described sewage lagoon, water pond, first mechanical filter, second mechanical filter and middle pond is equipped with outlet, outlet all is equipped with the spoil disposal valve, the spoil disposal valve communicates with the spoil disposal house steward, and spoil disposal house steward one end opening is the spoil disposal outlet, constitutes the spoil disposal passage;
Sewage lagoon, water pond, first mechanical filter, second mechanical filter, middle pond, ultra-filtration membrane pretreatment system support, sodium filter membrane system support and sump pump, intake pump, backwashing pump and scavenging solution medicine-chest all are fixed on the pedestal.
Further technical scheme of the present utility model is:
The bottom in described sewage lagoon, water pond, first mechanical filter, second mechanical filter, middle pond all is the cone-shaped structure, and outlet is in the cone-shaped bottom.
Be equipped with interlayer board in described first and second mechanical filter, interlayer board is provided with three roads, some apertures all are set on the per pass interlayer board, all have two circular openings on first and second mechanical filter shell between interlayer board and the interlayer board, hole is sealed with blind plate and quick loading and unloading clip.(being beneficial to the wash machine strainer)
Described ultra-filtration membrane pretreatment system is made up of topping-up pump, hyperfiltration membrane assembly and support, the membrane element of its hyperfiltration membrane assembly can select for use molecular weight cut off at 1000 to 15000 daltonian hollow fibre membrane components, or use rolled film element, topping-up pump is fixed on the pedestal, the topping-up pump water-in communicates with water pond water outlet, and the topping-up pump water outlet communicates with hyperfiltration membrane assembly.
Described sodium filter membrane system is made up of high-pressure pump, sodium filter membrane separation assembly and support, wherein, the membrane element that uses in the sodium filter membrane separation assembly can select for use molecular weight cut off at 100 to 500 daltonian sodium filter rolled films, or with reverse osmosis rolled film element, high-pressure pump is fixed on the pedestal, the high-pressure pump water-in communicates with middle pond water outlet, and the high-pressure pump water outlet communicates with sodium filter membrane separation assembly.
In first mechanical filter quartz sand is set, in second mechanical filter activated carbon is set.
The beneficial effects of the utility model are: device can move, and uses easy to operate; It is fast that the use membrane separation technique is carried out the sewage disposal time, and treatment effect is good, high efficiency, continuously-running; And device can vehicle-mountedly move, and is fit to the use of provisional production and construction occasion, midget plant and working-yard periodic tenance and carries out sewage disposal, reduces fixed investment, plays the purpose of protection environment simultaneously.
Description of drawings
Fig. 1 is the utility model structural representation;
Fig. 2 is the utility model technological principle schema.
Embodiment
Embodiment: a kind of removable sewage water recycling and processing equipment with membrane process, form by just washing with the backwash system, the system of just washing is composed as follows: the water-in above the sewage lagoon 4 links to each other with sump pump 3 water outlets, sewage lagoon 4 water outlets communicate with first mechanical filter, 11 water-ins by intake pump 2, the water outlet of first mechanical filter be connected with second mechanical filter, 112 water-ins (water outlet of first mechanical filter is lower than its water-in), the water outlet of second mechanical filter communicates with water pond 5 water-ins, water pond 5 water outlets communicate with ultra-filtration membrane pretreatment system 7 water-ins, ultra-filtration membrane pretreatment system 7 water outlets communicate with middle pond 12 water-ins, middle pond 12 water outlets communicate with sodium filter membrane system 14 water-ins, and sodium filter membrane system 14 water outlets are the reuse water outlet;
The backwash system is composed as follows: scavenging solution medicine-chest 9 water-ins link to each other with the clear water intake pump, backwashing pump 8 feed-water ends communicate with scavenging solution medicine-chest 9 water outlets, backwashing pump 8 water sides and ultra-filtration membrane pretreatment system 7, sodium filter membrane system 14, it (is that the backwash water-in all can in any position that the backwash water-in of first mechanical filter 11 and second mechanical filter 112 communicates, can go up, following or medium), ultra-filtration membrane pretreatment system 7, sodium filter membrane system 14, first mechanical filter 11 and second mechanical filter, 112 backwash water outlets communicate with sewage lagoon 4 (be membrane sepn concentrate liquid etc. can arrive in the sewage lagoons by reflux line 24 respectively);
The bottom in described sewage lagoon 4, water pond 5, first mechanical filter 11, second mechanical filter 112, middle pond 12 is equipped with outlet, outlet all is equipped with spoil disposal valve 19, spoil disposal valve 19 communicates with spoil disposal house steward 20, spoil disposal house steward 20 1 end openings are spoil disposal outlet 16, constitute the spoil disposal passage;
Sewage lagoon 4, water pond 5, first mechanical filter 11, second mechanical filter 112, middle pond 12, ultra-filtration membrane pretreatment system 7 supports, sodium filter membrane system 14 supports and sump pump 3, intake pump 2, backwashing pump 8, scavenging solution medicine-chest 9 all are fixed on the pedestal.
The bottom in described sewage lagoon 4, water pond 5, first mechanical filter 11, second mechanical filter 112, middle pond 12 all is the cone-shaped structure, and outlet is in the cone-shaped bottom.
Be equipped with interlayer board in described first and second mechanical filter, interlayer board is provided with three roads, some apertures all are set on the per pass interlayer board, all have two circular openings on first and second mechanical filter shell between interlayer board and the interlayer board, hole is sealed with blind plate and quick loading and unloading clip.(being beneficial to the wash machine strainer)
Described ultra-filtration membrane pretreatment system 7 is made up of topping-up pump 6, hyperfiltration membrane assembly and support, the membrane element of its hyperfiltration membrane assembly can select for use molecular weight cut off at 1000 to 15000 daltonian hollow fibre membrane components, or use rolled film element, topping-up pump 6 is fixed on the pedestal, topping-up pump 6 water-ins communicate with water pond 5 water outlets, and topping-up pump 6 water outlets communicate with hyperfiltration membrane assembly.
Described sodium filter membrane system is made up of high-pressure pump 13, sodium filter membrane separation assembly and support, wherein, the membrane element that uses in the sodium filter membrane separation assembly can select for use molecular weight cut off at 100 to 500 daltonian sodium filter rolled films, or with reverse osmosis rolled film element, high-pressure pump 13 is fixed on the pedestal, high-pressure pump 13 water-ins communicate with middle pond 12 water outlets, and high-pressure pump 13 water outlets communicate with sodium filter membrane separation assembly.
In first mechanical filter 11 quartz sand is set, in second mechanical filter 112 activated carbon is set.
Can select diameter in described first mechanical filter for use is that can to select diameter in the quartz sand of 0.5-1mm and second mechanical filter for use be that the gac of 1-4mm is filled.
Sewage treatment process is: sewage is drawn into sewage lagoon by sump pump 3, after precipitation goes silt to handle, enter into first and second mechanical filter, then enter the water pond, be pressurized the pump suction again and deliver to the ultra-filtration membrane pretreatment unit, the sodium filter membrane system is delivered to after being sucked pressurization by high-pressure pump again in pond in the middle of pretreated water enters, the water in middle pond.Reached the water quality standard of reuse water through the water of membrane sepn processing.Reuse water is discharged through sodium filter membrane system 14 water outlets and is sent back to user's reuse.Formed the water treatment technological process passage from sewage to the reuse water like this.
The blowdown process is: the spoil disposal valve 19 of opening the lower section in described sewage lagoon 4, water pond 5, first mechanical filter 11, second mechanical filter 112 and middle pond 12, mud discharging mouth just can communicate with spoil disposal house steward 20, sedimentary mud can be discharged to outside the device by spoil disposal house steward 20, implement landfill or burning disposal by the user.
Backwash process is: when ultra-filtration membrane pretreatment system 7, when sodium filter membrane system 14 devices quit work, anti-scavenging solution enters in ultra-filtration membrane pretreatment system 7, the sodium filter membrane system 14 inner and first and second mechanical filter inside of membrane module and carries out back flushing through backwashing pump 8 water sides, to guarantee in ultra-filtration membrane pretreatment system 7, the sodium filter membrane system 14 membrane module and first and second mechanical filter is not blocked and pollute, the silt that membrane separation assemblies is separated, pollutent are back to sewage lagoon again by pipeline 24 respectively, handle again again.
Disposing of sewage by the vehicular membrane sepn waste water treating and reutilizing device of above technical scheme setting, speed is fast, investment is little, simple in structure, easy to operate, need not civil engineering, is particularly suitable for the dirty waste water that provisional construction site produces.
Principle of work of the present utility model is: removable sewage water recycling and processing equipment with membrane process, this device is shifted onto the sewage scene of the work of need by Che La or people, by sump pump sewage is extracted in the sewage lagoon, be transported to first and second mechanical filter by intake pump 2 again, through being sent in the water pond 5 behind quartz sand and the activated carbon filtration.Sewage at this time is because the filteration of quartz sand and gac has been removed the macrobead suspended substance in the water, colloid and part toxic substance substantially.Water in the water pond passes through in the membrane module that is admitted to the ultra-filtration membrane pretreatment unit after topping-up pump 6 pressurizes and carries out the membrane sepn processing.Because the effect of ultra-filtration membrane, some viruses, bacterium and macromolecular substance all are concentrated and send back to sewage lagoon when back flushing, pond 12 in the middle of the water that pre-treatment is good is sent to.The water in middle pond is delivered to sodium filter membrane separation assembly after being sucked pressurization by high-pressure pump 13, carries out membrane sepn in the sodium filter membrane component, and the nontoxic water that is separated is delivered to water outlet, can be used as reuse water and uses.The water that is concentrated is got back to sewage lagoon through reflux line when back flushing.The silt of the bottom settlings in sewage lagoon, water pond and middle pond can be discharged among the spoil disposal house steward and drains from mud discharging mouth by opening the spoil disposal valve.
Claims (6)
1. removable sewage water recycling and processing equipment with membrane process, it is characterized in that: form by just washing with the backwash system, the system of just washing is composed as follows: the water-in above the sewage lagoon (4) links to each other with sump pump (3) water outlet, sewage lagoon (4) water outlet communicates with first mechanical filter (11) water-in by intake pump (2), the water outlet of first mechanical filter is connected with second mechanical filter (112) water-in, the water outlet of second mechanical filter communicates with water pond (5) water-in, water pond (5) water outlet communicates with ultra-filtration membrane pretreatment system (7) water-in, ultra-filtration membrane pretreatment system (7) water outlet communicates with middle pond (12) water-in, middle pond (12) water outlet communicates with sodium filter membrane system (14) water-in, and sodium filter membrane system (14) water outlet is the reuse water outlet;
The backwash system is composed as follows: scavenging solution medicine-chest (9) water-in links to each other with the clear water intake pump, backwashing pump (8) feed-water end communicates with scavenging solution medicine-chest (9) water outlet, backwashing pump (8) water side communicates with the backwash water-in of ultra-filtration membrane pretreatment system (7), sodium filter membrane system (14), first mechanical filter (11) and second mechanical filter (112), and ultra-filtration membrane pretreatment system (7), sodium filter membrane system (14), first mechanical filter (11) and second mechanical filter (112) backwash water outlet communicate with sewage lagoon (4);
The bottom of described sewage lagoon (4), water pond (5), first mechanical filter (11), second mechanical filter (112) and middle pond (12) is equipped with outlet, outlet all is equipped with spoil disposal valve (19), spoil disposal valve (19) communicates with spoil disposal house steward (20), and spoil disposal house steward (20) one end openings are spoil disposal outlet (16).
2. removable sewage water recycling and processing equipment with membrane process according to claim 1, it is characterized in that: the bottom of described sewage lagoon (4), water pond (5), first mechanical filter (11), second mechanical filter (112) and middle pond (12) all is the cone-shaped structure, and outlet is in the cone-shaped bottom.
3. removable sewage water recycling and processing equipment with membrane process according to claim 1, it is characterized in that: be equipped with interlayer board in described first and second mechanical filter, interlayer board is provided with three roads, some apertures all are set on the per pass interlayer board, all have two circular openings on first and second mechanical filter shell between interlayer board and the interlayer board, hole is sealed with blind plate and quick loading and unloading clip.
4. removable sewage water recycling and processing equipment with membrane process according to claim 1, it is characterized in that: described ultra-filtration membrane pretreatment system (7) is made up of topping-up pump (6), hyperfiltration membrane assembly and support, the membrane element of its hyperfiltration membrane assembly can select for use molecular weight cut off at 1000 to 15000 daltonian hollow fibre membrane components, or use rolled film element, topping-up pump (6) water-in communicates with water pond (5) water outlet, and topping-up pump (6) water outlet communicates with hyperfiltration membrane assembly.
5. removable sewage water recycling and processing equipment with membrane process according to claim 1, it is characterized in that: described sodium filter membrane system is made up of high-pressure pump (13), sodium filter membrane separation assembly and support, wherein, the membrane element that uses in the sodium filter membrane separation assembly can select for use molecular weight cut off at 100 to 500 daltonian sodium filter rolled films, or with reverse osmosis rolled film element, high-pressure pump (13) water-in communicates with middle pond (12) water outlet, and high-pressure pump (13) water outlet communicates with sodium filter membrane separation assembly.
6. removable sewage water recycling and processing equipment with membrane process according to claim 1 is characterized in that: first mechanical filter is provided with quartz sand in (11), and second mechanical filter is provided with activated carbon in (112).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200381598U CN201068412Y (en) | 2007-05-25 | 2007-05-25 | Mobile device for reusing and treating sewage by film method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200381598U CN201068412Y (en) | 2007-05-25 | 2007-05-25 | Mobile device for reusing and treating sewage by film method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201068412Y true CN201068412Y (en) | 2008-06-04 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200381598U Expired - Lifetime CN201068412Y (en) | 2007-05-25 | 2007-05-25 | Mobile device for reusing and treating sewage by film method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201068412Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101935118A (en) * | 2010-08-16 | 2011-01-05 | 刘春喜 | Process for purifying and recycling hot water by membrane method |
| CN101318722B (en) * | 2007-06-06 | 2011-10-26 | 昆山太得隆机械有限公司 | Removable sewage water recycling and processing equipment with membrane process |
| CN109516582A (en) * | 2018-12-14 | 2019-03-26 | 山东民峰智能科技有限公司 | Emergency vehicle-mounted water purifier |
-
2007
- 2007-05-25 CN CNU2007200381598U patent/CN201068412Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101318722B (en) * | 2007-06-06 | 2011-10-26 | 昆山太得隆机械有限公司 | Removable sewage water recycling and processing equipment with membrane process |
| CN101935118A (en) * | 2010-08-16 | 2011-01-05 | 刘春喜 | Process for purifying and recycling hot water by membrane method |
| CN109516582A (en) * | 2018-12-14 | 2019-03-26 | 山东民峰智能科技有限公司 | Emergency vehicle-mounted water purifier |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20080604 Effective date of abandoning: 20070525 |