CN201301241Y - Integrated continuous flow oily waste water treatment device - Google Patents
Integrated continuous flow oily waste water treatment device Download PDFInfo
- Publication number
- CN201301241Y CN201301241Y CNU2008201388546U CN200820138854U CN201301241Y CN 201301241 Y CN201301241 Y CN 201301241Y CN U2008201388546 U CNU2008201388546 U CN U2008201388546U CN 200820138854 U CN200820138854 U CN 200820138854U CN 201301241 Y CN201301241 Y CN 201301241Y
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- separating tank
- water
- media regeneration
- jar
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Abstract
The utility model relates to an integrated continuous flow oily waste water treatment device which is characterized in that: the device is composed of a separating tank, a filtering material regenerating tank, a lift pump, a filtering material circulating pump and a connecting manifold; the separating tank is a vertical cylindrical tank, a sleeve structure is arranged in the tank body, filtering material and a filtering core are arranged in the sleeve, reverse-flow reversal filtration is carried out, and a continuous circulating vortex washing device is provided outside the separating tank body, thereby effectively preventing the filtering material from blocking a pipeline in the filtering material circulation and preventing the pump from getting struck; the filtering core adopts air-blasting blockage-removing and generation by grouping in an alternating way, thereby ensuring the continuous normal operation of the integrated continuous flow oily waste water treatment device and the treated water quality to be qualified and stable; the device has safe and reliable operation and the effect is qualified and stable, therefore, the device can be widely applied to the continuous flow filtration and purifying treatment of the oily sewage and can be used for the separation of oil, mud and water of output liquid of high water-containing fault-block oilfield.
Description
Affiliated technical field
The utility model relates to a kind of integrated continuous flow oil-containing waste water processing device, especially the integrated continuous flow oil-containing waste water processing device of oil field extracted water.
Background technology
At present, filtration unit in usefulness during oil field water clarification is handled has two classes, one class is to keep operation by periodicity back flushing regeneration, another kind of is to rely on the replacing filtration medium to keep production, this filtration unit of two types washes or changes filtration medium after all need stopping production, can not guarantee the continuous operation of equipment and handle after liquid qualified stable, therefore, the liquid precision after the purification does not reach the product design index request at first section of the cycle of operation and latter end.
Be head it off, 02242940.9) and oil-containing sewage continous flowing purifying method having no need of adding any chemicals and device (application number: Processing Test 02130068.2) once carried out multi-functional Continuous Flow filtration unit (application number:, because the starting point is the shrink regeneration of single stirring filtrate, exist the phenomenon of shrink filtrate blocking pipeline and holddown to happen occasionally for this reason, cause the obstructed problem of regeneration effect difference and processing back water quality inferiority that causes of filtrate circulation not to be resolved.
Summary of the invention
In order to overcome the phenomenon that existing multi-functional Continuous Flow filtration unit exists shrink filtrate blocking pipeline and holddown, change the deficiency of media regeneration weak effect and processing back water quality inferiority, the utility model provides a kind of integrated continuous flow oil-containing waste water processing device of novel texture, can not only effectively prevent from the to circulate generation of filtrate blocking pipeline and holddown phenomenon of this device, realize the normal continuously operation of integrated continuous flow oil-containing waste water processing device, and it is qualified stable to guarantee to handle back water quality.In addition, this device can also be used for oil, mud, the water sepn of high moisture block oilfield output liquid.
The technical scheme that its technical problem that solves the utility model adopts is: install by separating tank, media regeneration jar, lift pump, filtrate recycle pump and be connected manifold and form.The tank body of separating tank is vertical cylindrical can, and a jar end is conical, and top is the cylinder step; The awl end, be provided with discharge port, the Lower Half of separating tank cylindrical shell is provided with the dual-purpose mouth of water outlet air inlet under the separating tank, the first half is provided with dual-purpose mouthful of separating tank upper water-out air inlet, the upper outside tangent line of separating tank cylindrical shell is provided with the separating tank water-in, the ring flat-plate on two step tops is provided with receiving port, three step side tangent lines are established the separating tank opening for feed, and the tank deck center is provided with separating tank blowdown venting port, are connected with blow-off pipe with media regeneration jar, lift pump, filtrate recycle pump, rising pipe by pipe valve respectively; In the jar of separating tank is telescoping structure, awl is provided with material outlet canal at the end, material outlet canal is provided with the truncated cone-shaped basket, establish seal sleeve on the truncated cone-shaped basket, be welded with seal cap on the seal sleeve, granular filter material and tubulose filter core are housed in the seal sleeve, Lower Half in the seal sleeve is set the dual-purpose conduit of water outlet air inlet and is connected with the tubulose filter core, the first half in the sleeve is established the dual-purpose conduit of upper water-out air inlet and is connected with the tubulose filter core, top in the seal cap is provided with the dirty exhaust guide of collection, and seal cap is equipped with the micro-vortex filler along last annular space.
Another technical scheme that its technical problem that solves the utility model adopts is: the media regeneration jar is for circular, jar is a telescoping structure at the end, be provided with media regeneration jar discharge port at the bottom of the sleeve, the cover side is provided with media regeneration jar water-in, the outer bottom tangent line of tank body barrel mast is provided with media regeneration jar opening for feed, the tank deck center is provided with media regeneration jar sewage draining exit, and the sewage draining exit outside is provided with dual-purpose mouthful of the reinforced dosing of media regeneration jar; Be provided with media regeneration jar material outlet canal and circular sieve plate in the media regeneration jar lower cover, the center is provided with the mouth that gathers materials on the circular sieve plate, is provided with the dirty screen casing of collection in the upper cover.
The beneficial effects of the utility model are: fall eddy current coagulation, centrifugation and oil removal by air bubbling, micro-vortex scrubbing turbid, it is one that gravity settling separation slagging-off, filtrate coarse filtration, the smart filter of filter core, pump fill functions such as filtrate, automatic control operation, realize that a device multipotency and one are for multistage, simplify the oily water treatment flow process widely, reduced construction investment and working cost; The cleaning of medium is selected the grouping air-blowing regeneration of flushing regeneration of filtrate extracorporeal circulation eddy current and filter core for use, guarantees that the continuous operation of device and the qualified of water outlet stablize.
Description of drawings
Below in conjunction with accompanying drawing the utility model is described in further detail.
Fig. 1 is the constitutional diagram of utility model.
Fig. 2 is the outside view of separating tank.
Fig. 3 is the cut-away view of separating tank.
Fig. 4 is the outside view of media regeneration jar.
Fig. 5 is the cut-away view of media regeneration jar.
1. separating tanks among the figure, 2. media regeneration jar, 3. filtrate recycle pump, 4. lift pump, 5. lift pump water outlet and separating tank water-in pipe connecting, 6. water inlet pipe, 7. outfall sewer, 8. the dual-purpose pipe of water outlet air inlet under the separating tank, 9. inlet pipe, 10. the dual-purpose pipe of separating tank upper water-out air inlet, 11. collection tubes, 12. separating tank blow-off pipes, 13. media regeneration jar blow-off pipe, the dual-purpose funnel of dosing 14. the media regeneration jar feeds in raw material, 15. receive oily house steward, 16. filtrate circulating-pump outlets and separating tank opening for feed pipe connecting, 17. filtrate pump inlet and media regeneration jar discharge port communicating pipe, 18. media regeneration jar water-in and outfall sewer pipe connecting, 19. separating tank discharge ports and media regeneration jar opening for feed pipe connecting, 20. separating tank discharge ports, 21. the water outlet air inlet is dual-purpose mouthful under the separating tank, 22. dual-purpose mouthful of separating tank upper water-out air inlet, 23. separating tank water-ins, 24. separating tank receiving ports, 25. separating tank opening for feed, 26. separating tank blowdown venting port, 27. material outlet canals, 28. truncated cone-shaped baskets, 29. the dual-purpose conduit of following water outlet air inlet, 30. seal sleeve, 31. granular filter materials, 32. tubulose filter cores, 33. the dual-purpose conduit of upper water-out air inlet, 34. the micro-vortex filler, 35. seal caps, the dirty exhaust guide of 36. collection, 37. media regeneration jar discharge port, 38. media regeneration jar water-in, 39. media regeneration jar opening for feeds, 40. media regeneration jar sewage draining exits, 41. dual-purpose mouthful of the reinforced dosing of media regeneration jar, 42. material outlet canal in the media regeneration jar, the mouth that gathers materials in the 43. circular sieve plate 44. media regeneration jars, the dirty screen casing of 45. collection.
Embodiment
Lift pump in Fig. 1 (4) is connected with the water source by water inlet pipe (6), also is connected with separating tank (1) with separating tank water-in pipe connecting (5) by the lift pump water outlet; Separating tank is connected with outfall sewer (7) with the dual-purpose pipe of following water outlet air inlet (8) by the dual-purpose pipe of upper water-out air inlet (10); Separating tank also also is connected (compressed air source unit does not draw) with inlet pipe (9) by the dual-purpose pipe of upper water-out air inlet (10) with the dual-purpose pipe of following water outlet air inlet (8); Separating tank is connected with the media regeneration jar with media regeneration jar opening for feed pipe connecting (19) by the separating tank discharge port; The media regeneration jar is connected with filtrate recycle pump (3) with media regeneration jar discharge port communicating pipe (17) by the filtrate pump inlet; The filtrate recycle pump is connected with separating tank with separating tank opening for feed pipe connecting (16) by the filtrate circulating-pump outlet; The media regeneration jar is connected with outfall sewer (7) with outfall sewer pipe connecting (18) by media regeneration jar water-in; Separating tank (1) is connected with the oily house stewards of receipts (15) with separating tank blow-off pipe (12) by collection tube (11) respectively; The media regeneration jar is connected with the oily house stewards of receipts (15) by media regeneration jar blow-off pipe (13); Filtrate recycle pump (3) and lift pump (4) are impeller pump.
The integrated continuous flow oil-containing waste water processing device operation scheme, lift pump (4) promotes pending oily(waste)water by water inlet pipe (6), the pressurization back is squeezed in the separating tank (1) by lift pump water outlet and separating tank water-in pipe connecting (5) tangent line, oily(waste)water at first carries out eddy current coagulation and centrifugation oil removing in separating tank, sewage after the coagulation oil removing enters micro-vortex filler (34) labyrinth to carry out the micro-vortex scrubbing and falls turbid and facilitate macrobead to generate, advance annular space then and carry out the gravity settling slagging-off, upwards enter granular filter material (31) by truncated cone-shaped basket (28) carries out reverse coarse filtration to water adverse current after the slagging-off, water after the coarse filtration enters tubulose filter core (32) again to carry out essence and filters, and smart filter back water is from dual-purpose conduit of water outlet air inlet (29) or the dual-purpose conduit of upper water-out air inlet (33) are discharged and entered the reuse water system by outfall sewer (7) down; The oil of separating is continuously discharged to enter through collection tube (11) from separating tank receiving port (24) again and is received the oily house steward (15), finishes the entire treatment process in the separating tank; The dirty granular filter material of receiving when handling in the truncated cone-shaped basket (28) passes through material outlet canal (27) and separating tank discharge port and media regeneration jar opening for feed pipe connecting (19), tangent line enters in the media regeneration jar (2) under the effect of separating tank pressure, and goes up the eddy current rotation at the circular sieve plate (43) of media regeneration jar; Backwashing water is flowed out by outfall sewer (7) simultaneously, enter the media regeneration jar through media regeneration jar water-in and outfall sewer pipe connecting (18) and media regeneration jar water-in (38) and carry out back flushing, pollute filtrate in the media regeneration jar through eddy current is washed by rubbing with the hands after foul escape and enter among the oily house stewards of receipts (15) by media regeneration jar (2) top media regeneration jar blow-off pipe (13) with backwashing water, wash the back filtrate by gather materials in the media regeneration jar mouthful (44) and the media regeneration jar in material outlet canal (42) drain tank after enter in the filtrate recycle pump (3) filtrate pump inlet and media regeneration jar discharge port communicating pipe (17), after pump pressurizes, return from separating tank top by filtrate circulating-pump outlet and separating tank opening for feed pipe connecting (16) again and finish granular filter material cyclic regeneration the separating tank; Contamination on the tubulose filter core is by the dual-purpose pipe of water outlet air inlet (8) under inlet pipe (9) and the separating tank, the dual-purpose conduit of water outlet air inlet (29) or the dual-purpose pipe of separating tank upper water-out air inlet (10), the dual-purpose conduit of upper water-out air inlet (33) down, to the tubulose filter core adopt grouping in turn the method for air-blowing (compressed air source unit does not draw at this) the cartridge surface pollutent be blown in the granular filter material (31) circulation with filtrate discharge; Accumulating in the interior greasy dirt of seal cap (35) is taken out of outside the jar, is drained into collection tube (15) through last blow-off pipe (12) again by the air-blowing gas dirty exhaust guide of the collection in separating tank (36), enter sump oil retrieving arrangement (not drawing) then at this, whole Continuous Flow is handled and medium washes regeneration continuously thereby finish, and energy saving in running is efficient, safe and reliable, effect is good especially.
Claims (6)
1. integrated continuous flow oil-containing waste water processing device, by separating tank, media regeneration jar, lift pump, filtrate recycle pump be connected manifold and form, it is characterized in that: lift pump (4) is connected with the processing water source by water inlet pipe (6), also is connected with separating tank (1) with separating tank water-in pipe connecting (5) by the lift pump water outlet; Separating tank is connected with outfall sewer (7) with the dual-purpose pipe of following water outlet air inlet (8) by the dual-purpose pipe of upper water-out air inlet (10), separating tank also is connected with inlet pipe (9) with the dual-purpose pipe of following water outlet air inlet (8) by the dual-purpose pipe of upper water-out air inlet (10), and separating tank is connected with the media regeneration jar with media regeneration jar opening for feed pipe connecting (19) by the separating tank discharge port; The media regeneration jar is connected with filtrate recycle pump (3) with media regeneration jar discharge port communicating pipe (17) by the filtrate pump inlet, and the filtrate recycle pump is connected with separating tank with separating tank opening for feed pipe connecting (16) by the filtrate circulating-pump outlet; The media regeneration jar is connected with outfall sewer (7) with outfall sewer pipe connecting (18) by media regeneration jar water-in; Separating tank (1) is connected with the oily house stewards of receipts (15) with separating tank blow-off pipe (12) by collection tube (11) respectively; The media regeneration jar is connected with the oily house stewards of receipts (15) by blow-off pipe (13).
2. integrated continuous flow oil-containing waste water processing device according to claim 1 is characterized in that: the tank body of separating tank (1) is vertical cylindrical can, and a jar end is conical, and top is the cylinder step; The awl end, be provided with discharge port (20), the Lower Half of separating tank cylindrical shell is provided with dual-purpose mouthful of water outlet air inlet (21) under the separating tank, the first half is provided with dual-purpose mouthful of separating tank upper water-out air inlet (22), the upper outside tangent line of separating tank cylindrical shell is provided with separating tank water-in (23), the ring flat-plate on two step tops is provided with receiving port (24), three step side tangent lines are established separating tank opening for feed (25), and the tank deck center is provided with separating tank blowdown venting port (26).
3. integrated continuous flow oil-containing waste water processing device according to claim 1, it is characterized in that: media regeneration jar (2) is a cylindrical can, jar is a telescoping structure at the end, be provided with media regeneration jar discharge port (37) at the bottom of the sleeve, the cover side is provided with media regeneration jar water-in (38), the outer bottom tangent line of tank body barrel mast is provided with media regeneration jar opening for feed (39), and the tank deck center is provided with media regeneration jar sewage draining exit (40), and the sewage draining exit outside is provided with reinforced dual-purpose mouthful of the dosing of media regeneration jar (41).
4. integrated continuous flow oil-containing waste water processing device according to claim 1 is characterized in that: filtrate recycle pump (3) and lift pump (4) are impeller pump.
5. integrated continuous flow oil-containing waste water processing device according to claim 1 and 2, it is characterized in that: separating tank (1) is inner to be telescoping structure, awl is provided with material outlet canal (27) at the end, material outlet canal is provided with truncated cone-shaped basket (28), establish seal sleeve (30) on the truncated cone-shaped basket, seal sleeve is provided with seal cap (35), granular filter material (31) and tubulose filter core (32) are housed in the seal sleeve, Lower Half in the seal sleeve is set the dual-purpose conduit of water outlet air inlet (29) and is connected with the tubulose filter core, the first half in the sleeve is established the dual-purpose conduit of upper water-out air inlet (33) and is connected with the tubulose filter core, and the top in the seal cap is provided with collection dirty exhaust guide (36).
6. according to claim 1 or 3 described integrated continuous flow oil-containing waste water processing devices, it is characterized in that: be provided with media regeneration jar material outlet canal (42) and circular sieve plate (43) in the media regeneration jar lower cover, the center is provided with gather materials mouthful (44) on the circular sieve plate, is provided with collection dirty screen casing (45) in the upper cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201388546U CN201301241Y (en) | 2008-10-09 | 2008-10-09 | Integrated continuous flow oily waste water treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201388546U CN201301241Y (en) | 2008-10-09 | 2008-10-09 | Integrated continuous flow oily waste water treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201301241Y true CN201301241Y (en) | 2009-09-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201388546U Expired - Fee Related CN201301241Y (en) | 2008-10-09 | 2008-10-09 | Integrated continuous flow oily waste water treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201301241Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101716438B (en) * | 2008-10-09 | 2011-09-28 | 山东海吉雅环保设备有限公司 | Integrated continuous flow oil-containing waste water processing device |
| CN102371106A (en) * | 2011-06-10 | 2012-03-14 | 景东力奥林产集团林业化工有限公司 | Rosin resin tail gas treating tank and method |
| CN111960584A (en) * | 2020-09-21 | 2020-11-20 | 海南儋州雅惠科技有限公司 | High-water-content oilfield hauling and exploiting synergistic device |
-
2008
- 2008-10-09 CN CNU2008201388546U patent/CN201301241Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101716438B (en) * | 2008-10-09 | 2011-09-28 | 山东海吉雅环保设备有限公司 | Integrated continuous flow oil-containing waste water processing device |
| CN102371106A (en) * | 2011-06-10 | 2012-03-14 | 景东力奥林产集团林业化工有限公司 | Rosin resin tail gas treating tank and method |
| CN111960584A (en) * | 2020-09-21 | 2020-11-20 | 海南儋州雅惠科技有限公司 | High-water-content oilfield hauling and exploiting synergistic device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090902 Termination date: 20121009 |