CN207713597U - A kind of high-efficient biological reactor for ternary composite flooding water extraction processing - Google Patents
A kind of high-efficient biological reactor for ternary composite flooding water extraction processing Download PDFInfo
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- CN207713597U CN207713597U CN201721728965.8U CN201721728965U CN207713597U CN 207713597 U CN207713597 U CN 207713597U CN 201721728965 U CN201721728965 U CN 201721728965U CN 207713597 U CN207713597 U CN 207713597U
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Abstract
The utility model belongs to water treatment facilities field, and in particular to a kind of high-efficient biological reactor for ternary composite flooding water extraction processing.The high-efficient biological reactor is equipped with ultrasonic dehydration room and aerobic baffle plate biological respinse room, the ultrasonic dehydration room is connected with aerobic baffle plate biological respinse room by water-filled pipe, ultrasonic dehydration outdoor is equipped with ultrasonic pulse generator and ultrasonic transducer, it is internally provided with finned tube, lower part is also horizontally disposed the first snorkel, and at least three micro porous aeration head is provided on first snorkel；Aerobic baffle plate biological respinse room is partitioned at least four baffling area by overhead gage and lower baffle plate, wherein being equipped with packing layer in the middle part of up-flow area, described filler layer is for loading the cellular polyurethane filler for being attached with aerobic functional microorganism.The utility model reduces the viscosity of ternary composite flooding water extraction by ultrasonic dehydration and oil removal by air bubbling first, then realizes further purification by the processing for functional microorganism of nourishing one's nature well.
Description
Technical field
The utility model belongs to water treatment facilities field, and in particular to a kind of height for ternary composite flooding water extraction processing
Imitate bioreactor.
Background technology
As oil field enters tertiary phase, ASP Oil-Displacing Technology has obtained the popularization and application of large area, generates
A large amount of ternary composite flooding water extraction.Due to containing a large amount of polyacrylamide, alkali and surface in ternary composite flooding water extraction
Activating agent, property has changed a lot compared with water drive, poly- drive water exit, shows that sewage viscosity increases, on oil droplet
It is floating to slow, be difficult to coalescence between oil droplet；Suspended solid grain size becomes tiny, it is difficult to float or sink, be in suspension in water
State；Solid liquid interface is there are higher electro kinetic potential, and mutually exclusive between particle, colloidal dispersion is highly stable；Factors above makes oil
Water is more difficult to detach, and suspended matter removes difficulty and increases.Since the viscosity of ternary composite flooding water extraction is larger, directly using routine
Bioreactor for treatment is often unable to reach ideal deoiling effect.
Invention content
To solve above-mentioned the deficiencies in the prior art, the utility model provides a kind of for ternary composite flooding water extraction processing
High-efficient biological reactor.
Technical solutions of the utility model：
A kind of high-efficient biological reactor for ternary composite flooding water extraction processing is equipped with ultrasonic dehydration room and aerobic folding
Flowing plate biological respinse room, the ultrasonic dehydration room and aerobic baffle plate biological respinse room are connected by water-filled pipe, described
Ultrasonic dehydration outdoor is equipped with ultrasonic pulse generator and ultrasonic transducer, is internally provided with finned tube, the ultrasonic wave
Impulse generator, ultrasonic transducer and finned tube are connected by connecting rod, and the finned tube is arranged in ultrasonic dehydration room
Lower position, the pulse signal that ultrasonic pulse generator is sent out generate ultrasonic pulse concussion after ultrasonic transducer is converted
And finned tube is passed to by connecting rod, the ultrasonic wave release field being evenly distributed is formed between fin.
Further, ultrasonic dehydration room lower part, which is also horizontally disposed with, the first snorkel, on first snorkel
It is provided at least three micro porous aeration head, first snorkel one end and the air compression in ultrasonic dehydration outdoor is set
Machine is connected.
Further, ultrasonic dehydration room bottom is provided with taper sludge hopper and mud discharging mouth.
Further, it is vertically installed at least 4 groups of overhead gages and lower block successively in the aerobic baffle plate biological respinse room
Plate, the overhead gage and lower baffle plate are by aerobic baffle plate biological respinse interventricular septum at least four baffling area.
Further, the baffling area includes the areas Jiang Liu and up-flow area, wherein it is equipped with packing layer in the middle part of up-flow area, institute
Packing layer is stated for loading the cellular polyurethane filler for being attached with aerobic functional microorganism.
Further, the up-flow area bottom is equipped with micro porous aeration head, and the micro porous aeration head is by being arranged in height
The second snorkel outside effect bioreactor is connected with air compressor.
Further, ultrasonic dehydration chamber outer wall lower part is provided with external water inlet, the external water inlet by into
Penstock control switch, the ultrasonic dehydration room lower sidewall opposite with the external water inlet is equipped with internal water outlet, described
Internal water outlet is connected to water-filled pipe, and the other end of the water-filled pipe and setting are in aerobic baffle plate biological respinse room side wall
The inner inlet mouth on top is connected, and the water-filled pipe gates system switch by water-through valve, opposite with the inner inlet mouth
Aerobic baffle plate biological respinse room lower sidewall is equipped with external outlet, and the external outlet is controlled by flowing water Valve and switched.
Further, ultrasonic dehydration chamber outer wall top is additionally provided with oil discharge outlet, and the oil discharge outlet is by oil extraction valve
Control switch.
Further, first snorkel is equipped with the first gas valve, and it is logical that second snorkel is equipped with second
Air valve.
The utility model advantageous effect：
Ultrasonic emulsion breaking, oil removal by air bubbling and biological treatment are combined by the utility model, in processing ternary composite flooding water extraction
When first with ultrasonic wave demulsification processing is carried out to ternary composite flooding water extraction, by ul-trasonic irradiation in the no fluid of property
" displacement effect " that medium generates makes the oil droplet in ternary composite flooding water extraction collide aggregation, forms larger oil droplet and liter
Accelerate water-oil separating to liquid level upper layer, meanwhile, smaller oil droplet is also generated in micro porous aeration head in ternary composite flooding water extraction
Microbubble drive under float to liquid level upper layer realize water-oil separating；After ultrasonic emulsion breaking and air supporting oil removal treatment, tri compound
The viscosity of drive water exit is greatly lowered, and being passed into aerobic baffle plate biological respinse room at this time, can to further increase ternary multiple
The contact probability for closing the organic substances and microorganism such as the polyacrylamide in drive water exit, improves the efficiency of biological respinse, reaches
Efficient oil removing clean-up effect.
Description of the drawings
Fig. 1 is a kind of structural representation of high-efficient biological reactor for ternary composite flooding water extraction processing of the utility model
Figure；
In figure：1, ultrasonic dehydration room；2, aerobic baffle plate biological respinse room；3, water-filled pipe；4, ultrasonic pulse is sent out
Raw device；5, ultrasonic transducer；6, finned tube；7, connecting rod；8, the first snorkel；9, micro porous aeration head；10, air compresses
Machine；11, taper sludge hopper；12, mud discharging mouth；13, overhead gage；14, lower baffle plate；15, packing layer；16, the second snorkel；17, outer
Portion's water inlet；18, inlet valve；19, internal water outlet；20, inner inlet mouth；21, water flowing valve；22, external outlet；
23, flowing water Valve；24, oil extraction exports；25, oil extraction valve；26, the first gas valve；27, the second gas valve.
Specific implementation mode
The technical solution of the utility model is described further with reference to embodiment, however, it is not limited to this, all
That technical solutions of the utility model are modified or replaced equivalently, without departing from technical solutions of the utility model spirit and
Range should all cover in the scope of protection of the utility model.
Embodiment 1
A kind of high-efficient biological reactor for ternary composite flooding water extraction processing of the present embodiment is equipped with ultrasonic dehydration room 1
With aerobic baffle plate biological respinse room 2, the ultrasonic dehydration room 1 and aerobic baffle plate biological respinse room 2 pass through water-filled pipe 3
It is connected.
1 outside of the ultrasonic dehydration room is equipped with ultrasonic pulse generator 4 and ultrasonic transducer 5, is internally provided with wing
Piece pipe 6, the ultrasonic pulse generator 4, ultrasonic transducer 5 and finned tube 6 are connected by connecting rod 7, the finned tube 6
It is arranged in 1 middle and lower part position of ultrasonic dehydration room, the pulse signal that ultrasonic pulse generator 4 is sent out is through ultrasonic transducer 5
Ultrasonic pulse is generated after conversion to shake and pass to finned tube 6 by connecting rod 7, and the ultrasound being evenly distributed is formed between fin
Wave discharges field.
1 lower part of ultrasonic dehydration room is also horizontally disposed the first snorkel 8, is provided on first snorkel 8
At least three micro porous aeration head 9, described first snorkel, 8 one end and the air compressor 10 being arranged outside ultrasonic dehydration room 1
It is connected, first snorkel 8 is equipped with the first gas valve 26.
1 bottom of ultrasonic dehydration room is provided with taper sludge hopper 11 and mud discharging mouth 12.
At least 4 groups of overhead gages 13 and lower baffle plate 14, institute are vertically installed in the aerobic baffle plate biological respinse room 2 successively
It states overhead gage 13 and lower baffle plate 14 and aerobic baffle plate biological respinse room 2 is partitioned at least four baffling area.
The baffling area includes the areas Jiang Liu and up-flow area, wherein being equipped with packing layer 15, the filler in the middle part of up-flow area
Layer 15 is for loading the cellular polyurethane filler for being attached with aerobic functional microorganism.The up-flow area bottom is equipped with micropore exposure
Gas head 9, second snorkel 16 and air compressor of the micro porous aeration head 9 by being arranged outside high-efficient biological reactor
10 are connected, and second snorkel 16 is equipped with the second gas valve 27.
1 outer wall lower part of the ultrasonic dehydration room is provided with external water inlet 17, and the external water inlet 17 is by inlet valve
18 control switch of door, ultrasonic dehydration room 1 lower sidewall opposite with the external water inlet 17 are equipped with internal water outlet 19, institute
It states internal water outlet 19 to be connected to water-filled pipe 3, the other end of the water-filled pipe 3 and setting are in aerobic baffle plate biological respinse
The inner inlet mouth 20 of 2 side wall upper part of room is connected, and the water-filled pipe 3 is controlled by water flowing valve 21 and switched, with the inside
Opposite 2 lower sidewall of aerobic baffle plate biological respinse room of water inlet 20 is equipped with external outlet 22, the external outlet 22
It is controlled and is switched by flowing water Valve 23.
1 outer wall top of the ultrasonic dehydration room is additionally provided with oil discharge outlet 24, and the oil discharge outlet 24 is controlled by oil extraction valve 25
System switch.
Claims (9)
1. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, it is characterised in that the high-performance bio reaction
Device is equipped with ultrasonic dehydration room (1) and aerobic baffle plate biological respinse room (2), the ultrasonic dehydration room (1) and aerobic baffling
Plate biological respinse room (2) is connected by water-filled pipe (3)；Ultrasonic pulse is equipped with outside the ultrasonic dehydration room (1) to send out
Raw device (4) and ultrasonic transducer (5), are internally provided with finned tube (6), the ultrasonic pulse generator (4), ultrasonic wave transducer
Device (5) is connected with finned tube (6) by connecting rod (7), and finned tube (6) setting is in ultrasonic dehydration room (1) middle and lower part position
It sets, the pulse signal that ultrasonic pulse generator (4) is sent out generates ultrasonic pulse concussion after ultrasonic transducer (5) conversion
And finned tube (6) is passed to by connecting rod (7), the ultrasonic wave release field being evenly distributed is formed between fin.
2. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 1
Also being horizontally disposed in ultrasonic dehydration room (1) lower part has the first snorkel (8), is provided on first snorkel (8)
At least three micro porous aeration head (9), described first snorkel (8) one end air pressure external in ultrasonic dehydration room (1) with setting
Contracting machine (10) is connected.
3. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 2
Ultrasonic dehydration room (1) bottom is provided with taper sludge hopper (11) and mud discharging mouth (12).
4. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 3
It is vertically installed at least 4 groups of overhead gages (13) and lower baffle plate (14), institute successively in the aerobic baffle plate biological respinse room (2)
It states overhead gage (13) and aerobic baffle plate biological respinse room (2) is partitioned at least four baffling area by lower baffle plate (14).
5. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 4
Include the areas Jiang Liu and up-flow area in the baffling area, packing layer (15), described filler layer are equipped in the middle part of area wherein flowing up
(15) it is used to load the cellular polyurethane filler for being attached with aerobic functional microorganism.
6. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 5
It is equipped with micro porous aeration head (9) in the up-flow area bottom, the micro porous aeration head (9) is reacted by setting in high-performance bio
The second snorkel (16) outside device is connected with air compressor (10).
7. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 6
Ultrasonic dehydration room (1) the outer wall lower part is provided with external water inlet (17), the external water inlet (17) is by inlet valve
Door (18) control switch, opposite ultrasonic dehydration room (1) lower sidewall is equipped with internal be discharged with the external water inlet (17)
Mouthful (19), the internal water outlet (19) are connected to water-filled pipe (3), and the other end of the water-filled pipe (3) is with setting good
The inner inlet mouth (20) of oxygen baffle plate biological respinse room (2) side wall upper part is connected, and the water-filled pipe (3) is by water flowing valve
(21) control switch, aerobic baffle plate biological respinse room (2) lower sidewall opposite with the inner inlet mouth (20) are equipped with outer
Portion's water outlet (22), the external outlet (22) are controlled by flowing water Valve (23) and are switched.
8. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 7
It is additionally provided with oil discharge outlet (24) in ultrasonic dehydration room (1) the outer wall top, the oil discharge outlet (24) is by oil extraction valve (25)
Control switch.
9. a kind of high-efficient biological reactor for ternary composite flooding water extraction processing, feature exist according to claim 6
It is equipped with the first gas valve (26) in first snorkel (8), second snorkel (16) is equipped with the second breather valve
Door (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721728965.8U CN207713597U (en) | 2017-12-12 | 2017-12-12 | A kind of high-efficient biological reactor for ternary composite flooding water extraction processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721728965.8U CN207713597U (en) | 2017-12-12 | 2017-12-12 | A kind of high-efficient biological reactor for ternary composite flooding water extraction processing |
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| CN207713597U true CN207713597U (en) | 2018-08-10 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110939417A (en) * | 2018-09-25 | 2020-03-31 | 中国石油化工股份有限公司 | Method for improving oil well yield by coupling pulse waves with microorganisms |
| CN110987053A (en) * | 2019-11-26 | 2020-04-10 | 大庆油田有限责任公司 | To CO2Device and method for evaluating flooding produced water treatment mode |
-
2017
- 2017-12-12 CN CN201721728965.8U patent/CN207713597U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110939417A (en) * | 2018-09-25 | 2020-03-31 | 中国石油化工股份有限公司 | Method for improving oil well yield by coupling pulse waves with microorganisms |
| CN110987053A (en) * | 2019-11-26 | 2020-04-10 | 大庆油田有限责任公司 | To CO2Device and method for evaluating flooding produced water treatment mode |
| CN110987053B (en) * | 2019-11-26 | 2021-07-16 | 大庆油田有限责任公司 | Device and method for evaluating treatment mode of CO2 flooding produced water |
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