CN103752042B - Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method - Google Patents
Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method Download PDFInfo
- Publication number
- CN103752042B CN103752042B CN201410015985.5A CN201410015985A CN103752042B CN 103752042 B CN103752042 B CN 103752042B CN 201410015985 A CN201410015985 A CN 201410015985A CN 103752042 B CN103752042 B CN 103752042B
- Authority
- CN
- China
- Prior art keywords
- wing
- oil
- mud
- opposite opened
- shaped plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Treatment Of Sludge (AREA)
Abstract
One opposite opened wing-shaped plate of the present invention and combinations thereof body oils cement separating member and Oil Water Sludge Separation method, it is adaptable to the Oil Water Sludge Separation of oil field mining liquid.Opposite opened wing-shaped plate is welded together to form unilateral plate, two pieces of unilateral plate symmetrical connections at a certain angle along broadside with varied angle successively by wing tail flap, side wing, mud guiding plate, forms a wing-shaped structure.Opposite opened wing-shaped plate assembly is placed in horizontal separator formation separating member, and the oil droplet floated in Produced Liquid is intercepted and is gathered in the lower surface of side wing, slips the oil phase district shifting to horizontal separator through wing tail flap；Aqueous phase is gathered in the gathering ground of side wing upper surface；Silt particle is gathered in side wing upper surface and slippage sinks down in the mud-collecting slot of bottom wing-shaped plate, horizontal separator is discharged through mud guiding tube, thus realize profit mud high efficiency separation, oil-water separation efficiency is improved more than 1 times than the conventional equipment of built-in filler heap, than using pottery and the filler heap of stainless steel material, reduce investment outlay 40 50%.
Description
Technical field:
The invention belongs to oilfield surface engineering Produced Liquid separation technology field, be specifically related to a kind of opposite opened wing-shaped plate and
Assembly Oil Water Sludge Separation component and Oil Water Sludge Separation method.
Background technology:
At present, both at home and abroad for improving the static separation technology of oil well produced liquid oily water separating equipment treatment effeciency mainly
All kinds of coalescent packs.The usually segmentation of such filler is installed in the inside of Produced Liquid separation equipment, relies on filling surface
Wetting action makes the little water droplet in oil or the little oil droplet in water occur coalescence to grow up on the surface of filler, the weight that water droplet is subject to
The buoyancy that power or oil droplet are subject to increases, thus accelerates water and separate from water continuous phase from oil continuous phase or oil.But,
Finding in long-term production practices, there are the following problems for this kind of filler:
(1) the original wettability of filling surface is difficult to keep for a long time
After filler uses a period of time, the impurity in Produced Liquid will be attached to the surface of filler, and it is original to change it
Wetting characteristics, so that it loses original coalescence function, causes the disposal ability of separation equipment to be gradually reduced, reaches not
To original design load.As, initially hate the filler that oil is hydrophilic, after its surface is covered by silt particle, tool will be changed into
There is oil-wet behavior, thus reduce the coarse separation efficiency that W/O drips.
(2) separate and mixed process depositing
The most widely used pottery or plastics Raschig ring filler 10, ripple plate filler 11, set in separation
Standby filler heap is arranged in the way of accumulation, constitutes rambling labyrinth passage (Fig. 1), when profit mixes
When compound flows through the little space cell in this filler heap, there is shallow pond separation effect, beneficially oil-water separation, and work as and divide
Oil phase after from and aqueous phase, when flowing out from the narrow gap of this little space cell surrounding, can make because of the shearing in gap again
With, there is the phenomenon of part oil mixing with water, cause separation efficiency to be lost.Especially, at the port of export of whole filler heap
On face, the oil phase and the aqueous phase that flow out this end face can form an oil mixing with water band 12(Fig. 1 near the region of this end face),
Profit secondary is caused to mix.
(3) silt particle deposits in labyrinth packing heap
Filler in filler heap is piled up on the transverse section of separation equipment container from bottom to top, the silt particle in Produced Liquid,
In numerous little space cell in filler heap, deposition, is particularly in the aqueous phase of below separation equipment oil-water interfaces
Sediment deposition in filler heap is even more serious, owing to the silt particle being in labyrinth is difficult to clean off, makes the most at last in filler heap
Partial volume by silt blocking, occupy the dischargeable capacity of separation equipment, increase the resistance of fluid flowing, reduce equipment
Disposal ability.
Summary of the invention:
The object of the invention is for providing the profit mud of a kind of opposite opened wing-shaped plate and combinations thereof body, Oil Water Sludge Separation component and correspondence
Separation method.
Technical solution of the present invention includes:
A kind of opposite opened wing-shaped plate, is characterized by: be to be symmetrical arranged at a certain angle by two blocks of unilateral plates, midfeather
Part is connected the wing-shaped structure that upper end open is big, lower ending opening is little formed by connecting plate；List described in each of which
Side plate is to be welded together constituted with the angle of change along broadside by wing tail flap, side wing, mud guiding plate successively,
When described two blocks of unilateral plates connect molding, between two mud guiding plates, compartment is connected by connecting plate, two mud guiding plates it
Between opening little, the opening between both wings tail flap is big.
A kind of Oil Water Sludge Separation method utilizing described wing-shaped plate to carry out, wet crude Produced Liquid flows lengthwise through the wing
Shape plate, the water droplet among Produced Liquid oil phase under gravity, is deposited in the upper face of side wing, and is gathered in by two
In the gathering ground that individual side wing is constituted；Oil droplet among Produced Liquid aqueous phase floats up to the lower face of side wing and is gathered into oil film,
And under the effect of buoyancy, along the caudal directions upwards sliding of the inclined-plane guide vane tail flap of side wing, and after through wing tail roll over
Plate shifts to be positioned among the oil phase above wing-shaped plate；Silt particle among Produced Liquid aqueous phase the most under gravity, settles
At the upper face of side wing, and be slipped to bottom gathering ground along side wing inclined-plane, and after discharge downwards through mud guiding plate.
A kind of opposite opened wing-shaped plate assembly, is with upper and lower the stacking of determining deviation by multiple described opposite opened wing-shaped plates
Become；The most each layer side wing is with same inclination angle and determining deviation formation arranged in parallel shallow pond separated space；Each layer wing
Tail flap is at different angles and less gap arranges formation oil film upwards buoyance lift passage, is positioned at the wing tail flap of bottom
Outward expansion, the wing tail flap on dislocation linking top；It is positioned at outlet the entering facing to lower floor's mud guiding plate of the mud guiding plate on upper strata
Mouthful, formed and under silt particle, arrange passage.
A kind of Oil Water Sludge Separation method utilizing described wing-shaped plate assembly to carry out, wet crude Produced Liquid is along length side
In time flowing through wing-shaped plate assembly, in the water droplet aqueous phase in oil phase under gravity, it is deposited in the upper of each layer side wing
Plate face；Oil droplet in aqueous phase is intercepted in the separated space of shallow pond and is gathered in the lower surface of each layer side wing, forms oil
Film, and tailing edge side wing lower surface slips the buoyance lift passage shifting to be made up of each layer wing tail flap, more upwards float to
The oil phase space on horizontal separator top；The aqueous phase settled down from oil phase and floating go the aqueous phase of oil droplet be then gathered in by
In the gathering ground that opposed side wing surrounds, flow to the hydrospace of lower vessel portion；Silt particle settles down poly-from Produced Liquid
Collect at side wing upper surface, after forming mud film, slip the lower row being made up of each layer mud guiding plate along each side wing upper surface
In passage.
A kind of Oil Water Sludge Separation component containing wing-shaped plate and assembly, described opposite opened wing-shaped plate assembly is with length side
It is filled in the whole liquid Space of Produced Liquid horizontal separator to the mode parallel with container axis, assembly edge
And keep certain interval between horizontal separator tank skin；Along assembly length direction, on the mud guiding plate of the bottom,
Multiple infundibulate mud-collecting slot is set continuously, connects mud guiding tube bottom each mud-collecting slot, set in just horizontal separation to mud guiding tube
Standby bottom sets receipts mud drum and mud discharging mouth.
A kind of Oil Water Sludge Separation method utilizing described component to carry out, process is: 1) by wet crude Produced Liquid from sleeping
The arrival end input of formula separation equipment, when Produced Liquid flows in the shallow pool space of multilamellar that wing-shaped plate assembly is constituted, de-
Go the oil droplet in the oil phase of water droplet and aqueous phase in Produced Liquid upwards buoyance lift out, intercepted and be gathered in each layer side wing
Lower surface, formed after oil film, slip, along side wing lower surface, the oil extraction shifting to be formed by upper and lower wing tail flap and lead to
In road, and continue up the oil phase space floating to horizontal separator top, flow to oil export direction；
2) water droplet settled down from oil phase and floating go the aqueous phase of oil droplet to be then gathered in be made up of two pieces of opposed side wings
Gathering ground in, and along container lower space to water out direction flow；
3) silt particle settles down from Produced Liquid and is gathered in each side wing upper surface, after forming mud film, and table along side wing
Face slips in the spoil disposal passage being made up of each layer mud guiding plate, then enters in the infundibulate mud-collecting slot of bottom, and through leading
Mud bank of tubes enters to be received in mud drum, is finally discharged horizontal separator online by mud discharging mouth.
Use technical scheme, build the commercial scale horizontal three of built-in opposite opened multilamellar wing-shaped plate assembly
Phase-separating device.Result of the test shows, due to the design of wing-shaped plate structure, makes this three-phase separating device than built-in filler
The conventional three phase separator of heap improves separation efficiency more than 1 times, and ratio uses ceramic material and the filler heap of stainless steel material,
Cost saving 40-50%.Opposite opened wing-shaped plate structure, utilizes by wing tail flap, side wing, mud guiding plate edge successively
Broadside welds together the unilateral plate of composition with the angle of change, constructs oil-water separation interface, makes oil phase along under plate
Inclined-plane buoyance lift, makes water and silt sink along plate ramp, it is achieved that effective Oil Water Sludge Separation.Wing-shaped plate assembly is tied
The oil droplet floating passage that structure, the shallow pool space of water utilizing side wing to be formed, and wing tail flap are formed, and mud guiding plate
Arrange passage under the silt particle formed, make oil phase, aqueous phase, silt particle assemble discharge respectively, it is achieved that more efficient separation.
The present invention is by building a kind of opposite opened wing-shaped plate and combinations thereof body, by forming the through shallow pool space of Long travel
Improve and keep the separation efficiency of its profit, muddy water, and suppress profit back mixing, prevent silt blocking, and then replace
Filler heap, may be provided in horizontal vessel and uses.
Accompanying drawing illustrates:
Fig. 1 material filling type Produced Liquid separation equipment internal structure schematic diagram.
Fig. 2 opposite opened wing-shaped plate cross-sectional view.
Fig. 3 opposite opened wing-shaped plate top view.
Fig. 4 opposite opened wing-shaped plate fundamental diagram.
Fig. 5 multilamellar wing-shaped plate stacks and arranges cross-sectional view.
Fig. 6 opposite opened wing-shaped plate assembly arranges figure in the container of bedroom.
Fig. 7 opposite opened wing-shaped plate assembly arranges cross-sectional view in the container of bedroom.
Wherein, each label represents:
1. mud drum 8. mud discharging mouth received by wing tail flap 2. side wing 3. mud guiding plate 4. connecting plate 5. mud-collecting slot 6. mud pipe 7.
9. horizontal separator 10. prior art use pottery or plastics Raschig ring filler 11. prior art use ripple
The oil mixing with water band formed on filler heap exit end face in card block filler 12. prior art
Detailed description of the invention:
One opposite opened wing-shaped plate of the present invention and combinations thereof height effect Oil Water Sludge Separation component, mainly solves existing oil field and contains
The filling surface wetting characteristics that produces water crude oil Produced Liquid horizontal separator built-in labyrinth packing heap lost efficacy, separation efficiency
Lose and problem that silt blocking is serious.Below in conjunction with the detailed description present invention:
One, opposite opened wing-shaped plate structure
Shown in accompanying drawing 2,3, a kind of opposite opened wing-shaped plate, is to be symmetrical arranged at a certain angle by two blocks of unilateral plates,
And compartment connects a plate 4 between, thus form a wing knot that upper end open is big, lower ending opening is little
Structure.Each unilateral plate by wing tail flap 1, side wing 2, mud guiding plate 3 successively along broadside with change
Angle welds together a plate of composition so that two blocks of unilateral plates when being connected by connecting plate 4, wing tail flap
The opening of 1 one end is big, and the one end open of mud guiding plate 3 is little, and object has from empennage flap end to becoming that mud guiding plate end slides
Gesture.Necessarily, connecting plate 4 is divided into several pieces, and compartment is welded between two pieces of mud guiding plates 3, to reserve under mud guiding plate
The circulation passage of end.
When opposite opened wing-shaped plate is placed in wet crude Produced Liquid (Fig. 4), the water droplet among Produced Liquid oil phase exists
Under action of gravity, it is deposited on the upper face of side wing 2, and is gathered in the gathering ground being made up of two side wings 2；
Oil droplet among Produced Liquid aqueous phase floats up to be gathered into oil film on the lower face of side wing 2 and under the effect of buoyancy, edge
The caudal directions upwards sliding of the inclined-plane guide vane tail flap 1 of side wing 2, and after shift to be positioned at the wing through wing tail flap 1
Among oil phase above shape plate；Silt particle among Produced Liquid aqueous phase the most under gravity, is deposited in the upper of side wing 2
On plate face, and be slipped to bottom gathering ground along side wing inclined-plane, and after discharge downwards through mud guiding plate 3；Thus, it is achieved
Oil, water, mud three phase separation.
Thus, in the structure of opposite opened wing-shaped plate, the effect of wing tail flap 1 is to guide from side wing 2 following table
The oil film in face is to separation container top buoyance lift；The effect of side wing 2 is to constitute oil, water, the mud shallow pool space of separation, its
Lower surface intercepts and assembles buoyance lift oil droplet out from Produced Liquid, its upper surface aqueous phase after accumulating buoyance lift oil droplet
The silt particle settled down from Produced Liquid with reception；The effect of mud guiding plate 3 is to constitute silt particle migration pathway, will be from flank
The silt particle that plate 2 upper surface slips down is directed in the mud-collecting slot of lower vessel portion.
Two, opposite opened wing-shaped plate composite unit structure
As it is shown in figure 5, it is wing that with upper and lower the stacking of determining deviation, multiple monolayer opposite opened wing-shaped plates are constituted opposite opened
Plate assembly.Wherein the side wing 2 of every layer of opposite opened wing-shaped plate is arranged in parallel with same inclination angle and a determining deviation,
Form shallow pond separated space；Each wing tail flap 1 is arranged with less gap at different angles, forms oil film to floating
Rise passage；The outlet of upper strata opposite opened wing-shaped plate mud guiding plate, facing to the import of lower floor's opposite opened wing-shaped plate mud guiding plate, is formed
Arrange passage under silt particle, be positioned at the wing tail flap outward expansion of bottom, the wing tail flap on dislocation linking top；It is positioned at upper strata
The outlet of mud guiding plate then facing to the import of lower floor's mud guiding plate, formed and under silt particle, arrange passage.This multilamellar wing-shaped plate combines
The version of body, has the function increasing substantially Oil Water Sludge Separation efficiency.
When utilizing the Oil Water Sludge Separation that this wing-shaped plate assembly is carried out, wet crude Produced Liquid flows lengthwise through wing
During plate assembly, in the water droplet aqueous phase in oil phase under gravity, it is deposited in the upper face of each layer side wing 2；Water
Oil droplet in mutually is intercepted in the separated space of shallow pond and is gathered in the lower surface of each layer side wing 2, forms oil film, and
Tailing edge side wing 2 lower surface slips the buoyance lift passage shifting to be made up of each layer wing tail flap 1, more upwards floats to crouch
The oil phase space on formula separation equipment 9 top；The aqueous phase settled down from oil phase and floating go the aqueous phase of oil droplet be then gathered in by
In the gathering ground that opposed side wing 2 surrounds, flow to the hydrospace of lower vessel portion；Silt particle settles down from Produced Liquid
It being gathered in side wing 2 upper surface, after forming mud film, along each side wing) upper surface slips by each layer mud guiding plate 3 structure
In the lower row's passage become.
Three, a kind of wing-shaped plate Oil Water Sludge Separation component
A kind of Oil Water Sludge Separation component, for built-in opposite opened wing-shaped plate assembly separation spoil disposal form.As shown in Figure 6,7,
Opposite opened wing-shaped plate assembly set-up mode in the container of bedroom is: by opposite opened wing-shaped plate assembly (shown in Fig. 5)
Mode parallel with container axis along its length is arranged among Produced Liquid horizontal separator 9, with its cross section limit
Edge and horizontal separator 9 cross-sectional edge (tank skin) keep the mode of certain interval to be full of the whole liquid phase of this equipment
Space；Along opposite opened wing-shaped plate assembly length direction and the length direction of horizontal separator 9 correspondence, at the end
On the mud guiding plate 3 of layer opposite opened wing-shaped plate, multiple infundibulate mud-collecting slot 5 is set continuously, connects bottom each mud-collecting slot 5
Mud guiding tube 6, sets receipts mud drum 7 and mud discharging mouth 8 in just bottom to the horizontal separator 9 of mud guiding tube 6, and silt particle is from collection
The heavy in section entrance suitable for reading of mud groove 5, is slipped to the end opening of small bore along funnel inclined-plane, enters mud guiding tube 6, makes by right
The silt particle that open type wing-shaped plate assembly is collected drains into the receipts mud drum 7 bottom horizontal separator 9 through mud-collecting slot 5, and
After, discharge online through mud discharging mouth 8.
Use aforementioned separating member to carry out Oil Water Sludge Separation, be from the horizontal stroke of horizontal separator 9 by wet crude Produced Liquid
Cross section arrival end is input in the shallow pond separated space that the multilamellar that formed by opposite opened wing-shaped plate assembly is through, Produced Liquid
Carrying out oil, water, mud separation in the shallow pool space of the multilamellar being made up of side wing 2, separation process is:
1), when Produced Liquid flows in the shallow pool space of multilamellar, the oil droplet in the oil phase of water droplet and aqueous phase is sloughed in Produced Liquid
Upwards buoyance lift is out, is intercepted and is gathered in the lower surface of side wing 2, after forming oil film, along side wing 2 lower surface
Inclined-plane slip the oil drain passage shifting at wing tail flap 1, and upwards float to the oil on horizontal separator 9 top
Phase space, flows to oil export direction；
2) water droplet settled down from oil phase and floating go the aqueous phase of oil droplet to be then gathered in be made up of side wing 2 upper surface
In gathering ground, and along container lower space to water out direction flow；
3) silt particle also settles down from Produced Liquid and is gathered in side wing 2 upper surface, after forming mud film, along side wing 2
The inclined-plane of upper surface slips in the spoil disposal passage being made up of mud guiding plate 3, then enters the infundibulate of bottom wing-shaped plate
In mud-collecting slot 5, and in mud guiding tube 6 enters receipts mud drum 7, finally discharged horizontal separator 9 online by mud discharging mouth 8.
The effect introduction of specific embodiment and acquirement thereof be presented herein below:
Use technical scheme, build Ф 1.4 × 15m sleeping of a built-in opposite opened wing-shaped plate assembly
Formula three phase separator, be provided with in a reservoir be immersed in the interlamellar spacing of below liquid level be 40mm, the opposite opened of a length of 10m
Multilamellar wing-shaped plate assembly, achieves following effect:
When feed liquor moisture content be 96.7%, temperature be 35.3C ° ultra-high water-containing crude oil Produced Liquid through this equipment entrance end sink
After fall layering, enter among opposite opened wing-shaped plate assembly, after processing merely through 2.47min, its fuel-displaced moisture content
Just fallen below 15.6% by 46.3%, reached the fuel-displaced moisture content < index request of 30%；Water outlet oil content is by 1962mg/L
Fall below 585mg/L, reach water outlet oil content < index request of 1000mg/L, and separable and collection Produced Liquid
In more than 80% silt particle, improve separation efficiency more than 1 times than the conventional three phase separator of built-in filler heap, save work
Journey investment more than 40-50%.
Claims (6)
1. an opposite opened wing-shaped plate, is characterized by: be to be symmetrical arranged at a certain angle by two blocks of unilateral plates, middle ware
Connected the wing-shaped structure that upper end open is big, lower ending opening is little formed by connecting plate (4) compartment every part；Wherein
Each described unilateral plate be by wing tail flap (1), side wing (2), mud guiding plate (3) successively along broadside with change
Angle weld together composition, when described two blocks of unilateral plates connect molding, spacer portion between two mud guiding plates (3)
Dividing and connected by connecting plate (4) compartment, the opening between two mud guiding plates (3) is little, opening between both wings tail flap (1)
Mouth is big.
2. a kind of opposite opened wing-shaped plate assembly that the opposite opened wing-shaped plate described in claim 1 is formed, is characterized by:
It is to be formed with upper and lower the stacking of a determining deviation by multiple described opposite opened wing-shaped plates；The most each layer side wing (2) is with same
Inclination angle and determining deviation formation arranged in parallel shallow pond separated space；Each layer wing tail flap (1) at different angles and
Less gap arranges formation oil film upwards buoyance lift passage, is positioned at the wing tail flap outward expansion of bottom, in dislocation linking
The wing tail flap in portion；The outlet of the mud guiding plate (3) being positioned at upper strata faces toward the import of lower floor's mud guiding plate (3), forms mud
Passage is arranged under sand.
3. the Oil Water Sludge Separation component containing opposite opened wing-shaped plate assembly described in claim 2, is characterized by:
Described opposite opened wing-shaped plate assembly is filled in horizontal separation of Produced Liquid in the way of length direction is parallel with container axis and sets
In the whole liquid Space of standby (9), between assembly edge and horizontal separator (9) tank skin, keep certain interval；
Along assembly length direction, on the mud guiding plate (3) of the bottom, multiple infundibulate mud-collecting slot (5) is set continuously,
Each mud-collecting slot (5) bottom connects mud guiding tube (6), in just bottom to the horizontal separator (9) of mud guiding tube (6)
If receiving mud drum (7) and mud discharging mouth (8).
4. the Oil Water Sludge Separation method utilizing the opposite opened wing-shaped plate described in claim 1 to carry out, is characterized by:
Wet crude Produced Liquid flows lengthwise through opposite opened wing-shaped plate, the water droplet among Produced Liquid oil phase under gravity,
It is deposited in the upper face of side wing (2), and is gathered in the gathering ground being made up of two side wings (2)；Produced Liquid
Oil droplet among aqueous phase floats up to the lower face of side wing (2) and is gathered into oil film, and under the effect of buoyancy, along flank
The caudal directions upwards sliding on inclined-plane guide vane tail flap (1) of plate (2), and after shift to position through wing tail flap (1)
Among oil phase above opposite opened wing-shaped plate；Silt particle among Produced Liquid aqueous phase the most under gravity, is deposited in side
The upper face of wing plate (2), and being slipped to bottom gathering ground along side wing inclined-plane, and after arrange downwards through mud guiding plate (3)
Go out.
5. utilizing the Oil Water Sludge Separation method that the opposite opened wing-shaped plate assembly described in claim 2 is carried out, it is special
Levy for: when wet crude Produced Liquid flows lengthwise through opposite opened wing-shaped plate assembly, the water droplet in oil phase is at gravity
Under effect, it is deposited in the upper face of each layer side wing (2)；Oil droplet in aqueous phase is intercepted also in the separated space of shallow pond
It is gathered in the lower surface of each layer side wing (2), forms oil film, and tailing edge side wing (2) lower surface slips and shifts to
The buoyance lift passage being made up of each layer wing tail flap (1), more upwards float to the oil phase on horizontal separator (9) top
Space；The aqueous phase settled down from oil phase and floating go the aqueous phase of oil droplet to be then gathered in be surrounded by opposed side wing (2)
In gathering ground, flow to the hydrospace of lower vessel portion；Silt particle settles down from Produced Liquid and is gathered in the upper table of side wing (2)
Face, after forming mud film, slips the lower row's passage being made up of each layer mud guiding plate (3) along each side wing (2) upper surface
In.
6. utilizing the Oil Water Sludge Separation method that the component described in claim 3 is carried out, process is:
1) being inputted from the arrival end of horizontal separator (9) by wet crude Produced Liquid, Produced Liquid is wing at opposite opened
In the shallow pool space of multilamellar that plate assembly is constituted during flowing, slough the oil droplet in the oil phase of water droplet and aqueous phase in Produced Liquid
Upwards buoyance lift is out, is intercepted and is gathered in the lower surface of each layer side wing (2), after forming oil film, along side wing (2)
Lower surface slip shift in the oil drain passage formed by upper and lower wing tail flap (1), and continue up float to horizontal
The oil phase space on separation equipment (9) top, flows to oil export direction；
2) water droplet settled down from oil phase goes the aqueous phase of oil droplet to be then gathered in by two pieces of opposed side wings (2) with floating
Constitute gathering ground in, and along container lower space to water out direction flow；
3) silt particle settles down from Produced Liquid and is gathered in each side wing (2) upper surface, after forming mud film, along flank
Plate (2) upper surface slips in the spoil disposal passage being made up of each layer mud guiding plate (3), then enters the infundibulate of bottom
In mud-collecting slot (5), and in mud guiding tube (6) enters receipts mud drum (7), finally discharged online by mud discharging mouth (8)
Horizontal separator (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410015985.5A CN103752042B (en) | 2013-01-29 | 2014-01-14 | Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013100323855 | 2013-01-29 | ||
| CN201310032385 | 2013-01-29 | ||
| CN201310032385.5 | 2013-01-29 | ||
| CN201410015985.5A CN103752042B (en) | 2013-01-29 | 2014-01-14 | Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103752042A CN103752042A (en) | 2014-04-30 |
| CN103752042B true CN103752042B (en) | 2016-08-17 |
Family
ID=50519452
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410015985.5A Active CN103752042B (en) | 2013-01-29 | 2014-01-14 | Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103752042B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413238B (en) * | 2014-07-14 | 2017-07-18 | 崔斌 | A kind of oil water separator |
| CN208394841U (en) * | 2016-12-06 | 2019-01-18 | 中国石油天然气股份有限公司 | A kind of horizontal free water removal device |
| CN207775153U (en) * | 2016-12-06 | 2018-08-28 | 中国石油天然气股份有限公司 | A kind of horizontal three-phase separating device |
| CN207775152U (en) * | 2016-12-06 | 2018-08-28 | 中国石油天然气股份有限公司 | Technique automatic control pipe-line system and multiphase medium separating and dehydrating system |
| RU2765477C2 (en) * | 2017-08-15 | 2022-01-31 | Чайна Петролеум Энд Кемикал Корпорейшн | Separation device |
| CN113912158B (en) * | 2020-07-10 | 2023-03-21 | 中国石油化工股份有限公司 | Oil-water separation device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0724727B2 (en) * | 1989-06-26 | 1995-03-22 | 凸版印刷株式会社 | Oil water separator |
| CN101766921A (en) * | 2010-03-31 | 2010-07-07 | 大庆油田有限责任公司 | Declining-type oil-water separation device with multilayer wing-shaped plates |
| CN101972559A (en) * | 2010-10-21 | 2011-02-16 | 天津大学 | Oil-water separating device and method |
| CN102019103A (en) * | 2010-11-08 | 2011-04-20 | 新疆石油勘察研究设计院（有限公司） | Non-metal water collection and distribution device in oil field produced water treatment sedimentation tank |
| CN102166435A (en) * | 2011-04-01 | 2011-08-31 | 陕西昕宇表面工程有限公司 | Oil-water separation system and separation method thereof |
-
2014
- 2014-01-14 CN CN201410015985.5A patent/CN103752042B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0724727B2 (en) * | 1989-06-26 | 1995-03-22 | 凸版印刷株式会社 | Oil water separator |
| CN101766921A (en) * | 2010-03-31 | 2010-07-07 | 大庆油田有限责任公司 | Declining-type oil-water separation device with multilayer wing-shaped plates |
| CN101972559A (en) * | 2010-10-21 | 2011-02-16 | 天津大学 | Oil-water separating device and method |
| CN102019103A (en) * | 2010-11-08 | 2011-04-20 | 新疆石油勘察研究设计院（有限公司） | Non-metal water collection and distribution device in oil field produced water treatment sedimentation tank |
| CN102166435A (en) * | 2011-04-01 | 2011-08-31 | 陕西昕宇表面工程有限公司 | Oil-water separation system and separation method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103752042A (en) | 2014-04-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103752042B (en) | Opposite opened wing-shaped plate and combinations thereof body oils cement separating member and Oil Water Sludge Separation method | |
| CN101306852B (en) | Oil-water separation apparatus | |
| CN102120103B (en) | Gas-oil-water three-phase separator | |
| CN101766921B (en) | Declining-type oil-water separation device with multilayer wing-shaped plates | |
| CN207775153U (en) | A kind of horizontal three-phase separating device | |
| CN107720959B (en) | Gas-liquid-solid three-phase separator | |
| CN101773742B (en) | Multilayer uniform-flow-type coalescence oil-water separator and separation method | |
| CN103752047B (en) | Compact inclined three-phase separation device and oil-gas-water separation treatment method for oilfield produced fluid | |
| CN103043747A (en) | Oil-water separator | |
| CN108191001B (en) | A kind of oily-water seperating equipment | |
| CN201301258Y (en) | Oily sewage silt treatment equipment | |
| CN107162106B (en) | A kind of pair of oily wastewater carries out the separator of water-oil separating | |
| CN201454168U (en) | Gas-oil-water three-phase separation device | |
| CN104341051B (en) | A kind of oil, water, mud are separated urn | |
| CN205699611U (en) | Ocean platform gravity type oil-gas-water separator | |
| CN209989104U (en) | Oily waste water gravity settling oil removal groove | |
| CN105413238B (en) | A kind of oil water separator | |
| CN107885897A (en) | A kind of Optimization Design of pipe separator | |
| CN203499607U (en) | Separator for drilling fluid skimming tank | |
| CN205759882U (en) | Cutting fluid containing oil slick is carried out the trough body structure of fluid secondary separation | |
| CN206793113U (en) | A kind of oil-water separation tank for dangerous waste processing system | |
| CN208394841U (en) | A kind of horizontal free water removal device | |
| CN206518973U (en) | The cyclone separator of water water flowing out structure is received in a kind of combination | |
| CN201305480Y (en) | Oil-water separation device | |
| CN102320679B (en) | Spiral-flow type corrugated plate oil separation pool |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |