CN2701517Y - Sand discharging system for oil-water-gas three-phase continuous metering separator - Google Patents
Sand discharging system for oil-water-gas three-phase continuous metering separator Download PDFInfo
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- CN2701517Y CN2701517Y CN 200420022705 CN200420022705U CN2701517Y CN 2701517 Y CN2701517 Y CN 2701517Y CN 200420022705 CN200420022705 CN 200420022705 CN 200420022705 U CN200420022705 U CN 200420022705U CN 2701517 Y CN2701517 Y CN 2701517Y
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- separator
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Abstract
The utility model discloses a sand discharging system for oil-water-gas three-phase continuous metering separator, comprising a separator identity. One end of the separator identity is provided with an eddy flow pre-degasser of which lower end is provided with an energy dissipator, a dish-type diverter and a sand discharging sloping plate; rectifiers are arranged in the separator identity and beside the eddy flow pre-degasser and the energy dissipator. The bottom of the separator identity is provided with a water outlet connection pipe; an oil chamber is arranged in the separator identity; an oil outlet connection pipe is arranged below the shell of the oil chamber. The sand discharging system for oil-water-gas three-phase continuous metering separator is characterized in that the separator identity is provided with a front sand flushing water pipe, a middle sand flushing water pipe and a rear sand flushing water pipe; the sand discharging sloping plate is connected together with the shell at the direction of the radian theta which is 0 DEG-10 DEG. The sand is discharged from the turbulence chamber to the settling chamber by the sloping plate, which prevents the blockage caused by the sand aggradation; the sand discharging system is provided with a circulation water channel; the alluvial sand on the shell of the three-phase metering separator is impacted via a circulation water pump and a sand flushing water pipe to cause the sand in settling chamber of the three-phase metering separator to sufficiently flow, and the sand almost does not silt; therefore, the smoothness of the water outlet is ensured; the water channel metering effect of the three-phase continuous metering separator is caused to obtain the amelioration, and the stable operation is ensured.
Description
Technical field
The utility model relates to a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator.
Background technology
The utility model relates to a kind of fluid impulse force, fluid of utilizing and flows, the sand that contains in the profit gas is discharged by three phase metering separator smoothly, realize the special-purpose member that oil-water-gas three phase continuously metering separator equipment runs well, be mainly used in oilfield surface engineering, environmental project, oil plant and chemical plant.
In existing technology, the husky system of row that is used for profit gas three phase separator mainly is provided with swash plate or in the expansion chamber bottom of three phase separator water is set washes away system, be typically the three phase separator of the exploitation of U.S. C-E Natco company and Prospecting and Design Inst., Henan Petroleum Exploration Administration of Chinese China Petrochemical Industry, but three phase metering separator is because general volume is less, it is arranged husky system and is not appeared in the newspapers, therefore the fine sand alluvial often occurs, make three phase separation impact of performance variation, water route even can stop up.These reasons have influenced the three phase continuously metering separator runnability to a certain extent.The purpose of this utility model is to overcome the deficiencies in the prior art, and the husky system of the row who is used for profit gas three phase metering separator of a kind of compact conformation, good combination property is provided.
Summary of the invention
The purpose of this utility model provides a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator.
It comprises the separator body, be provided with the eddy flow pre-degasser at separator body one end, be provided with profit gas entrance sleeve in side, eddy flow pre-degasser outer end, eddy flow pre-degasser top joins through flow divider and separator body, eddy flow pre-degasser top joins through control valve and gas outlet housing, gas outlet housing top is provided with the gas discharge connection, be provided with mist eliminator in the gas outlet housing, through hole also joins with the separator body, eddy flow pre-degasser lower end is provided with sinker, the dish steering gear, arrange husky swash plate, in the separator body, the eddy flow pre-degasser, the other rectifier that is provided with of sinker, leave the gap between rectifier and the husky swash plate of row, separator body bottom is provided with water out and takes over, be provided with the grease chamber in the separator body, grease chamber's shell is divided into oil export and is taken over, and feature is a sand surfing water pipe before being provided with in the separator body, middle sand surfing water pipe, back sand surfing water pipe, husky swash plate of said row and housing link together with radian θ direction, and radian θ is 0～10 °.
Characteristics of the present utility model are:
1) the husky system of row is provided with swash plate, by swash plate sand is discharged to expansion chamber from turbulence chamber, has prevented that turbulence chamber from stopping up because of the sand alluvial.
2) the husky system of row is provided with circulation waterway, impacts the sand that deposits on the three phase metering separator housing by water circulating pump, sand surfing water pipe, and husky in the three phase metering separator expansion chamber fully flowed, and alluvial has hardly guaranteed the fluid stationarity that flows.
3) the sand surfing water pipe is provided with corresponding arrangement and direction by the size of three phase metering separator, makes that the water in the hydroecium can flow freely, and can not make the sand in the water alluvial occur, thereby guarantee the unobstructed of water out;
4) the utility model makes that do not deposit sand and water route of three phase continuously metering separator is unimpeded, and the metering effect in water route is obviously improved, and has guaranteed the runnability of three phase continuously metering separator.
Description of drawings
Fig. 1 is the structural representation of oil-water-gas three phase continuously metering separator, among the figure: profit gas entrance sleeve 1, eddy flow pre-degasser 2, turbulence chamber 3, sinker 4, dish-shaped steering gear 5, swash plate 6, flow divider 7, rectifier 8, wireway 9, control valve 10, gas discharge connection 11, mist eliminator 12, gas outlet housing 13, through hole 14, grease chamber 15, grease chamber's housing 16, back sand surfing water pipe 17, oil export adapter 18, water out adapter 19, middle sand surfing water pipe 20, hydroecium (expansion chamber) 21, preceding sand surfing water pipe 22, housing 23;
Fig. 2 is a swash plate structural representation of the present utility model;
Fig. 3 is a circulating water flushing system schematic of the present utility model;
Fig. 4 is the structural configuration schematic diagram of Fig. 3 sand surfing water pipe;
Fig. 5 is that the A of Fig. 4 is to schematic diagram.
The specific embodiment
The husky system of row that is used for oil-water-gas three phase continuously metering separator, it comprises the separator body, be provided with eddy flow pre-degasser 2 at separator body one end, be provided with profit gas entrance sleeve 1 in side, eddy flow pre-degasser outer end, eddy flow pre-degasser top joins through flow divider 7 and separator body, eddy flow pre-degasser top joins through control valve 10 and gas outlet housing 13, gas outlet housing top is provided with gas discharge connection 11, be provided with mist eliminator 12 in the gas outlet housing, through hole 14 also joins with the separator body, eddy flow pre-degasser lower end is provided with sinker 4, dish steering gear 5, arrange husky swash plate 6, in the separator body, the eddy flow pre-degasser, the other rectifier 8 that is provided with of sinker, leave the gap between rectifier and the husky swash plate of row, separator body bottom is provided with water out and takes over 19, be provided with grease chamber 15 in the separator body, grease chamber's shell 16 is divided into oil export and is taken over 18, feature is a sand surfing water pipe 22 before being provided with in the separator body, middle sand surfing water pipe 20, back sand surfing water pipe 17, the husky swash plate 6 of said row links together with radian θ direction with housing 23, radian θ is 0～10 °, and general radian θ is 3～7 °.
Said water out is taken over 19 and is joined through recirculated water arm ZG1, valve IIIV3 and valve IIV2, water circulating pump P1, water circulating pump P1 through valve IV1 respectively with preceding sand surfing water pipe 22, middle sand surfing water pipe 20, after sand surfing water pipe 17 join.
Preceding sand surfing water pipe 22 has house steward (22-1), house steward (22-1) lower end is branched into left arm (22-2), middle arm (22-3), right arm (22-4), house steward's caliber is greater than branch diameter, middle branch diameter is greater than left and right branch diameter, left and right branch diameter equates that length of tube is propped up greater than left and right length of tube in the centre, left and right arm equal in length, left side arm, middle arm, the 23 one-tenth radian θ ' in right arm lower end and housing are 0～90 °, and general radian θ is 30～60 °.Water out is taken over 17 the arm of sand surfing water pipe on 19 the right and middle arm (22-3), left arm (22-2), right arm (22-4), and the 23 one-tenth radian θ ' in its lower end and housing are 90～180 °, and general radian θ ' is 120～150 °.
The husky elder generation of containing in the profit gas is discharged to expansion chamber 21 by swash plate from turbulence chamber 3, part water in the expansion chamber is taken over arm ZG1 through water out and is entered water circulating pump P1, impact the sand that deposits on three phase metering separator housing 23 bottoms by preceding sand surfing water pipe (22), middle sand surfing water pipe (20), back sand surfing water pipe (17) then, last sand is taken over 19 at water out and is discharged.
Claims (5)
1, a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator, it comprises the separator body, be provided with eddy flow pre-degasser (2) at separator body one end, be provided with profit gas entrance sleeve (1) in side, eddy flow pre-degasser outer end, eddy flow pre-degasser top joins through flow divider (7) and separator body, eddy flow pre-degasser top joins through control valve (10) and gas outlet housing (13), gas outlet housing top is provided with gas discharge connection (11), be provided with mist eliminator (12) in the gas outlet housing, through hole (14) also joins with the separator body, eddy flow pre-degasser lower end is provided with sinker (4), dish steering gear (5), arrange husky swash plate (6), in the separator body, the eddy flow pre-degasser, the other rectifier (8) that is provided with of sinker, leave the gap between rectifier and the husky swash plate of row, separator body bottom is provided with water out and takes over (19), be provided with grease chamber (15) in the separator body, grease chamber's shell (16) is divided into oil export and is taken over (18), sand surfing water pipe (22) before it is characterized in that in the separator body, being provided with, middle sand surfing water pipe (20), back sand surfing water pipe (17), the husky swash plate of said row (6) links together with radian θ direction with housing (23), and radian θ is 0～10 °.
2, a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator according to claim 1 is characterized in that husky swash plate of said row (6) and housing (23) link together with radian θ direction, and radian θ is 3～7 °
3, a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator according to claim 1, it is characterized in that said water out takes over (19) and join with valve II (V2), water circulating pump (P1) through recirculated water arm (ZG1), valve III (V3), water circulating pump (P1) through valve I (V1) respectively with preceding sand surfing water pipe (22), middle sand surfing water pipe (20), after sand surfing water pipe (17) join.
4, a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator according to claim 1, it is characterized in that said preceding sand surfing water pipe (22) has house steward (22-1), house steward (22-1) lower end is branched into left arm (22-2), middle arm (22-3), right arm (22-4), house steward's caliber is greater than branch diameter, middle branch diameter is greater than a left side, right branch diameter, a left side, right branch diameter equates, a middle length of tube is greater than a left side, a right length of tube, a left side, right arm equal in length, left side arm, middle arm, it is 0～90 ° that right arm lower end becomes radian θ ' with housing (23), water out is taken over the arm and the middle arm (22-3) of (17) of the sand surfing water pipe on the right of (19), left side arm (22-2), right arm (22-4), it is 90～180 ° that its lower end becomes radian θ ' with housing (23).
5, a kind of husky system of row that is used for oil-water-gas three phase continuously metering separator according to claim 4, it is characterized in that it is 30～60 ° that said left arm, middle arm, right arm lower end become radian θ ' with housing (23), the arm of (17) of the sand surfing water pipe on water out adapter (19) the right and middle arm (22-3), left arm (22-2), right arm (22-4), it is 120～150 ° that its lower end becomes radian θ ' with housing (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420022705 CN2701517Y (en) | 2004-05-10 | 2004-05-10 | Sand discharging system for oil-water-gas three-phase continuous metering separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420022705 CN2701517Y (en) | 2004-05-10 | 2004-05-10 | Sand discharging system for oil-water-gas three-phase continuous metering separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2701517Y true CN2701517Y (en) | 2005-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420022705 Expired - Lifetime CN2701517Y (en) | 2004-05-10 | 2004-05-10 | Sand discharging system for oil-water-gas three-phase continuous metering separator |
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| CN (1) | CN2701517Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109966804A (en) * | 2019-02-22 | 2019-07-05 | 浙江大学 | Ammonia chloride crystal and the mutual serialization separation apparatus of organic solution and separation method |
-
2004
- 2004-05-10 CN CN 200420022705 patent/CN2701517Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109966804A (en) * | 2019-02-22 | 2019-07-05 | 浙江大学 | Ammonia chloride crystal and the mutual serialization separation apparatus of organic solution and separation method |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20140510 Granted publication date: 20050525 |