CN206458334U - Water pumping gas production tubing string - Google Patents
Water pumping gas production tubing string Download PDFInfo
- Publication number
- CN206458334U CN206458334U CN201720001919.1U CN201720001919U CN206458334U CN 206458334 U CN206458334 U CN 206458334U CN 201720001919 U CN201720001919 U CN 201720001919U CN 206458334 U CN206458334 U CN 206458334U
- Authority
- CN
- China
- Prior art keywords
- gas
- valve
- oil pipe
- tubing string
- water pumping
- 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
Abstract
The utility model provides a kind of water pumping gas production tubing string, and the water pumping gas production tubing string includes：Sleeve pipe, oil pipe, ball-and-seat, packer, gas lift valve and christmas tree；The oil pipe is set in described sleeve pipe, the ball-and-seat is arranged on the end of the oil pipe, the gas lift valve is fixed on the oil pipe at the position of gas-bearing formation, the packer is provided with annular space between described sleeve pipe and the oil pipe, and the packer is located between the gas lift valve and the ball-and-seat；One end of described sleeve pipe is fixed on water layer, and the other end of described sleeve pipe is connected with the first valve of the christmas tree, and the other end of the oil pipe is connected with the second valve of the christmas tree.The water pumping gas production tubing string of the present embodiment, the Active Drainage in gas field can be just realized initial stage in gas-field exploitation, improve the gas recovery ratio in gas field.
Description
Technical field
The utility model is related to oil-gas mining technology, more particularly to a kind of water pumping gas production tubing string.
Background technology
In oil-gas mining field, current oil gas field both domestic and external is largely side, bottom aqueous vapor field.Development operation personnel pass through
Tripping in sleeve pipe and oil pipe into the pit shaft for be drilled into gas-bearing formation, and well-case perforating completion is carried out, so that the gas of gas-bearing formation enters through perforation
Sleeve pipe and the passage of oil pipe formation, so as to be produced out ground.With the exploitation in gas field, particularly to mid-later development phase, ground
A large amount of intrusions of layer water can cause the oil pipe hydrops even water logging in pit shaft, influence the production efficiency of gas well.Stratum water is big simultaneously
Amount intrusion gas-bearing formation, causes gas flow passage to be disturbed, block, and gas cannot be introduced into pit shaft production, have a strong impact on gas field overall
Recovery ratio.
Have both at home and abroad at present and the water discharge technologies such as electric submersible pump, jet pump are mainly taken in the development process of aqueous vapor field, assist water outlet
Serious well discharge pit shaft hydrops resumes production, or continues draining as gully.
But, this scheme of prior art is only applicable to discharge the hydrops in mid-later development phase pit shaft, when first in exploitation
When there is gas-liquid mixture in phase, the oil pipe of pit shaft, the liquid in oil pipe can not be assisted to discharge using the scheme of prior art, led
Cause gas output efficiency not high, and be unable to reach the purpose that gas field is harnessed the river in early days.
Utility model content
The utility model provides a kind of water pumping gas production tubing string, to solve prior art at gas field development initial stage, it is impossible to assist
The liquid helped in oil pipe is discharged, the technical problem for causing gas output efficiency not high.
In a first aspect, the utility model provides a kind of water pumping gas production tubing string, including：Sleeve pipe, oil pipe, ball-and-seat, packer,
Gas lift valve and christmas tree；
The oil pipe is set in described sleeve pipe, and the ball-and-seat is arranged on the end of the oil pipe, and the gas lift valve is consolidated
The oil pipe is scheduled at the position of gas-bearing formation, the packing is provided with the annular space between described sleeve pipe and the oil pipe
Device, and the packer is positioned between the gas lift valve and the ball-and-seat；
One end of described sleeve pipe is fixed on water layer, and the other end of described sleeve pipe is connected with the first valve of the christmas tree,
The other end of the oil pipe is connected with the second valve of the christmas tree, the annular space between described sleeve pipe and the oil pipe and
The first valve formation first produces passage, and the ball-and-seat, the oil pipe and the production of second valve formation second are logical
Road, described sleeve pipe, the gas lift valve, the oil pipe and second valve formation third production passage.
Further, the christmas tree also includes filling agent valve, and the filling agent valve is connected with the oil pipe；
The filling agent valve is used to provide blowing agent injection port, and the foaming agent enters described through the filling agent valve
In oil pipe.
Optionally, the gas lift valve is multiple, and what is be spaced from top to bottom is arranged on the oil pipe at the position of gas-bearing formation,
And afterbody gas lift valve is located at the surface of the packer.
Further, the water pumping gas production tubing string also includes：Hydraulic control cabinet, the hydraulic control cabinet passes through circuit and first valve
Door electrical connection；
The hydraulic control cabinet, capacity and control described first for monitoring the gas discharged through first valve
The opening degree of valve is to adjust the exhaust velocity of first valve.
Optionally, the hydraulic control cabinet, is additionally operable to control the opening degree of second valve to adjust second valve
Drainage speed.
Optionally, first valve also provides for extraneous gas inlet, and the extraneous gas includes nitrogen, inertia
Gas or natural gas.
Optionally, the hydraulic control cabinet is additionally operable to control the opening degree of first valve to control the note of the extraneous gas
Enter amount.
Further, the hydraulic control cabinet includes control panel, the input instruction for receiving user, to control described first
The opening degree of valve and second valve.
Optionally, the water pumping gas production tubing string also includes：Gas-liquid separator, the gas-liquid separator and second valve
Connection, for separating the gas-liquid mixture flowed out through second valve.
The water pumping gas production tubing string that the utility model is provided, oil pipe is set in sleeve pipe, and ball-and-seat is set in the end of oil pipe,
And the annular space of oil pipe and sleeve pipe in packer is set, and be located in oil pipe at the position of gas-bearing formation gas lift valve be installed, and protect
The gas lift valve is demonstrate,proved on packer, so that the annular that the water of water layer intrusion will not be entered between sleeve pipe and oil pipe is empty
Between in, oil pipe can only be entered via ball-and-seat, when gas-bearing formation gas under pressure through perforation enter above-mentioned annular space after, one
Portion gas opens gas lift valve on oil pipe hence into oil pipe by pressure difference and carries the liquid in oil pipe and arranged from the second valve
Go out, discharged after another part gas sleeve pipe through annular space from the first valve.Therefore, the water pumping gas production that the present embodiment is provided
Tubing string, the Active Drainage in gas field can be just realized initial stage in gas-field exploitation, improve the gas recovery ratio in gas field.
Brief description of the drawings
The structural representation for the water pumping gas production tubing string embodiment one that Fig. 1 provides for the utility model；
The structural representation for the water pumping gas production tubing string embodiment two that Fig. 2 provides for the utility model；
The structural representation for the water pumping gas production tubing string embodiment three that Fig. 3 provides for the utility model；
The structural representation for the water pumping gas production tubing string example IV that Fig. 4 provides for the utility model.
Reference：
1：Sleeve pipe；
2：Oil pipe；
3：Ball-and-seat；
4：Packer；
5：Gas lift valve；
6：Annular space；
7：Gas-bearing formation；
8：Water layer；
9：Christmas tree；
21：First valve；
22：Second valve；
23：Fill agent valve
24：Hydraulic control cabinet；
241：Control panel；
25：Gas-liquid separator.
Embodiment
The water pumping gas production tubing string that the utility model is provided, primarily directed to " prevent, harness the river " having in the development process of aqueous vapor field
Technique, its object is to realize gas field Active Drainage production, and can be monitored and controlled displacement size, subtract according to demand
It is slow to have water enchroachment (invasion) speed in the development process of aqueous vapor field, reach raising gas field recovery ratio purpose.
The water discharge technologies such as electric submersible pump, jet pump mainly are taken due to having both at home and abroad at present in the development process of aqueous vapor field, mainly
The gas well serious applied to mid-later development phase pit shaft hydrops, but it misses the optimal drainage period in gas field so that producing well is most
It is changed into gully eventually, it is little to whole gas field Protection significance.In addition, this scheme of prior art is only applicable to discharge exploitation
Hydrops in middle and later periods pit shaft, when there is an aqueous vapor field initial stage of development, when there is gas-liquid mixture in the oil pipe of pit shaft, using existing
The scheme of technology can not discharge the liquid in oil pipe, cause gas output efficiency not high.
Therefore, the water pumping gas production tubing string that the utility model is provided, it is contemplated that the need of gas field development gas and water at initial stage co-development
Ask, gas field Active Drainage production can be realized, so as to improve the gas recovery ratio in gas field.
The technical solution of the utility model is described in detail with specifically embodiment below.These are specific below
Embodiment can be combined with each other, and may be repeated no more for same or analogous concept or process in some embodiments.
The structural representation for the water pumping gas production tubing string embodiment one that Fig. 1 provides for the utility model.As shown in figure 1, the row
Hydromining tracheae post includes：Sleeve pipe 1, oil pipe 2, ball-and-seat 3, packer 4, gas lift valve 5 and christmas tree 9；
The oil pipe 2 is set in described sleeve pipe 1, and the ball-and-seat 3 is arranged on the end of the oil pipe 2, the gaslift
Valve 5 is fixed on the oil pipe 2 at the position of gas-bearing formation 7, is set in the annular space 6 between described sleeve pipe 1 and the oil pipe 2
There is the packer 4, and the packer 4 is located between the gas lift valve 5 and the ball-and-seat 3；
One end of described sleeve pipe 1 is fixed on water layer 8, the first valve 21 of the other end of described sleeve pipe 1 and the christmas tree 9
Connection, the other end of the oil pipe 2 is connected with the second valve 22 of the christmas tree 9, between described sleeve pipe 1 and the oil pipe 2
Annular space 6 and first valve 21 formation first produce passage, the ball-and-seat 3, the oil pipe 2 and second valve
Door 22 forms second and produces passage, described sleeve pipe 1, the gas lift valve 5, the oil pipe 2 and second valve 22 formation the 3rd
Produce passage.
Specifically, the oil pipe 2 and sleeve pipe 1 that are related in the present embodiment, it can be gas field edge straight well, inclined shaft, horizontal well
Completion tubular column, can also be that wet well in the production process of gas field turns the tubing string in gully, the present embodiment is not limited this
It is fixed.Shown in Figure 1, one end of above-mentioned sleeve pipe 1 is fixed on water layer 8, the other end of sleeve pipe 1 be located at well head and with well head
Christmas tree 9 is connected, and oil pipe 2 is set in sleeve pipe 1, and has annular gap between the oil pipe 2 and sleeve pipe 1, and packer 4 is arranged on
In the annular gap, to prevent the water of the intrusion of water layer 8 from entering in annular space 6.The end of oil pipe 2 is located at it of the packer 4
Under, and the end of the oil pipe 2 is provided with a ball-and-seat 3, the ball-and-seat 3 is check valve, it is ensured that the water that water layer 8 is invaded can only flow
To oil pipe 2, and it can not flow back.(the specific mounting means of gas lift valve 5 is provided with addition, being located in oil pipe 2 on the position of gas-bearing formation 7
May refer to shown in prior art), the fitting depth of the gas lift valve 5 is located on packer 4, that is to say, that from top to bottom, gas
Valve 5 is lifted to be located at topmost, next to that packer 4, followed by the ball-and-seat 3 of the end of oil pipe 2.
Because above-mentioned sleeve pipe 1 is connected with oil pipe 2 with christmas tree 9, the christmas tree 9 in the present embodiment can include the first valve
The valve 22 of door 21 and second, above-mentioned sleeve pipe 1 is connected with the first valve 21, and oil pipe 2 is connected with the second valve 22, therefore, this implementation
The water pumping gas production tubing string that example is related to, can include three production passages, be through the annular space between sleeve pipe 1 and oil pipe 2 respectively
6th, the first production passage that above-mentioned first valve 21 is constituted, the second production constituted through ball-and-seat 3, the valve 22 of oil pipe 2 and second
Passage, the third production passage constituted through sleeve pipe 1, gas lift valve 5, the valve 22 of oil pipe 2 and second.
During specific exploitation, the water that water layer 8 is invaded is due to the plugging action of packer 4, and the water invaded can pass through ball-and-seat 3
Into oil pipe 2, the gas of gas-bearing formation 7 is through perforation sleeve pipe 1 under strata pressure effect, and this portion gas part is through sleeve pipe 1
Annular space 6 with oil pipe 2 is from first valve 21 (producing passage by first) discharge, and another part gas is due to one
Fixed pressure, the pressure is more than the design pressure difference for the gas lift valve 5 being arranged on oil pipe 2, therefore this portion gas can open gas
Lift valve 5 to enter in oil pipe 2, because the pressure of gas is larger, therefore this part can will enter the water of oil pipe 2 through the second valve 22
Take (being gas-liquid mixture i.e. through the second production passage and third production passage), based on this, the row that the utility model is provided out of
Hydromining tracheae post, it is possible to realize gas lift liquid drainage, that is, realize Active Drainage of the gas field in initial stage of production, so as to improve gas field
Gas recovery ratio.It should be noted that it is above-mentioned through first production passage discharge be gas.
The water pumping gas production tubing string that the utility model is provided, oil pipe is set in sleeve pipe, and ball-and-seat is set in the end of oil pipe,
And the annular space of oil pipe and sleeve pipe in packer is set, and be located in oil pipe at the position of gas-bearing formation gas lift valve be installed, and protect
The gas lift valve is demonstrate,proved on the packer, so that the water of water layer intrusion will not enter sleeve pipe and oil pipe can also annular
In space, oil pipe can only be entered via ball-and-seat, after gas-bearing formation gas enters above-mentioned annular space through perforation under pressure,
A part of gas by pressure difference open oil pipe on gas lift valve is hence into oil pipe and carries the liquid in oil pipe from the second valve
Discharged after discharge, another part gas sleeve pipe through annular space from the first valve.Therefore, the draining that the present embodiment is provided is adopted
Tracheae post, the Active Drainage in gas field can be just realized initial stage in gas-field exploitation, improve the gas recovery ratio in gas field.
The structural representation for the water pumping gas production tubing string embodiment two that Fig. 2 provides for the utility model.Real shown in above-mentioned Fig. 1
Shown in Figure 2 on the basis of applying example, above-mentioned christmas tree 9 can also include filling agent valve 23, the filling agent valve 23 with it is upper
The oil pipe 2 stated in water pumping gas production tubing string is connected.The filling agent valve 23 is used to provide blowing agent injection port, and the foaming agent is through institute
Filling agent valve 23 is stated to enter in the oil pipe 2.
Specifically, constantly being carried out with the exploitation in gas field, the pressure of gas-bearing formation 7 constantly declines, into the pressure of the gas of oil pipe 2
Power also just corresponding reduction, so causes the fluid-carrying capability of this portion gas not enough, it is impossible to good draining.At this point it is possible to logical
Cross and open the filling agent valve 23 that connect with oil pipe 2 on christmas tree 9, so as to provide a foaming agent inlet, exploiting personnel can be with
Foaming agent is injected into oil pipe 2 by the filling agent valve 23, optionally, the foaming agent can be organic for foam rods, hydro carbons etc.
Thing, it, which is added to the water, can produce substantial amounts of bubble, so as to reduce the density of water in oil pipe 2, and then to enter by gas lift valve 5
The gas of row oil pipe 2 can carry substantial amounts of bubble and discharge the second valve 22 (bubble is actually a kind of form of water), from
And improve the fluid-carrying capability or drainability of gas.
Certainly, when that need not add foaming agent, the filling agent valve 23 is closed, it is ensured that oil pipe 2 and sleeve pipe 1 and external rings
The isolation in border.
The utility model provide water pumping gas production tubing string, by christmas tree assume one connected with oil pipe add injection valve
Door, when later stage water pumping gas production tubing string fluid-carrying capability is not enough, can by injecting foaming agent into oil pipe in filling agent valve, with
Reduce the density of oil pipe reclaimed water, and then enable the gas for carrying out oil pipe by gas lift valve to carry substantial amounts of bubble discharge second
Valve, so as to improve the fluid-carrying capability or drainability of gas.
The structural representation for the water pumping gas production tubing string embodiment three that Fig. 3 provides for the utility model.Real shown in above-mentioned Fig. 2
Apply on the basis of example, shown in Figure 3, the gas lift valve 5 is multiple, and the oil pipe 2 that is arranged on being spaced from top to bottom is located at
At the position of gas-bearing formation 7, and afterbody gas lift valve 5 is located at the surface of the packer 4.
Specifically, in the present embodiment, the gas lift valve 5 of multiple different parameters specifications can be laid on oil pipe 2 as needed,
Most deep gas lift valve 5 is divided on packer 4, multistage gas lift valve 5 is formed, strengthens the gas lift liquid drainage energy of water pumping gas production tubing string
Power, the design parameter of gas lift valve 5 includes lower deep, startup pressure, flow etc..Optionally, the water pumping gas production tubing string, the fluid of water layer 8
(such as water layer 8 invade water) discharges earth's surface through ball-and-seat 3, oil pipe 2, the second valve 22, in order to ensure the fluid of water layer 8 according to setting
Meter demand is persistently discharged, it is to avoid stratum water immerses other wells in gas field, and the gas of gas-bearing formation 7 is entered by the multistage gas lift valve 5 divided into
Oil pipe 2, so that carrying of liquids is discharged from the second valve 22, realizes gas field Active Drainage production purpose.Optionally, with continued reference to figure
Shown in 3, above-mentioned water pumping gas production tubing string can also include：The gas-liquid separator 25 being connected with the second valve 22.Due to through the second valve
The discharge of door 22 is gas-liquid mixture, therefore, and the gas-liquid separator 25 can separate the gas-liquid mixed discharged through the second valve 22
Thing, gas is separated, so as to improve the rate of recovery of gas.
The water pumping gas production tubing string that the utility model is provided, by setting up multiple gas lift valves on oil pipe, forms multistage gas lift
Valve, can increase the capacity into oil pipe, and then increase the gas lift liquid drainage ability of water pumping gas production tubing string, further increase
The recovery ratio in gas field；In addition, setting gas-liquid separator in the port of the second valve, the recovery of gas is realized, is further improved
The recovery ratio of gas.
The structural representation for the water pumping gas production tubing string example IV that Fig. 4 provides for the utility model.Real shown in above-mentioned Fig. 3
Apply on the basis of example, further, the water pumping gas production tubing string can also include hydraulic control cabinet 24, the hydraulic control cabinet 24 and first valve
Door 21 is electrically connected, and optionally, the electrical connection can be wired connection, can also be wireless connection；The hydraulic control cabinet 24, for supervising
Survey the capacity for the gas discharged through first valve 21 and control the opening degree of first valve 21 described to adjust
The exhaust velocity of first valve 21.Optionally, the hydraulic control cabinet 24 can be provided to developer by way of speech play and worked as
The capacity or exhaust velocity of preceding first valve 21, developer can control hydraulic control cabinet 24 to adjust first by phonetic order
The opening degree of valve 21.Optionally, the hydraulic control cabinet 24 can include a control panel 241, by by the exhaust of the first valve 21
Amount or exhaust velocity are shown on control panel 124 and checked for user, and user can input accordingly on the control panel 241
Control instruction, to control the opening degree of the first valve 21.
Optionally, above-mentioned hydraulic control cabinet 24, can be also used for controlling the opening degree of above-mentioned second valve 22 to adjust the second valve
The drainage speed of door 22, so as to control the displacement of the second valve 22, improves the controllability of user.
Specifically, in the present embodiment, hydraulic control cabinet 24 can monitor the capacity of the first valve 21 and according to the capacity
To control the opening degree of first valve 21, and then adjust the exhaust velocity of the first valve 21.When later stage water pumping gas production tubing string
Fluid-carrying capability it is not enough when, user can adjust the opening degree of the first valve 21 reduce the first valve 21 by hydraulic control cabinet 24
Exhaust velocity, and then the capacity discharged through the above-mentioned valve 21 of annular space 6 and first is reduced, so that most of gas can
To enter by gas lift valve 5 in oil pipe 2, increase the fluid-carrying capability of water pumping gas production tubing string, and then improve the concern of water pumping gas production tubing string
Drainability.
Optionally, above-mentioned first valve 21 can be also used for providing outer gas inlets, due to first valve 21 and set
Pipe 1 is connected, therefore when the later stage of gas-bearing formation 7 is relatively low, can open first valve 21, can be to by first valve 21
Extraneous gas is injected in annular space 6, optionally, the extraneous gas can be nitrogen, inert gas or natural gas (current gas
Field extraction is actually natural gas), to ensure explosion accident will not occur in pit shaft.After extraneous gas is injected, due to
Extraneous gas is also the gas with certain pressure, and the extraneous gas can open gas lift valve 5, so that the gas of gas-bearing formation 7
Can largely it enter in oil pipe 2, so as to increase drainability.Optionally, above-mentioned hydraulic control cabinet 24 can be by controlling the first valve
21 opening degree is to control the injection rate of the extraneous gas, optionally, and the extraneous gas can be continuously injected into, between can also be
Having a rest property is injected.
Optionally, user can set the first valve 21, the second valve by the control panel 241 of above-mentioned hydraulic control cabinet 24
22 opening degree, so as to control the gas outflow of the first valve 21, coordinates to enter the tolerance of oil pipe 2 through gas lift valve 5, can be with
By controlling the opening degree of the first valve 21, the injection rate of extraneous gas is controlled, continuous or intermittent gas injection is realized, and also
Can be by controlling the opening degree of the second valve 22 to control the displacement of the second valve 22.
The water pumping gas production tubing string that the utility model is provided, the hydraulic control cabinet being connected by control circuit with the first valve can be with
The capacity of the first valve of monitoring, and coordinate by controlling the opening degree of first valve to enter oil pipe through gas lift valve in real time
Tolerance, so as to increase the fluid-carrying capability of water pumping gas production tubing string, while the hydraulic control cabinet can also be by controlling the folding of the first valve
Spend to adjust the injection rate of extraneous gas, so as to further improve the drainability of water pumping gas production tubing string.
Finally it should be noted that：Various embodiments above is only limited to illustrate the technical solution of the utility model, rather than to it
System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should
Understand：It can still modify to the technical scheme described in foregoing embodiments, or to which part or whole
Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly
The scope of each embodiment technical scheme of type.
Claims (9)
1. a kind of water pumping gas production tubing string, it is characterised in that including：Sleeve pipe, oil pipe, ball-and-seat, packer, gas lift valve and gas production
Tree；
The oil pipe is set in described sleeve pipe, and the ball-and-seat is arranged on the end of the oil pipe, and the gas lift valve is fixed on
The oil pipe is located at the position of gas-bearing formation, and the packer is provided with the annular space between described sleeve pipe and the oil pipe,
And the packer is located between the gas lift valve and the ball-and-seat；
One end of described sleeve pipe is fixed on water layer, and the other end of described sleeve pipe is connected with the first valve of the christmas tree, described
The other end of oil pipe is connected with the second valve of the christmas tree, annular space between described sleeve pipe and the oil pipe and described
First valve formation first produces passage, and the ball-and-seat, the oil pipe and second valve formation second produce passage, institute
State sleeve pipe, the gas lift valve, the oil pipe and second valve formation third production passage.
2. water pumping gas production tubing string according to claim 1, it is characterised in that the christmas tree also includes filling agent valve,
The filling agent valve is connected with the oil pipe；
The filling agent valve is used to provide blowing agent injection port, and the foaming agent enters the oil pipe through the filling agent valve
In.
3. water pumping gas production tubing string according to claim 2, it is characterised in that the gas lift valve be it is multiple, from top to bottom between
Every be arranged on the oil pipe positioned at gas-bearing formation position at, and afterbody gas lift valve be located at the packer surface.
4. water pumping gas production tubing string according to claim 3, it is characterised in that the water pumping gas production tubing string also includes：Hydraulic control
Cabinet, the hydraulic control cabinet is electrically connected with first valve；
The hydraulic control cabinet, for monitoring the capacity for the gas discharged through first valve and controlling first valve
Opening degree to adjust the exhaust velocity of first valve.
5. water pumping gas production tubing string according to claim 4, it is characterised in that the hydraulic control cabinet, control described the is additionally operable to
The opening degree of two valves is to adjust the drainage speed of second valve.
6. water pumping gas production tubing string according to claim 4, it is characterised in that first valve also provides for outside
Gas inlet, the extraneous gas includes nitrogen, inert gas or natural gas.
7. water pumping gas production tubing string according to claim 6, it is characterised in that the hydraulic control cabinet is additionally operable to control described first
The opening degree of valve is to control the injection rate of the extraneous gas.
8. the water pumping gas production tubing string according to claim any one of 4-7, it is characterised in that the hydraulic control cabinet includes chain of command
Plate, the input instruction for receiving user, to control the opening degree of first valve and second valve.
9. water pumping gas production tubing string according to claim 8, it is characterised in that the water pumping gas production tubing string also includes：Gas-liquid
Separator, the gas-liquid separator is connected with second valve, for separating the gas-liquid mixed flowed out through second valve
Thing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720001919.1U CN206458334U (en) | 2017-01-03 | 2017-01-03 | Water pumping gas production tubing string |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720001919.1U CN206458334U (en) | 2017-01-03 | 2017-01-03 | Water pumping gas production tubing string |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206458334U true CN206458334U (en) | 2017-09-01 |
Family
ID=59698295
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720001919.1U Active CN206458334U (en) | 2017-01-03 | 2017-01-03 | Water pumping gas production tubing string |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206458334U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107387057A (en) * | 2017-09-08 | 2017-11-24 | 山东广贸石油技术服务有限公司 | Hydrops for oil/gas well stimulation steeps atomization method |
| CN110952963A (en) * | 2019-10-30 | 2020-04-03 | 中国石油化工股份有限公司 | Structure and method for producing tubular column with pressing-down gas lift |
| CN111878042A (en) * | 2020-08-24 | 2020-11-03 | 中国石油化工股份有限公司 | Shale gas horizontal well full life cycle drainage and gas production integrated pipe column and construction method |
| CN113958289A (en) * | 2020-07-20 | 2022-01-21 | 中国石油天然气股份有限公司 | Gas production equipment and drainage pipe column thereof |
-
2017
- 2017-01-03 CN CN201720001919.1U patent/CN206458334U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107387057A (en) * | 2017-09-08 | 2017-11-24 | 山东广贸石油技术服务有限公司 | Hydrops for oil/gas well stimulation steeps atomization method |
| CN110952963A (en) * | 2019-10-30 | 2020-04-03 | 中国石油化工股份有限公司 | Structure and method for producing tubular column with pressing-down gas lift |
| CN113958289A (en) * | 2020-07-20 | 2022-01-21 | 中国石油天然气股份有限公司 | Gas production equipment and drainage pipe column thereof |
| CN111878042A (en) * | 2020-08-24 | 2020-11-03 | 中国石油化工股份有限公司 | Shale gas horizontal well full life cycle drainage and gas production integrated pipe column and construction method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206458334U (en) | Water pumping gas production tubing string | |
| CN103104222B (en) | Ground peupendicular hole combines extraction coal bed gas method with concordant long drilled holes | |
| CN110644963B (en) | Method for exploiting hydrate based on multilateral well | |
| CN105003237A (en) | Apparatus and method for integrated processing of natural gas hydrate exploitation by geothermy and waste CO2 reinjection | |
| CN102392677A (en) | Permeability improvement technology for coal bed gas reservoir cap by using three-dimensional fracture network modification | |
| CN105239984A (en) | Method for controlling coal mine underground fracturing crack propagation | |
| CN104453806A (en) | Method for removing sandstone condensate gas reservoir water lock through nitrogen injection | |
| CN106930764B (en) | Multilayer sandstone-type uranium mineralization with respect separate zone production technique | |
| CN104963674B (en) | Hypotonic coal seam frozen-thawed cracking anti-reflection method | |
| CN106194105A (en) | Profile control method is thrown in blocking agent deep | |
| CN111946300A (en) | Same-well same-layer multi-lateral self-injection-production downhole fluid separation self-driving well and production method | |
| CN204941498U (en) | A kind of two electric submersible pump single-well injection-production integral tubular column | |
| CN109025940B (en) | CO for tight oil reservoir2Fracturing oil displacement integrated oil extraction method | |
| CN103470221B (en) | Method made by the connection that pump was taken out and examined to oil pipe under underbalance, no killing well gaslift, axle | |
| CN207093043U (en) | Tubing string is adopted in a kind of coal bed gas and compact sandstone gas underground altogether | |
| RU2485297C1 (en) | Development method of oil deposits by means of well interconnected through productive formation | |
| CN102304924B (en) | Non-resource-exploitation dewatering construction method and dewatering well | |
| CN204941490U (en) | A kind of note adopts one pressure cone downcomer rod structure | |
| RU2456426C1 (en) | Construction method of multibranch well | |
| RU2491418C1 (en) | Method to develop multizone oil reservoir | |
| RU105938U1 (en) | DEVICE FOR FLUID PUMPING INTO A WELL | |
| CN110005386B (en) | Geothermal resource same-well injection-production cyclic utilization method and device | |
| CN202139600U (en) | Non-resource exploitation type precipitation well | |
| RU2616016C9 (en) | Recovery method for solid carbonate reservoirs | |
| CN208534465U (en) | A kind of airlift unit for producing well |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |