CN103206194A - Offshore oil platform injecting and producing system - Google Patents
Offshore oil platform injecting and producing system Download PDFInfo
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- CN103206194A CN103206194A CN2013101207620A CN201310120762A CN103206194A CN 103206194 A CN103206194 A CN 103206194A CN 2013101207620 A CN2013101207620 A CN 2013101207620A CN 201310120762 A CN201310120762 A CN 201310120762A CN 103206194 A CN103206194 A CN 103206194A
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Abstract
The invention discloses an offshore oil platform injecting and producing system comprising a computer control module, a control cabinet module and an injecting and producing system device platform. The computer control module is used for processing and controlling information, the control cabinet module is connected with the computer control module and is used for transmitting information, and the injecting and producing system device platform receives information transmitted from the control cabinet module and is used for performing simulated experiment. The offshore oil platform injecting and producing system can be used for simulating offshore oil platform production systems, simulating different working conditions according to experiment requirements, setting up monitoring images for the device system, collecting needed operating data, and utilizing advanced control and optimized strategy to checkout optimized effects, so that the offshore oil platform injecting and producing system can be overall optimized; the problems that big deviation between a mathematically theoretical model and a practical production device and different real working condition affections cannot be simulated during the existing injecting and producing system optimizing processes are solved, so that device optimization cooperated with optimizing control experiment research can be facilitated; and besides, the offshore oil platform injecting and producing system is convenient to operate and has good application value.
Description
Technical field
The invention belongs to technical field of automatic control, relate in particular to a kind of offshore oil platform injection and extraction system experimental facilities.
Background technology
At present, energy shortage seriously restricts Chinese economic development, the development and use of offshore oil are the important means that solves China's energy crisis, offshore oil platform is the main device of offshore oil exploitation, oil extraction system and flood pattern are its main production systems, influence the output of oil, the a large amount of electric energy of injection and extraction system consumption simultaneously, yet because the injection and extraction system control technology falls behind, cause oil production rate to be restricted, there is serious waste in electric energy, and the platform injection and extraction system is optimized control, for improving oil production rate, energy-saving and emission-reduction, the integral body exploitation benefit that improves offshore oil has great importance, and the model to the optimization of injection and extraction system mainly contains Mathematical Modeling or the actual production device that theory analysis is set up now, and Mathematical Modeling exists than large deviation with actual device and can't the different operating modes of simulating reality influence; Actual production stage apparatus experimentation cost height, unsuitable repeated experiments, there is very big risk in the enforcement of optimal control method, and each platform differs greatly, test data and result lack universality, therefore press for and build a cover and annotate and adopt the dynamic simulator system experimental facilities, can simulate basic actual production operating mode, again can low-cost repeated experiments, gather desired data at this device, foundation control model is optimized injection and extraction system control scheme, testing model precision and optimization effect etc.
Summary of the invention
The purpose of the embodiment of the invention is to provide a kind of offshore oil platform injection and extraction system experimental facilities, be intended to solve in the existing injection and extraction system optimizing process, mathematical theory model and actual production device exist than large deviation, can't the different operating mode influences of simulating reality etc. problem, be convenient to carry out installation optimization cooperate optimization control experimental study.
The embodiment of the invention is achieved in that a kind of offshore oil platform injection and extraction system, and described offshore oil platform injection and extraction system comprises:
Notes are adopted the analogue means platform, are connected with described switch board module, accept the information that the switch board module transmits, and are used for the platform that carries out simulated experiment;
Computer control module is used for carrying out processing and the control of information;
The switch board module is connected with described computer module, is used for transmission of Information.
Further, described computer control module also comprises the computer that Advantys configuration software and KingView configuration software are installed;
The Advantys configuration software, be used for Advantys automation island is configured, after configuring, download on the Advantys island, communication modes and address are set, realize the communication of computer control module and automation separate network interface module, utilize the Advantys configuration software to read I/O register address and real-time I/O data value simultaneously;
The KingView configuration software is used for device is carried out configuration, sets up real-time monitored picture, can monitor the running status with the display unit each several part in real time, gathers and also preserves desired data, adds and uses control algolithm.
Further, described switch board module also comprises: I/O acquisition module, connecting terminal block, relay, frequency converter, voltage transmitter, current transducer, transformer, 24V power supply.
Further, described I/O acquisition module adopts Advantys distributed intelligent I/O system that Schneider company produces, Advantys automation island is followed successively by from left to right: Network Interface Module NIP2212, its built-in intelligence chip, can distribute the address for the I/O mouth automatically, carry memory module, be used for storing the configurator of downloading from host computer, can pass through network interface directly and the communication of control computer according to ICP/IP protocol; A slice power distribution module PDT3105 needs 24V power supply power supply, for fastener thereafter provides 5V power supply; Five analog current input module ACI1400; A slice substrate current expansion module CPS2111; A slice power distribution module PDT3105; Three analog current output module ACO0220; Four aanalogvoltage output module AVO1250; A slice power distribution module PDT3105; A slice digital quantity input module DDI3725; A slice digital quantity output module DDO3705.
Further, described relay adopts RU4S-D24, an end connects control circuit, an end connects the motor power supply circuits, plays the insulation blocking effect.
Further, described notes are adopted the analogue means platform and are also comprised:
Water injection module is used for the supply flume water filling;
Production module is used for simulating oil-recovery operations.
Further, described water injection module comprises: supply flume, centrifugal pump, water head tank.
Further, production module comprises: pit shaft, oil pumping centrifugal pump, electric control valve, manually-operated gate, instrumentation, connecting line.
Description of drawings
Fig. 1 is the structure chart of the offshore oil platform injection and extraction system that provides of the embodiment of the invention;
Fig. 2 is the structure chart that notes that the embodiment of the invention provides are adopted the analogue means platform;
Fig. 3 is the overall monitored picture of setting up in the KingView that provides of the embodiment of the invention of device;
Fig. 4 is the experiment control test pictures of setting up in the KingView that provides of the embodiment of the invention;
Fig. 5 is the flow that provides of the embodiment of the invention and the matched curve of lift.
The specific embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the present invention, and be not used in restriction the present invention.
As shown in Figure 1, the present invention's offshore oil platform injection and extraction system of surfing the Net is mainly adopted analogue means platform 3 by computer control module 1, switch board module 2 and notes and is formed;
(1) computer control module 1: the commercial desktop computer Vostro of the medium-sized and small enterprises family computer 11 that computer control module 1 is produced for DELL company, and computer uses XP operating system; Advantys configuration software and KingView configuration software are installed on computers; The Advantys configuration software is used for Advantys automation island is configured, and after configuring, downloads on the Advantys island; Communication modes and address are set, realize the communication of computer controlling center and automation separate network interface module; Simultaneously can utilize the Advantys configuration software to read I/O register address and real-time I/O data value; The KingView configuration software is used for device is carried out configuration, sets up real-time monitored picture; Can monitor the running status with the display unit each several part in real time, gather and also preserve desired data, add and use control algolithm etc.
(2) the switch board module 2: the switch board module mainly comprises I/O acquisition module 21, connecting terminal block 22, relay 23, frequency converter 24, voltage transmitter 27, current transducer 28, transformer 25,24V power supply 26 for 2 li.
Advantys distributed intelligent I/O system that I/O acquisition module 21 adopts Schneider company to produce, it has compatible widely, support fieldbus and the Ethernet of current main-stream. the Advantys automation island of designing for this device is followed successively by from left to right: Network Interface Module NIP2212, its built-in intelligence chip, can distribute the address for the I/O mouth automatically, it also carries memory module, be used for storing the configurator of downloading from host computer, can pass through network interface directly and the communication of control computer according to ICP/IP protocol; A slice power distribution module PDT3105 needs 24V power supply power supply, for fastener thereafter provides 5V power supply; Five analog current input module ACI1400; A slice substrate current expansion module CPS2111; A slice power distribution module PDT3105; Three analog current output module ACO0220; Four aanalogvoltage output module AVO1250; A slice power distribution module PDT3105; A slice digital quantity input module DDI3725; A slice digital quantity output module DDO3705.Their substrate is installed on the guide rail successively, and integrated circuit board is inserted on the corresponding substrate successively, constitutes Advantys automation island, is fixed in the switch board; I/O intermediate terminal row is used for connecting I/O acquisition module and miscellaneous equipment, and same bars circuit is with identical terminal number mark, and the circuit that intermediate terminal is arranged complexity has carried out combing and simplification; Relay 23 adopts RU4S-D24, and an end connects control circuit, and an end connects the motor power supply circuits, plays the insulation blocking effect, and totally eight, insert the power supply circuits of eight motors respectively, control its start and stop of cut-offfing to control motor; The ATV32H055M2 Small Universal frequency converter that frequency converter 24 adopts Schneider company to produce, output frequency by control frequency conversion 24, and then the dragging motor rotating speed on the centrifugal pump controlled, thereby can control centrifugal pump delivery and lift, totally eight in frequency converter 24, every frequency converter 24 is controlled a motor separately, change electric voltage frequency by frequency converter 24, thus the operating mode of control pump, traditional relatively control valve control, can save a large amount of electric energy, also be conducive to realize automatic control; Voltage transmitter 27 and current transducer 28 are used for measuring output voltage and the electric current of every frequency converter 24, and then can be in the hope of the electric energy of every pump consumption.Transformer divide 25 for 380V to 220V transformer and 220V to two kinds in 24V transformer, this installs outside 380V Alternating Current Power Supply, but this installs a lot of equipment and need 220V and 24V power supply, need be transformed into 220V and 24V with transformer; 24V power supply 26 is converted into the 24V direct current with the 220V alternating current, is power supplies such as I/O acquisition module 21 and various frequency converter 24.
(3) notes are adopted analogue means platform 3: notes are adopted analogue means platform 3 and mainly are divided into water injection module and production module two parts, specifically comprise: electric control valve 31, water head tank 32; Oil extraction pump 33, supply flume 34, pit shaft 35, water injecting pump 36;
1. water injection module: water injection module mainly is made of supply flume 34, centrifugal pump, water head tank 32, manually-operated gate, instrumentation, connecting line, water injecting pump 36,
Supply flume 13 is the cylindrical cylinder of steel of bottom surface evagination on, is fixed on the bottom substrate with screw, stores water, and for water injecting pump 15 supplies water, the top taps into water lines, and the bottom picks out water lines; Top at jar is provided with communicating valve, and communicating valve is opened, and makes jar interior and jar outer a connection, and maintenance jar internal gas pressure is stable; One of jar is surveyed the transparent liquid pipe that shows is installed, and is communicated with jar, shows the interior liquid level of jar, on the top of jar capacitance type liquid level transmitter L2 is installed, and is used for detecting a jar interior liquid level, and liquid level signal is sent into the control computer, can show level value;
Totally three of clean water injet centrifugal pumps, two 32GDLF4-20 and a 32GDLF4-30, three parallels connection of pumps are installed on the bottom substrate, the water inlet of pump links to each other with supply flume 34 by steel pipe, connecting setting pressure transmitter P1 on the main pipe rail, detect the inlet water pressure of water injecting pump 36, be separately installed with manual modulation valve S2, a S3, S4 at every pump water inlet mouth pipeline; Turbine type flow transmitter F1, F2, the F3 of mounting strap strainer respectively on every delivery side of pump pipeline, be used for detecting the discharge water flow of every pump, also have manual modulation valve S5, S6, S7 and single-phase non retern valve N1, N2, N3 on the pipeline, single-phase non retern valve is used for anti-sealing adverse current.Article three, pipeline is aggregated into a main pipe rail, and main pipe rail is connected with the bottom of upper tank, and setting pressure transmitter P14 and eddy current type flow transmitter F4 detect pressure and the flow of house steward's current respectively on house steward;
Upper tank is the cylindrical cylinder of steel of bottom surface evagination on, is fixed on the top substrate layer, and the pipeline in bottom is connected with the supply-water pump outlet header, and water from then on pipeline flows into, and another root pipeline is that water flows out pipeline, is connected with production module through manual modulation valve S11; One of jar is surveyed the transparent liquid pipe that shows is installed, and is communicated with jar, shows a jar interior liquid level; Capacitance type liquid level transmitter L1 is installed on the top of jar; be used for detecting a jar interior liquid level; water head tank 32 is closed containers, and the top is communicated with when needle-valve normally moves to be closed, and sprains and presses to keep water injection pressure; top at jar is provided with safety valve; safety valve is connected with supply flume 34, prevents that jar internal pressure is too high, shields.
2. production module: five mouthfuls of producing wells of production module simulation, every pumpingh well removes oil well pump model difference (25CDLF2-40 to some extent, two 25CDLF2-30, two 25CDLF2-20), other parts are basic identical, producing well is mainly by pit shaft 35, oil pumping centrifugal pump, electric control valve 31, manually-operated gate, formations such as instrumentation, connecting line;
Oil well pump is 25CDLF2-XX series centrifugal pump, be fixed on the bottom substrate, the arrival end of pump links to each other with the pit shaft oil pipe, extraction enters the liquid of well 35, the delivery side of pump pipeline at first is connected with electric control valve D2 through non retern valve N4, but the aperture simulated oil mouth diameter variation of control electric control valve 31, non retern valve can prevent that liquid from refluxing, the liquid of five mouthfuls of producing well extraction finally is aggregated into main oil pipe, pressure transmitter P13 detected pressures on the main oil pipe, flow transmitter F10 detects flow, and electric control valve D1 also is installed on the main oil pipe, can be used for regulating wellhead back pressure etc., main oil pipe is connected with water supply 34 through manual modulation valve.
As shown in Figure 2, the online offshore oil platform that provides of the embodiment of the invention is annotated the overall work process of adopting dynamic analog device:
The present invention mainly comprises computer control module 1, switch board module 2, notes are adopted analogue means platform 3 three parts, computer control module 1 is the commercial desktop computer Vostro of the medium-sized and small enterprises family computer 11 that a DELL company produces, Advantys configuration software and KingView configuration software are housed on the computer, he is information processing and the control centre of whole device, computer control module 1 Advantys automation island direct by netting twine and in the switch board module 2 is connected, the Advantys configuration software is used for Advantys automation island is configured, be used for the information interaction between control computer and the Advantys automation island simultaneously, the signal of each transmitter collection is gathered mould 21Advantys automation island through I/O and is uploaded to computer control module 1, the control signal that control centre sends reaches each actuator under I/O acquisition module 21Advantys automation island, switch board module 2 is connected with computer control module 1 on the one hand, adopting analogue means platform 3 with notes on the other hand is connected, it is the hinge of signal transmission and control, it mainly comprises I/O acquisition module 21, connecting terminal block 22, relay 23, frequency converter 24, voltage transmitter 27, current transducer 28, transformer 25,24V power supply 26; The physical signalling of each transmitter collection is converted into the voltage of standard, current signal, be connected via wires to the connecting terminal block 22 of switch board, receive I/O acquisition module 21 then, pass to computer control module 1 at last, the control signal that computer control module 1 spreads out of, through I/O acquisition module 21, arrive each actuator through connecting terminal block 22 then, the device electric power system is by transformer 25,24V power supply 26, relay 23, frequency converter 24 compositions such as grade, be installed on the bottom of switch board, the outside provides 380V alternating current for system, the 380V alternating current is converted into the 220V alternating current through 380V～220V transformer 25,24V power supply 26 is converted into the 24V direct current to the 220V alternating current, is the equipment needed thereby power supply.The control computer to the control signal of motor through I/O module 21 after control relay 23 cut-off frequency with frequency converter 24, and then realization is to the control of motor;
(2) Advantys automation island and control being connected and configuration of computer: press the controller power source switch on the switch board, open control computer 11, use netting twine that Network Interface Module NIP2212 is connected with control computer 11, the IP address of revising computer makes it and Network Interface Module NIP2212 be in same segment number, open the Advantys configuration software, order according to each module in the actual Advantys automation island, in software, set up same island, connected mode is arranged, select ICP/IP protocol, the IP address 84.30.21.19 of the MAC Address correspondence of device address input NIP2212, realize software and Advantys automation island communication then, Advantys automation island is configured compiling, after configuration is correct, downloads in the chip on Advantys automation island, configurator can be stored in the chip on Advantys automation island, configuration for the online numerical value that writes, is set at the TEST pattern with working method after need not to power at every turn.Utilize the Advantys configuration software can carry out other setting according to demand to the I/O fastener;
(3) set up an engineering at the KingView configuration software: in KingView, set up an engineering: marine injection and extraction system, enter this project then, be configured and design,
1. equipment connects configuration: selection equipment in the menu bar of this project, and newly-built I/O equipment selects PLC in the device drives then, the Mo Dikang of producer, device name: Modbus (Ethernet), TCP is described in communication, the apparatus logic title: new I/O equipment, equipment connects serial ports and selects COM port or COM device or COM1, the device address is 84.30.21.194, attempts 30s recovery time, and the longest recovery is 24h at interval, confirm then to dispose to finish, can realize the communication on KingView software and I/O acquisition module Advantys automation island;
2. variable-definition: in the engineering catalogue, select database, in the data dictionary of its inside, required variable is reasonably defined;
3. set up monitored picture: as shown in Figure 4 and Figure 5, overall monitoring image and experiment control test pictures: the practical structures according to device is set up overall monitoring image, add the corresponding text box that shows for each transmitter, the variable of text box and required demonstration is connected, after system's operation, the value that can show variable in real time is convenient to monitoring.According to the demand of optimizing algorithm, determine the data of required collection, set up suitable control test pictures, this device can self-regulating variable be the frequency of supply of motor, Electric Machine Control adopts PID control, selects the PID controller in the control fastener, then its parameter is set.Select flow as controlled volume, given its setting value, electric machine frequency is independent variable, according to the output of PID controller, constantly regulates its value, finally makes flow reach setting value.Design startup/stop button is used for cut-offfing of control relay, and page switching push button is used for the switching between the different pictures, and the lower right-most portion of picture is display field, and the variable that needs are monitored shows herein.Bottom left section is SQL tables of data part of data acquisition, after system's operation, clicks connection SQL table, can be connected to the SQL table of establishment, clicks and creates the SQL table that the form button can be created new form.A record is inserted in click, can insert one group of numerical value of storage automatically, clicks the data that query note can be inquired about collection, clicks to disconnect SQL, will disconnect and being connected that SQL shows, and page switching push button is used for the switching between the different pages;
4. the adding of control algolithm: the application command language in the engineering catalogue in the select command language, inside writing station control program and optimization algorithm routine etc.;
5. the foundation of database: set up required form template and record body in the SQL access manager in the engineering catalogue.In the control computer, set up the Access table, enter the odbc data source manager, add the driver Microsoft Access Driver (* .mdb) of SQL database, the data of collection are deposited in the Access table.
Among Fig. 3: A: safety valve; C1～C5: oil extraction pump; D1～D6: electric control valve; F1-F10: flow transmitter; G: supply flume; H: water head tank; J1～J5: pit shaft; L1～L2: fluid level transmitter; N1～N8: single-phase non retern valve; P1～P13: pressure transmitter; S1～S33: manual modulation valve; T1～T2: be communicated with needle-valve; Y1～Y2: show the liquid pipe; Z1～Z3: water injecting pump.
The main experiment that can carry out on this device:
1, separate unit water injecting pump performance working condition measurement: by the inlet water pressure that measures water injecting pump, the value that exports variablees such as water pressure, flow, input voltage, input current, rotating speed, can obtain relation curves such as different rotating speeds down-off and lift, flow and efficient, flow and power consumption.
2, many water injecting pump parallel running working condition measurements: at first can test the relation between each delivery side of pump hydraulic pressure and the total header hydraulic pressure, under the situation of given required pressure of supply water and flow, can also regulate the switch of every pump and the energy saving optimizing purpose that frequency reaches water supply unit consumption minimum by adding algorithm.
3, single port producing well test: the rotating speed by hydraulic pressure, well head discharge pressure, flow, pump at the bottom of the testing well, the aperture of electric control valve, main oil pipe pressure etc., the relational expression of factors such as well yield and flowing bottomhole pressure (FBHP), wellhead back pressure, oil extraction pump rotating speed, oil nozzle diameter can be obtained, the control test can also be optimized to the unit oil production energy consumption of oil extraction pump.
4, the whole operating mode of many mouthfuls of producing well parallel runnings: wellhead back pressure is to need strict control in actual production, and this system can test match and obtain relation between wellhead back pressure and each the well operation condition, thereby reaches the purpose that wellhead back pressure is controlled.
5, water injecting pump, the experiment of a bite producing well loop test by regulating the switch of manually-operated gate, can make current flow by the pipeline of design.Can be optimized test to single loop system according to the balanced flood principle.
6, the integrated optimization experiment of injection and extraction system: this is the main experiential function of this device, water injection module and production module influence each other, production module is primary module, the target of optimizing is to improve output, reduces unit production fluid amount energy consumption, and water injection module is from module, water injection rate and water injection pressure are determined by the demand of production module, the optimization aim of water injection module is to annotate to adopt coupling, improves the whole efficiency of water injecting pump simultaneously as far as possible, cuts down the consumption of energy.Utilize the whole operating mode relation of separate unit water injecting pump performance curve, water injection module that obtains previously, the variable relation formula of single port producing well, the whole relation function of production module, can derive the whole relation formula of injection and extraction system, optimize algorithm by adding, can realize the optimization purpose of expecting.
The simulated experiment that this device has carried out and experimental result thereof: the test experiments of separate unit water injecting pump flow and lift relation, starting drive system at first, open monitored picture, open first water injecting pump, change the different setting value of flow, can obtain inlet pressure and the outlet pressure value of one group of correspondence, and then can try to achieve the lift value, use the fitting function among the MATLAB, can simulate the flow of pump and the relational expression between the lift.
The above only is preferred embodiment of the present invention, not in order to limiting the present invention, all any modifications of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. an offshore oil platform injection and extraction system is characterized in that, described offshore oil platform injection and extraction system comprises:
Computer control module is used for carrying out processing and the control of information;
The switch board module is connected with described computer module, is used for transmission of Information;
Notes are adopted the analogue means platform, are connected with described switch board module, accept the information that the switch board module transmits, and are used for the platform that carries out simulated experiment.
2. offshore oil platform injection and extraction system as claimed in claim 1 is characterized in that, described computer control module also comprises the computer that Advantys configuration software and KingView configuration software are installed;
The Advantys configuration software, be used for Advantys automation island is configured, after configuring, download on the Advantys island, communication modes and address are set, realize the communication of computer control module and automation separate network interface module, utilize the Advantys configuration software to read I/O register address and real-time I/O data value simultaneously;
The KingView configuration software is used for device is carried out configuration, sets up real-time monitored picture, can monitor the running status with the display unit each several part in real time, gathers and also preserves desired data, adds and uses control algolithm.
3. offshore oil platform injection and extraction system as claimed in claim 1 is characterized in that, described switch board module also comprises: I/O acquisition module, connecting terminal block, relay, frequency converter, voltage transmitter, current transducer, transformer, 24V power supply.
4. offshore oil platform injection and extraction system as claimed in claim 3, it is characterized in that, Advantys distributed intelligent I/O system that described I/O acquisition module adopts Schneider company to produce, Advantys automation island is followed successively by from left to right: Network Interface Module NIP2212, its built-in intelligence chip, can distribute the address for the I/O mouth automatically, carry memory module, be used for storing the configurator of downloading from host computer, can pass through network interface directly and the communication of control computer according to ICP/IP protocol; A slice power distribution module PDT3105 needs 24V power supply power supply, for fastener thereafter provides 5V power supply; Five analog current input module ACI1400; A slice substrate current expansion module CPS2111; A slice power distribution module PDT3105; Three analog current output module ACO0220; Four aanalogvoltage output module AVO1250; A slice power distribution module PDT3105; A slice digital quantity input module DDI3725; A slice digital quantity output module DDO3705.
5. offshore oil platform injection and extraction system as claimed in claim 3 is characterized in that, described relay adopts RU4S-D24, and an end connects control circuit, and an end connects the motor power supply circuits, plays the insulation blocking effect.
6. offshore oil platform injection and extraction system as claimed in claim 1 is characterized in that, described notes are adopted the analogue means platform and also comprised:
Water injection module is used for the supply flume water filling;
Production module is used for simulating oil-recovery operations.
7. offshore oil platform injection and extraction system as claimed in claim 6 is characterized in that, described water injection module comprises: supply flume, centrifugal pump, water head tank.
8. offshore oil platform injection and extraction system as claimed in claim 6 is characterized in that, described production module comprises: pit shaft, oil pumping centrifugal pump, electric control valve, manually-operated gate, instrumentation, connecting line.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103412483A (en) * | 2013-07-31 | 2013-11-27 | 中国石油大学(华东) | Model-free gradient optimization control method for offshore platform injection and production and simulating device for offshore platform injection and production |
| CN109469465A (en) * | 2018-11-14 | 2019-03-15 | 中国石油天然气股份有限公司大港油田分公司 | Processing method, device and the storage medium of water injection well parameter |
| CN113565477A (en) * | 2021-07-21 | 2021-10-29 | 江苏淮盐矿业有限公司 | Bittern extracting process by pipeline pump |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101050697A (en) * | 2007-04-06 | 2007-10-10 | 中国科学院广州能源研究所 | One dimension production analogue test device for natural gas hydrate |
| CN101369142A (en) * | 2008-10-10 | 2009-02-18 | 上海电力学院 | Remote I/O data acquisition system and method based on embedded type platform |
| CN101666223A (en) * | 2009-09-15 | 2010-03-10 | 河南华盛能源工程有限公司 | Intelligent drainage and mining method of coalbed methane well and intelligent drainage and mining equipment of coalbed methane well immersed pump |
| CN101866145A (en) * | 2010-06-04 | 2010-10-20 | 海安县石油科研仪器有限公司 | Intelligent well simulation experiment device |
| CN102022112A (en) * | 2010-11-04 | 2011-04-20 | 中国石油大学(华东) | Intelligent oil well simulation experiment system and working method |
| US20120265324A1 (en) * | 2009-09-09 | 2012-10-18 | Schneider Electric Automation Gmbh | Method for configuration soa-based automation devices and for developing an orchestration machine, production method and production system in service-oriented architecture having embedded service orchestration engine |
| CN102804699A (en) * | 2009-12-31 | 2012-11-28 | 施耐德电器工业公司 | Method and system for implementing redundant network interface modules in a distributed I/O system |
-
2013
- 2013-04-02 CN CN2013101207620A patent/CN103206194A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101050697A (en) * | 2007-04-06 | 2007-10-10 | 中国科学院广州能源研究所 | One dimension production analogue test device for natural gas hydrate |
| CN101369142A (en) * | 2008-10-10 | 2009-02-18 | 上海电力学院 | Remote I/O data acquisition system and method based on embedded type platform |
| US20120265324A1 (en) * | 2009-09-09 | 2012-10-18 | Schneider Electric Automation Gmbh | Method for configuration soa-based automation devices and for developing an orchestration machine, production method and production system in service-oriented architecture having embedded service orchestration engine |
| CN101666223A (en) * | 2009-09-15 | 2010-03-10 | 河南华盛能源工程有限公司 | Intelligent drainage and mining method of coalbed methane well and intelligent drainage and mining equipment of coalbed methane well immersed pump |
| CN102804699A (en) * | 2009-12-31 | 2012-11-28 | 施耐德电器工业公司 | Method and system for implementing redundant network interface modules in a distributed I/O system |
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Application publication date: 20130717 |