CN202017885U - Crude oil long-distance transportation simulation system for oil and gas storage and transportation - Google Patents
Crude oil long-distance transportation simulation system for oil and gas storage and transportation Download PDFInfo
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- CN202017885U CN202017885U CN2011200959956U CN201120095995U CN202017885U CN 202017885 U CN202017885 U CN 202017885U CN 2011200959956 U CN2011200959956 U CN 2011200959956U CN 201120095995 U CN201120095995 U CN 201120095995U CN 202017885 U CN202017885 U CN 202017885U
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Abstract
The utility model discloses a crude oil long-distance transportation simulation system for oil and gas storage and transportation, which includes a sand table, a touch screen and a process plate; oil and gas storage and transportation equipment and pipelines for connecting the storage and transportation equipment are arranged on the sand table; control valves and LED lamp belts are arranged in inlet and outlet pipelines of the storage and transportation equipment; a PLC is arranged below the sand table, the input of the PLC is connected with the control valves, and the output of the PLC is connected with the LED lamp belts; the PLC is further connected with a computer in the touch screen; and the computer is connected with the process plate. The storage and transportation equipment is distributed in an initial station, a pump-to-pump transportation intermediate station, a tank-to-tank transportation intermediate station and an oil transportation last station. By adopting the sand table, animation and other forms, the simulation system directly, vividly and realistically simulates the process flow of crude oil long-distance transportation, and whether students operate on the sand table appropriately can also be dynamically and interactively shown on the process plate in real time, so that students can experience personally, the training effect is improved, and the training cost is reduced.
Description
Technical field
The utility model relates to the long defeated analog system of a kind of oil gas accumulating crude oil.
Background technique
The oil gas accumulating is connecting the inner product of petroleum industry, fortune, each link of pin, its general character to practitioner's knowledge and skills requires more and more, adaptive requirement is also more and more strong, slight error of operator or careless, might cause serious Accident due to quality or security incident, for the country and people brings great loss, therefore oil gas accumulating practitioner's knowledge training on duty and professional skill training just seem very important, but because nearly all oil gas accumulating is on-the-spot and facility all is distributed in the field, the training scene of being put into can not be carried out, if only rely on conventional classroom teaching or laboratory operation, owing to lack lifelike image, lively supplementary means and mode directly perceived, be absorbed in simple uninteresting difficult situation unavoidably, training is difficult to get a desired effect.
The long defeated analog system of present oil gas accumulating crude oil all can only be come the long defeated technological process of emulation crude oil by interface operation, facility on the sand table is fixing uncontrollable, the for example adjusting of valve, can only on operation interface, select " opening " or " closing " valve, the student can not take action on one's own to regulate the valve on the sand table, teaching, training lacks the necessary sense of reality, furthermore, because the facility on the sand table cannot be regulated, simulated program is the actual effect of mirror operation dynamically just also, and training is difficult to realize the purpose envisioned equally.
The model utility content
The purpose of this utility model is: the deficiency that overcomes the long defeated analog system of existing oil gas accumulating crude oil, provide a kind of novel oil gas accumulating crude oil long defeated analog system, this system adopts forms such as sand table and animation, intuitively, vividly, the long defeated technological process of Simulation of Crude Oil realistically, allow the student have sensation on the spot in person, the enhancement training effect reduces training cost.
The purpose of this utility model is achieved through the following technical solutions: the long defeated analog system of oil gas accumulating crude oil, it comprises sand table, touch screen and flow process plate, the pipeline that sand table is provided with the oil gas warehousing and transportation facilities and connects warehousing and transportation facilities, be provided with control valve and LED lamp band in the import and export pipeline of warehousing and transportation facilities, sand table has the PLC controller, the input of PLC controller is connected with control valve, the output of PLC controller is connected with LED lamp band, simultaneously the interior computer of PLC controller and touch screen is connected, and computer is connected with the flow process plate; Described warehousing and transportation facilities is distributed in initial station, solid midship, jar to jar conveying midship and the oil pipeline terminal by function, wherein is provided with at least one oven, at least one centrifugal pump, pig recenver, pig launcher, at least one crude oil storage tank, at least four filters and at least four orifice meters in the initial station; Be provided with at least one oven, at least one centrifugal pump, pig recenver, pig launcher, crude oil storage tank and filter in the solid midship; Be provided with at least one oven, at least one centrifugal pump, pig recenver, pig launcher, crude oil storage tank and at least one filter in jar to the jar conveying midship; Be provided with at least one oven, at least one centrifugal pump, pig recenver, at least one crude oil storage tank and at least one filter in the Crude Oil Transportation terminal.
Oven described in the utility model is a horizontal heater.
Flow process plate described in the utility model is a liquid crystal display.
Working procedure of the present utility model is as follows:
(1) be provided with a sand table that is used for the long defeated technological process of Simulation of Crude Oil, be used to gather sand table upper pipeline state the PLC controller, be used for the PLC controller is implemented the touch screen of control and showed the flow process plate of simulate effect, sand table is provided with some warehousing and transportation facilities, couple together with pipeline between the warehousing and transportation facilities, in the import and export pipeline of each warehousing and transportation facilities, be respectively arranged with control valve and LED lamp band, the PLC controller is imported and exported the LED lamp band flow direction in the pipeline by acquisition controlling valve state and the control of warehousing and transportation facilities running state, imports and exports the flow direction of liquid in the pipeline with simulation;
(2) the long defeated simulated program of crude oil of operation on the touch screen, operator open or close one or more control valves of simulating on the sand table according to the indication of simulated program, the variation of the real-time collection tube line state of simulated program, the variation conversion process flow process according to the pipeline state also is presented in the form of operational process with animation on the flow process plate in real time simultaneously.
Simulation of Crude Oil is grown defeated technological process to forms such as the utility model employing sand table and animation intuitively, vividly, realistically, the student the operation of being done on the sand table whether appropriately also can be dynamically, in real time and interactively be illustrated on the flow process plate, allow the student have sensation on the spot in person, improve result of training, reduced training cost.
Description of drawings
Fig. 1 is a structured flowchart of the present utility model
Fig. 2 is an initial station of the present utility model structural representation
Fig. 3 is that pump of the present utility model is to this conveying midship structural representation
Fig. 4 is jar to a jar conveying midship structural representation of the present utility model
Fig. 5 is an oil pipeline terminal structural representation of the present utility model
Fig. 6 is an initial station forward transportation flow chart
Fig. 7 is for coming oil to a jar flow chart
Fig. 8 is circulation process figure in the station, initial station
Fig. 9 pours in down a chimney flow chart for the initial station
Figure 10 is a midship closed conveying forward transportation flow chart
Figure 11 is the full overreach flow chart of midship closed conveying
Figure 12 is a midship closed conveying heating power overreach flow chart
Figure 13 connects oil tank forward transportation flow chart for midship is other
Figure 14 connects the full overreach flow chart of oil tank for midship is other
Figure 15 connects tank pressure overreach flow chart for midship is other
Figure 16 is a terminal forward transportation flow chart
Figure 17 is terminal intertank transfer process figure
Figure 18 receives oily flow chart for terminal
Among the figure, 1-oven, 2-centrifugal pump, 3-pig recenver, 4-pig launcher, 5-crude oil storage tank, 6-filter, 7-orifice meter.
Embodiment
Further describe the technical solution of the utility model below in conjunction with accompanying drawing:
As shown in Figure 1, the long defeated analog system of oil gas accumulating crude oil, it comprises sand table, touch screen and flow process plate, and sand table has the PLC controller, and the PLC controller is connected with the computer of sand table with touch screen inside respectively, and computer is connected with outside flow process plate.
The pipeline that sand table is provided with the oil gas warehousing and transportation facilities and connects warehousing and transportation facilities is provided with control valve in the import and export pipeline of warehousing and transportation facilities, and the valve group is connected with the PLC controller.
The pipeline that sand table is provided with the oil gas warehousing and transportation facilities and connects warehousing and transportation facilities is provided with control valve in the import and export pipeline of warehousing and transportation facilities, and warehousing and transportation facilities is distributed in initial station, solid midship, jar to jar conveying midship and the oil pipeline terminal by function.
As shown in Figure 2, be provided with two oven 1, two centrifugal pumps 2, a cover pig recenver 3, a cover pig launcher 4, three crude oil storage tanks 5, seven filters 6 and seven orifice meters 7 in the initial station.
As shown in Figure 3, be provided with two oven 1, three centrifugal pumps 2, a cover pig recenver 3, a cover pig launcher 4, a crude oil storage tank 5 and a filter 6 in the solid midship.
As shown in Figure 4, be provided with two oven 1, three centrifugal pumps 2, a cover pig recenver 3, a cover pig launcher 4, crude oil storage tank 5 and three filters 6 in jar to the jar conveying midship.
As shown in Figure 5, be provided with two oven 1, two centrifugal pumps 2, a cover pig recenver 3, four crude oil storage tanks 5 and two filters 6 in the Crude Oil Transportation terminal.
Wherein oven is used to heat the crude oil that needs are carried; Centrifugal pump is used for pressurized delivered crude oil; Filter is used for filtering the granule foreign of crude oil; Orifice meter is used to measure oil flow; The spherical pig receiving barrel is used to receive the wiper that the station is come; Spherical pig sends tube and is used for wiper is sent to the station, downstream; When crude oil storage tank comes oil to exceed our station conveying capacity or generation emergency episode at last station, be used for storing last station and come oil temporarily.
The working procedure of the long defeated analog system of oil gas accumulating crude oil is as follows:
(1) be provided with a sand table that is used for the long defeated technological process of Simulation of Crude Oil, be used to gather sand table upper pipeline state the PLC controller, be used for the PLC controller is implemented the touch screen of control and showed the flow process plate of simulate effect, sand table is provided with some warehousing and transportation facilities, couple together with pipeline between the warehousing and transportation facilities, in the import and export pipeline of each warehousing and transportation facilities, be respectively arranged with control valve and LED lamp band, the PLC controller flows to by lamp band in acquisition controlling valve state and the warehousing and transportation facilities running state controlling plumbing fixtures, imports and exports the flow direction of liquid in the pipeline with simulation;
(2) the long defeated simulated program of crude oil of operation on the touch screen, operator open or close one or more control valves of simulating on the sand table according to the indication of simulated program, the variation of the real-time collection tube line state of simulated program, the variation conversion process flow process according to the pipeline state also is presented in the form of operational process with animation on the flow process plate in real time simultaneously.
Simulated program comprises flow process demonstration, flow operations step, wherein, the flow process demonstration comprises initial station flow process, midship tight line process, midship pipeline pipe and terminal flow process substep, and described flow operations comprises initial station flow process, midship tight line process, midship pipeline pipe and terminal flow process substep equally.The difference of flow process demonstration and flow operations is that the flow process demonstration can only demonstrate technological process, is not subjected to foreign intervention in the presentation process, is unidirectional, and flow operations according to the actual conditions displaying manufacturing process of operation, is interactively then.
The initial station flow process comprise initial station forward transportation, initial station reverse pumping, initial station come oil to jar, the long defeated flow process of crude oil such as is poured in down a chimney in circulation and initial station in the station, initial station, wherein as Fig. 6, the specific operation step of forward transportation flow process is as follows at first stop:
(1) opens the initial station outlet valve;
(2) open the outlet valve that two stations export orifice meters 7;
(3) open the inlet valve that two stations export orifice meters 7;
(4) open the outlet valve of two centrifugal pumps 2;
(5) open the inlet valve of two centrifugal pumps 2;
(6) open two outlet valves of two oven 1;
(7) open four inlet valves of two oven 1;
(8) open two valve chamber flow direction control valves between oven 1 and the station inlet hole plate flowmeter 7;
(9) open the outlet valve of station inlet hole plate flowmeter 7;
(10) open the inlet valve of station inlet hole plate flowmeter 7;
(11) open the initial station inlet valve;
(12) open two centrifugal pumps 2;
(13) open two oven 1.
As Fig. 7, come oil as follows to the specific operation step of jar flow process:
(1) opens the inlet valve of two storage tanks;
(2) open two valve chamber flow direction control valves between storage tank and the station outlet orifice meter 7;
(3) open the outlet valve that two stations export orifice meters 7;
(4) open the inlet valve that two stations export orifice meters 7;
(5) open the initial station inlet valve.
As Fig. 8, the specific operation step of circulation process is as follows in the station, initial station:
(1) opens the inlet valve of a storage tank;
(2) open corresponding valve chamber flow direction control valve;
(3) open the outlet valve that two stations export orifice meters 7;
(4) open the inlet valve that two stations export orifice meters 7;
(5) open the overreach valve of standing between outlet orifice meter 7 and the station inlet hole plate flowmeter;
(6) open the outlet valve of two station inlet hole plate flowmeters 7;
(7) open the inlet valve of two station inlet hole plate flowmeters 7;
(8) open the pump discharge valve;
(9) open the outlet valve of two centrifugal pumps 2;
(10) open the inlet valve of two centrifugal pumps 2;
(11) open two outlet valves of two oven 1;
(12) open two inlet valves of two oven 1;
(13) open corresponding valve chamber flow direction control valve between oven 1 and the station inlet hole plate flowmeter 7;
(14) open the outlet valve of another storage tank;
(15) open two centrifugal pumps 2;
(16) open two oven 1.
As Fig. 9, the specific operation step that flow process is poured in down a chimney in the initial station is as follows:
(1) opens the inlet valve of a storage tank;
(2) open corresponding valve chamber flow direction control valve;
(3) open the pump discharge valve;
(4) open the outlet valve of two centrifugal pumps 2;
(5) open the inlet valve of two centrifugal pumps 2;
(6) open the outlet valve of two oven 1;
(7) open the inlet valve of two oven 1;
(8) open corresponding valve chamber flow direction control valve;
(9) open the outlet valve of another storage tank;
(10) open two centrifugal pumps 2;
(11) open two oven 1.
The midship tight line process comprises in the forward transportation of midship closed conveying, the reverse pumping of midship closed conveying, the full the Vietnam War of midship closed conveying, midship closed conveying heating power overreach, midship closed conveying pressure overreach and the midship closed conveying station the long defeated flow processs of crude oil such as circulation, wherein as Figure 10, the specific operation step of midship closed conveying forward transportation flow process is as follows:
(1) opens middle airtight station outlet valve;
(2) open the corresponding valve chamber flow direction control valve and the outlet main valve of centrifugal pump 2;
(3) open the inlet valve and the outlet valve of three centrifugal pumps 2;
(4) open two outlet valves of two oven 1;
(5) open four inlet valves of two oven 1;
(6) open corresponding pressure regulator valve outlet valve;
(7) open corresponding pressure regulator valve;
(8) open corresponding pressure regulator valve inlet valve;
(9) open oven 1 inlet main valve;
(10) open middle airtight station inlet valve;
(11) open three centrifugal pumps 2;
(12) open two oven 1.
As Figure 11, the specific operation step of the full overreach flow process of midship closed conveying is as follows:
(1) opens middle airtight station outlet valve;
(2) open corresponding pressure regulator valve outlet valve;
(3) open corresponding pressure regulator valve;
(4) open corresponding pressure regulator valve inlet valve;
(5) open middle airtight station inlet valve.
As Figure 12, the specific operation step of midship closed conveying heating power overreach flow process is as follows:
(1) opens middle airtight station outlet valve;
(2) open the corresponding valve chamber flow direction control valve and the outlet main valve of centrifugal pump 2;
(3) open the inlet valve and the outlet valve of three centrifugal pumps 2;
(4) open corresponding pressure regulator valve outlet valve;
(5) open corresponding pressure regulator valve;
(6) open corresponding pressure regulator valve inlet valve;
(7) open middle part station closed conveying inlet valve;
(8) open three centrifugal pumps 2.
The midship put and take system comprises the other other other other other other other long flow process of failing of crude oil such as oil tank reverse pumping pressure overreach that connects of circulation and midship that connects tank station in of oil tank heating power overreach, midship that connects of tank pressure overreach, midship that connects of the full overreach of oil tank, midship that connects of oil tank reverse pumping, midship that connects of oil tank forward transportation, midship that connects of midship, wherein as Figure 13, the specific operation step that the midship side connects oil tank forward transportation flow process is as follows:
(1) opens the other conveying outlet valve that connects of midship;
(2) open oven 1 outlet main valve;
(3) open two outlet valves and four inlet valves of two oven 1;
(4) open the inlet valve and the outlet valve of three centrifugal pumps 2;
(5) open a storage tank inlet valve;
(6) open the isolating valve that enters the station;
(7) open the middle other conveying inlet valve that connects;
(8) open two oven 1;
(9) open three centrifugal pumps 2.
As Figure 14, the specific operation step that the midship side connects the full overreach flow process of oil tank is as follows:
(1) opens the other conveying outlet valve that connects of midship;
(2) open full overreach valve;
(3) open the other conveying inlet valve that connects of midship.
As Figure 15, the specific operation step that the midship side connects tank pressure overreach flow process is as follows:
(1) opens the middle other conveying outlet valve that connects;
(2) open oven 1 outlet main valve;
(3) open two outlet valves and four inlet valves of two oven 1;
(4) open pressure overreach valve;
(5) open the storage tank inlet valve;
(6) open the isolating valve that enters the station;
(7) open the middle other conveying inlet valve that connects;
(8) open two oven 1.
The terminal flow process comprises that terminal forward transportation, terminal pour in down a chimney and the long defeated flow process of terminal receipts wet goods crude oil, and wherein as Figure 16, the specific operation step of terminal forward transportation flow process is as follows:
(1) opens the terminal outlet valve;
(2) open two outlet valves and four inlet valves of two oven 1;
(3) open the inlet valve and the outlet valve of two centrifugal pumps 2;
(4) open two corresponding valve chamber flow direction control valves;
(5) open the valve chamber main valve;
(6) open the terminal inlet valve;
(7) open two oven 1;
(8) open two centrifugal pumps 2.
As Figure 17, the specific operation step of terminal intertank transfer process is as follows:
(1) opens the inlet valve of a storage tank;
(2) open corresponding valve chamber flow direction control valve;
(3) open the valve chamber main valve;
(4) open full overreach valve;
(5) open two outlet valves and four inlet valves of two oven 1;
(6) open the outlet valve and the inlet valve of two centrifugal pumps 2;
(7) open a valve chamber flow direction control valve corresponding with the storage tank inlet valve;
(8) open another storage tank outlet valve;
(9) open two oven 1;
(10) open two centrifugal pumps 2.
As Figure 18, the specific operation step that terminal is received oily flow process is as follows:
(1) opens the inlet valve of four storage tanks;
(2) open corresponding with the storage tank inlet valve respectively valve chamber flow direction control valve;
(3) open the valve chamber main valve;
(4) open the terminal inlet valve.
Claims (4)
1. oil gas accumulating crude oil length is failed analog system, it is characterized in that: it comprises sand table, touch screen and flow process plate, the pipeline that sand table is provided with the oil gas warehousing and transportation facilities and connects warehousing and transportation facilities, be provided with control valve and LED lamp band in the import and export pipeline of warehousing and transportation facilities, sand table has the PLC controller, and the input of PLC controller is connected with control valve, and the output of PLC controller is connected with LED lamp band, computer in PLC controller and the touch screen is connected, and computer is connected with the flow process plate.
2. the long defeated analog system of oil gas accumulating crude oil according to claim 1, it is characterized in that: described warehousing and transportation facilities is distributed in initial station, solid midship, jar to jar conveying midship and the oil pipeline terminal by function, wherein is provided with at least one oven (1), at least one centrifugal pump (2), pig recenver (3), pig launcher (4), at least one crude oil storage tank (5), at least four filters (6) and at least four orifice meters (7) in the initial station; Be provided with at least one oven (1), at least one centrifugal pump (2), pig recenver (3), pig launcher (4), crude oil storage tank (5) and filter (6) in the solid midship; Be provided with at least one oven (1), at least one centrifugal pump (2), pig recenver (3), pig launcher (4), crude oil storage tank (5) and at least one filter (6) in jar to the jar conveying midship; Be provided with at least one oven (1), at least one centrifugal pump (2), pig recenver (3), at least one crude oil storage tank (5) and at least one filter (6) in the Crude Oil Transportation terminal.
3. the long defeated analog system of oil gas accumulating crude oil according to claim 1, it is characterized in that: described oven (1) is a horizontal heater.
4. the long defeated analog system of oil gas accumulating crude oil according to claim 1, it is characterized in that: described flow process plate is a liquid crystal display.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200959956U CN202017885U (en) | 2011-04-02 | 2011-04-02 | Crude oil long-distance transportation simulation system for oil and gas storage and transportation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200959956U CN202017885U (en) | 2011-04-02 | 2011-04-02 | Crude oil long-distance transportation simulation system for oil and gas storage and transportation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202017885U true CN202017885U (en) | 2011-10-26 |
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ID=44811555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200959956U Expired - Lifetime CN202017885U (en) | 2011-04-02 | 2011-04-02 | Crude oil long-distance transportation simulation system for oil and gas storage and transportation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202017885U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102313135A (en) * | 2011-04-02 | 2012-01-11 | 成都盛特石油装备模拟技术开发有限公司 | Oil and gas storage and transportation crude oil long-transportation simulating system and method |
| CN106155017A (en) * | 2016-07-15 | 2016-11-23 | 爱普（福建）科技有限公司 | Simulation sand table and the method for production scene Rapid transplant towards industrial control system |
-
2011
- 2011-04-02 CN CN2011200959956U patent/CN202017885U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102313135A (en) * | 2011-04-02 | 2012-01-11 | 成都盛特石油装备模拟技术开发有限公司 | Oil and gas storage and transportation crude oil long-transportation simulating system and method |
| CN106155017A (en) * | 2016-07-15 | 2016-11-23 | 爱普（福建）科技有限公司 | Simulation sand table and the method for production scene Rapid transplant towards industrial control system |
| CN106155017B (en) * | 2016-07-15 | 2018-09-28 | 爱普（福建）科技有限公司 | The method of simulation sand table and production scene Rapid transplant towards industrial control system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20111026 Effective date of abandoning: 20130515 |
|
| RGAV | Abandon patent right to avoid regrant |