SY/T 0048-2000 Specification for general plan design of petroleum and natural gas projects
Some standard content:
ICS 75.040,01.100.30
Registration No.: 8174—2001
Petroleum and Natural Gas Industry Standard of the People's Republic of China P
SY/T 0048—2000
Design specifications of general plan for oiland natural gas project.
2000－12－25 Issued
State Administration of Petroleum and Chemical Industry
200106－01 Implementation
Overall layout of oil and gas fields (blocks)
-General provisions
Overall layout
Line layout
Station site selection
Station general layout··
General provisions
Oil and gas production facility layoutbzxz.net
Water treatment and water injection facility layout
Storage facility layout
Equipment facility layout
Auxiliary production facility layout
Road, wall and exit layout
6 Vertical design of station:
-General provisions
Flat slope vertical design||t t||Stepped vertical design ·
Site drainage
6.5 Ten (Stone) Square Engineering
7 Pipeline Comprehensive
General Provisions
Underground Pipeline Layout
3.7 Pipeline Layout
Appendix A Calculation Provisions for the Main Technical Indicators of the General Plan Design of Oil and Gas Stations Appendix B Calculation Provisions for the Area of Greening Land and Greening Rate Standard Terms and Terms
Appendix Specifications for the General Plan Design of Oil and Gas Projects Article Explanation
Petroleum and Gas Industry Standards of the People's Republic of China Specifications for the General Plan Design of Oil and Gas Projects
Design Specifications of general plan for ofandnaturalgasproject
SY/T 0048--2000
Editing unit: Planning Institute of China Petroleum and Natural Gas CorporationApproving department: National Petroleum and Chemical IndustryData
Petroleum Industry Press
2001Beijing
State Administration of Petroleum and Chemical IndustryDocument
State Petrochemical Government Release (2000) No. 457
Notice on Approval of 39 Oil and Gas Industry Standards including "Specifications for General Plan Design of Oil and Gas Projects"China National Petroleum Corporation, China Petrochemical Corporation, China National Offshore Oil Corporation, Standardization Technical Committee of Mineral Oil Industry: The draft of 39 oil and gas industry standards including "Specifications for General Plan Design of Oil and Gas Projects" submitted by the Standardization Technical Committee of Petroleum Industry for approval has been approved by our bureau and is hereby promulgated. The name and number of the standard are: Recommended standard:
Serial number Standard number
1. $Y/r 0048---2000
2. SY/F 0062--2000
3. SY/T 00642000
4. SY/T 0065--2000
5. $Y/r 00952000
6. SY/T 0096--2000
Name of Standard
Design Specification for General Layout of Petroleum and Natural Gas Engineering
(Replaces SYJ48-91)
Test Method for Penetration of Pipeline Anticorrosion Coating
(Blunt Rod Method) (Replaces SY/T006292)Test Method for Water Permeability of Pipeline Anticorrosion Coating
(Replaces SY/T0064-92)
Test Method for Wear Resistance of Pipeline Anticorrosion Coating
(Drum Method) (Replaces SY/T0065--92)Test Method for Laboratory Evaluation of Buried Magnesium Anode Samples
Technical Specification for Forced Current Deep Anode Bed
7. $Y/r 0097--2000
8. SY7F 5037--:2000
9. SY7T 5040-2000
10. SY/T 5212—2000
11. SY/T 5217—2000
12. SY/T 52622000
13. SY T 5270--2000
14. SY/T 53862000
15. SY/T 5387-
16. SY/T 54402000
17. SY/T 55032000
18. SY/T 5516—2000
19. SY/T 5523—2000
Specification for treatment equipment of produced water from heavy oil fields for steam generators
Spiral submerged arc welded steel pipes for low pressure fluid delivery pipelines (replacing SY/T 5037—92)
Spiral welded steel pipes for piles
(replacing SY/I 5040—92)
Quality classification of beam pumping units
(replacing SY/I5212--1997)
Diamond drill bits and diamond core drill bits
(replacing SY/T 5217---92)
Specification for fire tube heating furnaces
(replacing SY/T 5262—92.
SY/I 5263-91)
Technical regulations for the design of high-pressure water injection pipeline accessories (replacing SY/T5270-91)
Detailed rules for calculating proven petroleum reserves
Fractured oil
Gas reservoir part (replacing SY/T5386-91)Geological technical requirements for test production of conventional crude oil reservoirs (replacing SY/T 5387--91)
Technical specifications for natural gas well testing
(replacing SY5440--92,
SY/T 5598--93)
Method for determining the chloride content of rocks
(replacing SY/T SY/T 5931-2000
25. SY/T 5935-2000
26. SY/T 5936-2000
27. SY/T 5937-2000
28. SY/T 5938-2000
29. SY/T 5939-2000
30. SY/T 5940-2000
31. SY/T 5941-2000
32. SY/T 5942-2000
33. SY/T 5943-2000
34. SY/T 5944-2000
35. SY/T 5945-2000
36. SY/T 5946-2000
37. 5939---2000
28. SY/T 5965—2000
29. SY/T 5981--2000
30. SY/T 6053—2000
31. SY/T 6095--2000
Methods for physical property analysis of formation crude oil,
(Replaces SY/T 5542-92)
Perforating guns for oil and gas wells
(Replaces SY/T5562--92)
Regulations on archiving and storage of petroleum seismic exploration data (Replaces SY/T 5928-94)
Use and maintenance of magnetotelluric depth sounders
(Replaces SY/T SY/T 5930--94)
Use and maintenance of measuring instruments
(Replaces SY/R 5931--94,
SY/T 5932-94.
SY/T 62481996
IOSYSTEM series seismic data acquisition
System inspection items and technical indicators
(Replace SY/T5935-94)
Use and maintenance of digital geophone for land use(Replace SY/T 5936--94)
Use and maintenance of gravimeter
(Replace SY/T 5939-94)
Specification for geological design of oil and gas exploration wells
(Replace SY/T5965-94)
Technical regulations for conventional oil and gas testing and production
(Replace SY/T 5981---94
SY/T 6016--94)
YKZ480 telemetry digital seismograph inspection items and technical indicators
(Replace SY/T SY/T 6053-1994）
Technical requirements for the preparation of development plans for lenticular sandstone gas fields (replacing SY/T 6095-94)
32. SYT 6098---2000
33. SY/T 6424--2000
34. SY/T 6425--2000
35. SY/R 6508--2000
36. SY/R 6509-2000
37. SY/T 6510--2000
38. SY/F 6511--2000
39. SY/T 65122000
Calculation method of recoverable reserves of natural gas
(Replaces SY/T6098--94
SY/T 6220-1996)
Performance test method of composite oil recovery system
Technical requirements for preparation of development adjustment plan for thermal recovery heavy oil reservoirs Steam injection part
Nondestructive testing method for oil well pipe Penetrant testing of non-ferromagnetic threads
Kelly drill pipe
Technical requirements for design of steam injection development plan for heavy oil fields
Economic evaluation method for oil recovery development plan
Technical requirements for preparation of feasible plan for tertiary oil recovery Chemical drive part
This standard shall be implemented from June 1, 2001. State Administration of Petroleum and Chemical Industry
December 25, 2000
According to the notification of the Quality and Safety Institute of China National Petroleum Corporation (19997 No. 34) forwarding the document of the State Petrochemical Administration (1999) No. 94, the "General Design Specification for Crude Oil and Natural Gas Project Construction Station (Plant)" SYI48-91 was revised. The Planning Institute of China National Petroleum Corporation was responsible for the chief editing, and China National Petroleum Corporation Natural Gas Pipeline Engineering Co., Ltd., China National Petroleum Corporation Sichuan Exploration and Design Institute, and Dakuai Oil Co., Ltd. Oil Construction Design Institute participated in the editing. This revision was carried out on the basis of collecting the implementation status of the original specification from various relevant units and convening a technical coordination meeting. In addition to retaining the effective provisions in the original specification, this specification also adds Chapter 2 "Terms" and Chapter 3 "Overall Layout of Oil and Gas Stations (Blocks)", thereby enriching and improving the original specification: In order to make the name of the specification consistent with the content of the specification, the name of the specification was changed to "General Design Specification for Petroleum and Natural Gas Projects".
This specification will replace SYI48--91s from the date of entry into force. The main editor of this standard: China National Petroleum Corporation Planning Institute: The participating organizations of this standard: Daqing Oil Production Co., Ltd. Oil Construction Design Institute;
China National Oil and Gas Pipeline Engineering Co., Ltd.: Sichuan Petroleum Survey and Design Institute of China National Oil and Gas Group Corporation.
The main drafters of this standard are Dong Guangxi, Sun Keyuan, Chen Huibi, Mao Zunsong, Zhang Jianjie, Liu Changqing, Yan Mingcheng
This specification was issued by China National Petroleum Corporation Planning Institute. 1 General
1.0.1 In order to correctly implement the relevant policies and laws of the state, and to make the overall layout of oil and gas countries (blocks) and oil and gas pipeline projects and the general layout design of various stations meet the production and safety requirements, and save land, reduce energy consumption, save investment, and protect the environment, this specification is formulated.
1.0.2This specification applies to the general layout of onshore oil and gas fields (blocks) and oil and gas pipeline projects, as well as the general layout design of all types of station construction, expansion and reconstruction projects. 1.0.3 In the general layout of oil and gas fields (blocks) and oil and gas pipeline projects and the general layout design of stations, in addition to implementing this specification, they should also comply with the relevant national mandatory standards and regulations.
2Terms
2.0.1Totality layoutTotality layoutThe coordinated positioning of the overall relationship between the oil and gas field (block) and its external projects. 2.0.2General layoutThe coordinated positioning of the relative relationship between devices, buildings (structures) and system projects according to the production process, transportation, environmental protection and fire safety requirements of the station. 2.0.3Vertical layoutThe design of the site elevation according to the production process, transportation, pipeline laying and drainage requirements of the station, combined with the natural terrain.
2.0.4 Station
A general term for various oil and gas wells, stations, depots, and fields. 2.0.5 Site selection Site selection The process of determining the location of stations, depots, and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines, and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots, and the first station of long-distance oil and gas pipelines.
2.0.8 Flowstation (referred to as metering station) Flowstation is a station that completes the measurement of oil, gas, and water in the oil wells. 2.0.9 Custexdy transfer measuring station A station that sells oil and natural gas to users for transfer measurement. 2.0.10 Transfer station2
In the oil and gas gathering system, it is a pump station that is mainly responsible for the pressurized transportation of crude oil. 2.0.11 Lease oil tankageThe oil tank within the oil field is responsible for the storage and external transportation of crude oil. 2.0.12 Central trcating plantThe station within the oil and gas field that is responsible for the centralized treatment of crude oil, natural gas, and waste water.
2.0.13 Gas gathering stationThe station that collects, regulates, separates, and measures gas and products. 2.0.14 Gas distribution stationThe station that distributes commercial natural gas to users on the mine or gas pipeline. 2.0.15 Natural gas conditioning plantThe plant with large production capacity, including natural gas desulfurization, dehydration, sulfur collection, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well-washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats produced water from oil and gas fields to make it meet the water quality standards for injection or discharge standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the cleaning station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes the first station, the end station, the compressor station, the gas receiving station and the sub-transmission station. 2.0.21 Pipeline network
A general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 3SY/R 6508--2000
36. SY/R 6509-2000
37. SY/T 6510--2000
38. SY/F 6511--2000
39. SY/T 6512--2000
Calculation method of recoverable reserves of natural gas
(replaces SY/T 6098--94
SY/T 6220—1996)
Performance test method of composite oil recovery system
Technical requirements for preparation of development adjustment plan for thermal recovery heavy oil reservoirs Steam injection part
Nondestructive testing method for oil well pipe Penetrant testing of non-ferromagnetic threads
Kelly drill pipe
Technical requirements for design of steam injection development plan for heavy oil fields
Economic evaluation method for oil recovery development plan
Technical requirements for preparation of feasible plan for tertiary oil recovery Chemical drive part
The above standard shall be implemented from 61 June 2001. State Administration of Petroleum and Chemical Industry
December 25, 2000
According to the notification of the Quality and Safety Institute of China National Petroleum Corporation (19997 No. 34) forwarding the document of the State Petrochemical Administration (1999) No. 94, the "General Design Specification for Crude Oil and Natural Gas Project Construction Station (Plant)" SYI48-91 was revised. The Planning Institute of China National Petroleum Corporation was responsible for the chief editing, and China National Petroleum Corporation Natural Gas Pipeline Engineering Co., Ltd., China National Petroleum Corporation Sichuan Exploration and Design Institute, and Dakuai Oil Co., Ltd. Oil Construction Design Institute participated in the editing. This revision was carried out on the basis of collecting the implementation status of the original specification from various relevant units and convening a technical coordination meeting. In addition to retaining the effective provisions in the original specification, this specification also adds Chapter 2 "Terms" and Chapter 3 "Overall Layout of Oil and Gas Stations (Blocks)", thereby enriching and improving the original specification: In order to make the name of the specification consistent with the content of the specification, the name of the specification was changed to "General Design Specification for Petroleum and Natural Gas Projects".
This specification will replace SYI48--91s from the date of entry into force. The main editor of this standard: China National Petroleum Corporation Planning Institute: The participating organizations of this standard: Daqing Oil Production Co., Ltd. Oil Construction Design Institute;
China National Oil and Gas Pipeline Engineering Co., Ltd.: Sichuan Petroleum Survey and Design Institute of China National Oil and Gas Group Corporation.
The main drafters of this standard are Dong Guangxi, Sun Keyuan, Chen Huibi, Mao Zunsong, Zhang Jianjie, Liu Changqing, Yan Mingcheng
This specification was issued by China National Petroleum Corporation Planning Institute. 1 General
1.0.1 In order to correctly implement the relevant policies and laws of the state, and to make the overall layout of oil and gas countries (blocks) and oil and gas pipeline projects and the general layout design of various stations meet the production and safety requirements, and save land, reduce energy consumption, save investment, and protect the environment, this specification is formulated.
1.0.2This specification applies to the general layout of onshore oil and gas fields (blocks) and oil and gas pipeline projects, as well as the general layout design of all types of station construction, expansion and reconstruction projects. 1.0.3 In the general layout of oil and gas fields (blocks) and oil and gas pipeline projects and the general layout design of stations, in addition to implementing this specification, they should also comply with the relevant national mandatory standards and regulations.
2Terms
2.0.1Totality layoutTotality layoutThe coordinated positioning of the overall relationship between the oil and gas field (block) and its external projects. 2.0.2General layoutThe coordinated positioning of the relative relationship between devices, buildings (structures) and system projects according to the production process, transportation, environmental protection and fire safety requirements of the station. 2.0.3Vertical layoutThe design of the site elevation according to the production process, transportation, pipeline laying and drainage requirements of the station, combined with the natural terrain.
2.0.4 Station
A general term for various oil and gas wells, stations, depots, and fields. 2.0.5 Site selection Site selection The process of determining the location of stations, depots, and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines, and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots, and the first station of long-distance oil and gas pipelines.
2.0.8 Flowstation (referred to as metering station) Flowstation is a station that completes the measurement of oil, gas, and water in the oil wells. 2.0.9 Custexdy transfer measuring station A station that sells oil and natural gas to users for transfer measurement. 2.0.10 Transfer station2
In the oil and gas gathering system, it is a pump station that is mainly responsible for the pressurized transportation of crude oil. 2.0.11 Lease oil tankageThe oil tank within the oil field is responsible for the storage and external transportation of crude oil. 2.0.12 Central trcating plantThe station within the oil and gas field that is responsible for the centralized treatment of crude oil, natural gas, and waste water.
2.0.13 Gas gathering stationThe station that collects, regulates, separates, and measures gas and products. 2.0.14 Gas distribution stationThe station that distributes commercial natural gas to users on the mine or gas pipeline. 2.0.15 Natural gas conditioning plantThe plant with large production capacity, including natural gas desulfurization, dehydration, sulfur collection, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well-washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats produced water from oil and gas fields to make it meet the water quality standards for injection or discharge standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the cleaning station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes the first station, the end station, the compressor station, the gas receiving station and the sub-transmission station. 2.0.21 Pipeline network
A general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 3SY/R 6508--2000
36. SY/R 6509-2000
37. SY/T 6510--2000
38. SY/F 6511--2000
39. SY/T 6512--2000
Calculation method of recoverable reserves of natural gas
(replaces SY/T 6098--94
SY/T 6220—1996)
Performance test method of composite oil recovery system
Technical requirements for preparation of development adjustment plan for thermal recovery heavy oil reservoirs Steam injection part
Nondestructive testing method for oil well pipe Penetrant testing of non-ferromagnetic threads
Kelly drill pipe
Technical requirements for design of steam injection development plan for heavy oil fields
Economic evaluation method for oil recovery development plan
Technical requirements for preparation of feasible plan for tertiary oil recovery Chemical drive part
The above standard shall be implemented from 61 June 2001. State Administration of Petroleum and Chemical Industry
December 25, 2000
According to the notification of the Quality and Safety Institute of China National Petroleum Corporation (19997 No. 34) forwarding the document of the State Petrochemical Administration (1999) No. 94, the "General Design Specification for Crude Oil and Natural Gas Project Construction Station (Plant)" SYI48-91 was revised. The Planning Institute of China National Petroleum Corporation was responsible for the chief editing, and China National Petroleum Corporation Natural Gas Pipeline Engineering Co., Ltd., China National Petroleum Corporation Sichuan Exploration and Design Institute, and Dakuai Oil Co., Ltd. Oil Construction Design Institute participated in the editing. This revision was carried out on the basis of collecting the implementation status of the original specification from various relevant units and convening a technical coordination meeting. In addition to retaining the effective provisions in the original specification, this specification also adds Chapter 2 "Terms" and Chapter 3 "Overall Layout of Oil and Gas Stations (Blocks)", thereby enriching and improving the original specification: In order to make the name of the specification consistent with the content of the specification, the name of the specification was changed to "General Design Specification for Petroleum and Natural Gas Projects".
This specification will replace SYI48--91s from the date of entry into force. The main editor of this standard: China National Petroleum Corporation Planning Institute: The participating organizations of this standard: Daqing Oil Production Co., Ltd. Oil Construction Design Institute;
China National Oil and Gas Pipeline Engineering Co., Ltd.: Sichuan Petroleum Survey and Design Institute of China National Oil and Gas Group Corporation.
The main drafters of this standard are Dong Guangxi, Sun Keyuan, Chen Huibi, Mao Zunsong, Zhang Jianjie, Liu Changqing, Yan Mingcheng
This specification was issued by China National Petroleum Corporation Planning Institute. 1 General
1.0.1 In order to correctly implement the relevant policies and laws of the state, and to make the overall layout of oil and gas countries (blocks) and oil and gas pipeline projects and the general layout design of various stations meet the production and safety requirements, and save land, reduce energy consumption, save investment, and protect the environment, this specification is formulated.
1.0.2This specification applies to the general layout of onshore oil and gas fields (blocks) and oil and gas pipeline projects, as well as the general layout design of all types of station construction, expansion and reconstruction projects. 1.0.3 In the general layout of oil and gas fields (blocks) and oil and gas pipeline projects and the general layout design of stations, in addition to implementing this specification, they should also comply with the relevant national mandatory standards and regulations.
2Terms
2.0.1Totality layoutTotality layoutThe coordinated positioning of the overall relationship between the oil and gas field (block) and its external projects. 2.0.2General layoutThe coordinated positioning of the relative relationship between devices, buildings (structures) and system projects according to the production process, transportation, environmental protection and fire safety requirements of the station. 2.0.3Vertical layoutThe design of the site elevation according to the production process, transportation, pipeline laying and drainage requirements of the station, combined with the natural terrain.
2.0.4 Station
A general term for various oil and gas wells, stations, depots, and fields. 2.0.5 Site selection Site selection The process of determining the location of stations, depots, and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines, and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots, and the first station of long-distance oil and gas pipelines.
2.0.8 Flowstation (referred to as metering station) Flowstation is a station that completes the measurement of oil, gas, and water in the oil wells. 2.0.9 Custexdy transfer measuring station A station that sells oil and natural gas to users for transfer measurement. 2.0.10 Transfer station2
In the oil and gas gathering system, it is a pump station that is mainly responsible for the pressurized transportation of crude oil. 2.0.11 Lease oil tankageThe oil tank within the oil field is responsible for the storage and external transportation of crude oil. 2.0.12 Central trcating plantThe station within the oil and gas field that is responsible for the centralized treatment of crude oil, natural gas, and waste water.
2.0.13 Gas gathering stationThe station that collects, regulates, separates, and measures gas and products. 2.0.14 Gas distribution stationThe station that distributes commercial natural gas to users on the mine or gas pipeline. 2.0.15 Natural gas conditioning plantThe plant with large production capacity, including natural gas desulfurization, dehydration, sulfur collection, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well-washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats produced water from oil and gas fields to make it meet the water quality standards for injection or discharge standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the cleaning station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes the first station, the end station, the compressor station, the gas receiving station and the sub-transmission station. 2.0.21 Pipeline network
A general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 3SY/T 6512-2000
Calculation method of recoverable reserves of natural gas
(Replaces SY/T6098--94
SY/T 6220-1996)
Performance test method of composite oil recovery system
Technical requirements for preparation of development adjustment plan for thermal recovery heavy oil reservoirs Steam injection part
Nondestructive testing method for oil well pipe Penetrant testing of non-ferromagnetic threads
Kelly drill pipe
Technical requirements for design of steam injection development plan for heavy oil fields
Economic evaluation method for oil recovery development plan
Technical requirements for preparation of feasible plan for tertiary oil recovery Chemical drive part
This standard shall be implemented from June 1, 2001. State Administration of Petroleum and Chemical Industry
December 25, 2000
According to the notification of the Quality and Safety Institute of China National Petroleum Corporation (19997 No. 34) forwarding the document of the State Petrochemical Administration (1999) No. 94, the "General Design Specification for Crude Oil and Natural Gas Project Construction Station (Plant)" SYI48-91 was revised. The Planning Institute of China National Petroleum Corporation was responsible for the chief editing, and China National Petroleum Corporation Natural Gas Pipeline Engineering Co., Ltd., China National Petroleum Corporation Sichuan Exploration and Design Institute, and Dakuai Oil Co., Ltd. Oil Construction Design Institute participated in the editing. This revision was carried out on the basis of collecting the implementation status of the original specification from various relevant units and convening a technical coordination meeting. In addition to retaining the effective provisions in the original specification, this specification also adds Chapter 2 "Terms" and Chapter 3 "Overall Layout of Oil and Gas Stations (Blocks)", thereby enriching and improving the original specification: In order to make the name of the specification consistent with the content of the specification, the name of the specification was changed to "General Design Specification for Petroleum and Natural Gas Projects".
This specification will replace SYI48--91s from the date of entry into force. The main editor of this standard: China National Petroleum Corporation Planning Institute: The participating organizations of this standard: Daqing Oil Production Co., Ltd. Oil Construction Design Institute;
China National Oil and Gas Pipeline Engineering Co., Ltd.: Sichuan Petroleum Survey and Design Institute of China National Oil and Gas Group Corporation.
The main drafters of this standard are Dong Guangxi, Sun Keyuan, Chen Huibi, Mao Zunsong, Zhang Jianjie, Liu Changqing, Yan Mingcheng
This specification was issued by China National Petroleum Corporation Planning Institute. 1 General
1.0.1 In order to correctly implement the relevant policies and laws of the state, and to make the overall layout of oil and gas countries (blocks) and oil and gas pipeline projects and the general layout design of various stations meet the production and safety requirements, and save land, reduce energy consumption, save investment, and protect the environment, this specification is formulated.
1.0.2This specification applies to the general layout of onshore oil and gas fields (blocks) and oil and gas pipeline projects, as well as the general layout design of all types of station construction, expansion and reconstruction projects. 1.0.3 In the general layout of oil and gas fields (blocks) and oil and gas pipeline projects and the general layout design of stations, in addition to implementing this specification, they should also comply with the relevant national mandatory standards and regulations.
2Terms
2.0.1Totality layoutTotality layoutThe coordinated positioning of the overall relationship between the oil and gas field (block) and its external projects. 2.0.2General layoutThe coordinated positioning of the relative relationship between devices, buildings (structures) and system projects according to the production process, transportation, environmental protection and fire safety requirements of the station. 2.0.3Vertical layoutThe design of the site elevation according to the production process, transportation, pipeline laying and drainage requirements of the station, combined with the natural terrain.
2.0.4 Station
A general term for various oil and gas wells, stations, depots, and fields. 2.0.5 Site selection Site selection The process of determining the location of stations, depots, and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines, and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots, and the first station of long-distance oil and gas pipelines.
2.0.8 Flowstation (referred to as metering station) Flowstation is a station that completes the measurement of oil, gas, and water in the oil wells. 2.0.9 Custexdy transfer measuring station A station that sells oil and natural gas to users for transfer measurement. 2.0.10 Transfer station2
In the oil and gas gathering system, it is a pump station that is mainly responsible for the pressurized transportation of crude oil. 2.0.11 Lease oil tankageThe oil tank within the oil field is responsible for the storage and external transportation of crude oil. 2.0.12 Central trcating plantThe station within the oil and gas field that is responsible for the centralized treatment of crude oil, natural gas, and waste water.
2.0.13 Gas gathering stationThe station that collects, regulates, separates, and measures gas and products. 2.0.14 Gas distribution stationThe station that distributes commercial natural gas to users on the mine or gas pipeline. 2.0.15 Natural gas conditioning plantThe plant with large production capacity, including natural gas desulfurization, dehydration, sulfur collection, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well-washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats produced water from oil and gas fields to make it meet the water quality standards for injection or discharge standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the cleaning station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes the first station, the end station, the compressor station, the gas receiving station and the sub-transmission station. 2.0.21 Pipeline network
A general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 3SY/T 6512-2000
Calculation method of recoverable reserves of natural gas
(Replaces SY/T6098--94
SY/T 6220-1996)
Performance test method of composite oil recovery system
Technical requirements for preparation of development adjustment plan for thermal recovery heavy oil reservoirs Steam injection part
Nondestructive testing method for oil well pipe Penetrant testing of non-ferromagnetic threads
Kelly drill pipe
Technical requirements for design of steam injection development plan for heavy oil fields
Economic evaluation method for oil recovery development plan
Technical requirements for preparation of feasible plan for tertiary oil recovery Chemical drive part
This standard shall be implemented from June 1, 2001. State Administration of Petroleum and Chemical Industry
December 25, 2000
According to the notification of the Quality and Safety Institute of China National Petroleum Corporation (19997 No. 34) forwarding the document of the State Petrochemical Administration (1999) No. 94, the "General Design Specification for Crude Oil and Natural Gas Project Construction Station (Plant)" SYI48-91 was revised. The Planning Institute of China National Petroleum Corporation was responsible for the chief editing, and China National Petroleum Corporation Natural Gas Pipeline Engineering Co., Ltd., China National Petroleum Corporation Sichuan Exploration and Design Institute, and Dakuai Oil Co., Ltd. Oil Construction Design Institute participated in the editing. This revision was carried out on the basis of collecting the implementation status of the original specification from various relevant units and convening a technical coordination meeting. In addition to retaining the effective provisions in the original specification, this specification also adds Chapter 2 "Terms" and Chapter 3 "Overall Layout of Oil and Gas Stations (Blocks)", thereby enriching and improving the original specification: In order to make the name of the specification consistent with the content of the specification, the name of the specification was changed to "General Design Specification for Petroleum and Natural Gas Projects".
This specification will replace SYI48--91s from the date of entry into force. The main editor of this standard: China National Petroleum Corporation Planning Institute: The participating organizations of this standard: Daqing Oil Production Co., Ltd. Oil Construction Design Institute;
China National Oil and Gas Pipeline Engineering Co., Ltd.: Sichuan Petroleum Survey and Design Institute of China National Oil and Gas Group Corporation.
The main drafters of this standard are Dong Guangxi, Sun Keyuan, Chen Huibi, Mao Zunsong, Zhang Jianjie, Liu Changqing, Yan Mingcheng
This specification was issued by China National Petroleum Corporation Planning Institute. 1 General
1.0.1 In order to correctly implement the relevant policies and laws of the state, and to make the overall layout of oil and gas countries (blocks) and oil and gas pipeline projects and the general layout design of various stations meet the production and safety requirements, and save land, reduce energy consumption, save investment, and protect the environment, this specification is formulated.
1.0.2This specification applies to the general layout of onshore oil and gas fields (blocks) and oil and gas pipeline projects, as well as the general layout design of all types of station construction, expansion and reconstruction projects. 1.0.3 In the general layout of oil and gas fields (blocks) and oil and gas pipeline projects and the general layout design of stations, in addition to implementing this specification, they should also comply with the relevant national mandatory standards and regulations.
2Terms
2.0.1Totality layoutTotality layoutThe coordinated positioning of the overall relationship between the oil and gas field (block) and its external projects. 2.0.2General layoutThe coordinated positioning of the relative relationship between devices, buildings (structures) and system projects according to the production process, transportation, environmental protection and fire safety requirements of the station. 2.0.3Vertical layoutThe design of the site elevation according to the production process, transportation, pipeline laying and drainage requirements of the station, combined with the natural terrain.
2.0.4 Station
A general term for various oil and gas wells, stations, depots, and fields. 2.0.5 Site selection Site selection The process of determining the location of stations, depots, and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines, and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots, and the first station of long-distance oil and gas pipelines.
2.0.8 Flowstation (referred to as metering station) Flowstation is a station that completes the measurement of oil, gas, and water in the oil wells. 2.0.9 Custexdy transfer measuring station A station that sells oil and natural gas to users for transfer measurement. 2.0.10 Transfer station2
In the oil and gas gathering system, it is a pump station that is mainly responsible for the pressurized transportation of crude oil. 2.0.11 Lease oil tankageThe oil tank within the oil field is responsible for the storage and external transportation of crude oil. 2.0.12 Central trcating plantThe station within the oil and gas field that is responsible for the centralized treatment of crude oil, natural gas, and waste water.
2.0.13 Gas gathering stationThe station that collects, regulates, separates, and measures gas and products. 2.0.14 Gas distribution stationThe station that distributes commercial natural gas to users on the mine or gas pipeline. 2.0.15 Natural gas conditioning plantThe plant with large production capacity, including natural gas desulfurization, dehydration, sulfur collection, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well-washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats produced water from oil and gas fields to make it meet the water quality standards for injection or discharge standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the cleaning station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes the first station, the end station, the compressor station, the gas receiving station and the sub-transmission station. 2.0.21 Pipeline network
A general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 32.0.3 Vertical layout The design of the site elevation according to the production process, transportation, environmental protection and fire safety of the station.
2.0.4 Station
A general term for various oil and gas wells, stations, depots and fields. 2.0.5 Site selection The process of determining the location of stations, depots and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots and long-distance oil and gas pipeline terminal stations.
2.0.8 Flowstation A station that completes the measurement of oil, gas and water in the oil field. 2.0.9 Custexdy transfer measuring station A station that performs the measurement of oil and natural gas for external sales to users. 2.0.10 Transfer station 2
In the oil and gas collection system, it is a pump station that is mainly responsible for the pressure-boosting and transportation of crude oil. 2.0.11 Lease oil tankage An oil depot that is responsible for the storage and external transportation of crude oil in the oil field. 2.0.12 Central trcating plant A station that is responsible for the centralized treatment of crude oil, natural gas and effluent water in the oil and gas field.
2.0.13 Gas gathering station A station that collects, adjusts, separates and measures gas and products. 2.0.14 Gas distribution station A station that distributes commodity natural gas to users on a mine or gas pipeline. 2.0.15 Natural gas conditioning plant A plant with a large production capacity and equipment types including natural gas desulfurization, dehydration, sulfur recovery, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats the produced water from the oil and gas field to make it meet the water quality standards for injection water or emission standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the pigging station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes gas transmission terminal, gas terminal, gas compressor station, gas receiving station and gas distribution station. 2.0.21 Pipeline network pipe network work
The general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 32.0.3 Vertical layout The design of the site elevation according to the production process, transportation, environmental protection and fire safety of the station.
2.0.4 Station
A general term for various oil and gas wells, stations, depots and fields. 2.0.5 Site selection The process of determining the location of stations, depots and fields after technical and economic comparison. 2.0.6 Route selection The process of determining the location of various routes such as pipelines, roads, power lines and communication lines after technical and economic comparison. 2.0.7 Large oil and gas station refers to centralized processing stations (combined stations), natural gas purification plants, mines, oil depots and long-distance oil and gas pipeline terminal stations.
2.0.8 Flowstation A station that completes the measurement of oil, gas and water in the oil field. 2.0.9 Custexdy transfer measuring station A station that performs the measurement of oil and natural gas for external sales to users. 2.0.10 Transfer station 2
In the oil and gas collection system, it is a pump station that is mainly responsible for the pressure-boosting and transportation of crude oil. 2.0.11 Lease oil tankage An oil depot that is responsible for the storage and external transportation of crude oil in the oil field. 2.0.12 Central trcating plant A station that is responsible for the centralized treatment of crude oil, natural gas and effluent water in the oil and gas field.
2.0.13 Gas gathering station A station that collects, adjusts, separates and measures gas and products. 2.0.14 Gas distribution station A station that distributes commodity natural gas to users on a mine or gas pipeline. 2.0.15 Natural gas conditioning plant A plant with a large production capacity and equipment types including natural gas desulfurization, dehydration, sulfur recovery, tail gas treatment or part of them. 2.0.16 Compressor station A station that uses compressors to pressurize natural gas (oilfield gas) on the gas pipeline in the mine.
2.0.17 Water-injection station A station that supplies injection water and well washing water to the injection well. 2.0.18 Produced water treatment station A station that recycles and treats the produced water from the oil and gas field to make it meet the water quality standards for injection water or emission standards.
2.0.19 Oil transportation station A station established at the starting and ending points of the oil pipeline and along the line according to the transportation process requirements. Generally includes the first station, the end station, the pigging station, the intermediate station and the sub-transmission station. 2.0.20 Gas transmission station A general term for various process stations in the gas pipeline project. Generally includes gas transmission terminal, gas terminal, gas compressor station, gas receiving station and gas distribution station. 2.0.21 Pipeline network pipe network work
The general term for multiple interconnected pipelines that transport the same fluid in the same area, such as 3
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