SY/T 0082-1993 Specification for preliminary design of crude oil and natural gas surface engineering
Some standard content:
Standard of the Petroleum and Natural Gas Industry of the People's Republic of China Code for Preliminary Design Contents of Crude Oil & Natural Gas Surface EngineeringSY/T0082—93 Compiled by: Survey, Design and Safety Research Institute of North China Petroleum Administration Bureau Approved by: China Zaipu Natural Gas Corporation Effective date: June 1, 1994 Petroleum Industry Press 1994·Zhaojing General Description General Description Station Design Description Pipeline, Power Line, Communication Line, Road Design Description Environmental Protection Special Chapter Occupational Safety and Health Special Chapter Fire Prevention Special Chapter Additional Description · Parts, Crude Oil and Natural Gas Surface Engineering Specifications for the content of preliminary engineering design 18
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Article explanation
China National Petroleum Corporation document
（93）CNPC Technical Supervision No. 863
Notice on the approval of the release of eighty-five oil and gas industry standards including "Design Specifications for Thermochemical Sedimentation and Dehydration of Crude Oil"
To all relevant units:
Eighty-five standards (drafts) including "Design Specifications for Thermochemical Sedimentation and Dehydration of Crude Oil" have been reviewed and approved, and are now approved as oil and gas industry standards and are published. The numbers and names of each standard are as follows:
SY/T 0081-93
SY/T 0082-93
SY/T 0525.1---93
0525.2--93
0525.3--93
SY/T 0525.4—93
SY/T 0525,5—93
SY/T 0527—93
SY/T 0528—93
10. SY/T 0529--93
Design specification for thermochemical dehydration of crude oil
Specification for preliminary design of surface engineering of crude oil and natural gas
Petroleum storage tank pressure relief valve
Petroleum storage tank swivel joint
Petroleum storage tank air foam generator
Petroleum storage tank steel hole accessories
Petroleum storage tank oil measuring hole
Crude oil group composition analysis High performance liquid chromatography Determination of trace content of crude oil Atomic absorption spectrometrybzxZ.net
Analysis of C,~C2N, CQ in oilfield gas Correlation normalization gas chromatography
I1SY/T 0530-93
12.SY/T 0532--93
13, SY/T 5128-93
14. SY/T 5179-93
15. SY/T 5191-93
16. SY/T 5313--93
17, SY/T 5326--93
18. SY/T 5788.1--93
19. SY/T 5788.2--93
20. SY1T 5810-93
21 SY/T 582093
22. SY/T 5325---93
23.SY/T 5842-.93
24. SY/T 5849--93
26. SY/T 6851-99
26. SY/T 5852--93
27.SY 5853--93
28.SY 5854--93
29. SY 5855--93
30. SY 5856--93
31. SY 5857-93
Method for determination of oil content in oilfield wastewater-spectrophotometric method
Analysis method for bacteria in oilfield juice
Absolutely rare
General technical conditions for shaped charge perforating bullets for gas wells (replaces SY5128-86)
Labor quotas for petroleum machinery processing
(replaces SYn G179--87)
Technical Specifications for Gas Chromatographic Logging
Drilling Terminology
(Replaces 5Y5313-88)
Technical Specifications for Wall Coring
(Replaces 5Y5326-88)
Technical Specifications for Comprehensive Logging in Petroleum and Natural Gas Drilling Geology and Gas Logging Specifications for Petroleum and Natural Gas Drilling Geology and Gas Logging Technical Specifications for Exploration
Technical Specifications for Magnetotelluric Sounding Method for Petroleum
Temperature Test of Mechanical Downhole Thermometer
Technical Requirements for Preparation of Sandstone Oilfield Development Program Development of geological reservoir engineering part
Evaluation of chemical plugging effect of oil and water wells Technical requirements for preparation of water development adjustment plan for sandstone oilfields
Technical specification for integrated well testing of offshore gas wells
Safety management regulations for compressed natural gas cylinders for vehicles in the petroleum industry
Safety regulations for special wet steam generators for oil fields Investigation and handling procedures for workers' work-related accidents in petroleum enterprises Safety regulations for live working in the oil and gas industry
Safety management regulations for explosives in geological exploration
62.SY/T5885--93
63. SY/T 5886-93
64. SY/T 5887-93
65.SY/T5888—93
66,SY/T5889—93
87. SY/T 5890--93
68. SY/T 5891.1—93
69. SY/T 5892.2—93
70.SY/T 5892—93
71. SY/T 5893-93
72,SY/T 5894--93
73SY/T 5895--93
74. SY/T 5896--93
75.SY/T 5897-93
78.SY/T 5898—93
77. SY/T 5899-93
78. SY/T 5900---93
79. SY/T 5901-93
80. SY/T 5902-.-93
81. SY/T 5903--93
82. SY/T 5904- -93
83. SY/T 5905---93
84. SY/T 5906--93
85 SY/T 5924---93
High concentration hydrochloric acid corrosion inhibitor CT1-3 for acidification
Sandstone slow acid performance evaluation method
Crude oil pour point depressant effect evaluation method
Floatation agent flotation effect evaluation method Rotor suction method
Deoxidizer performance evaluation method
Bactericide performance evaluation method
Specification for the production of mixed soil targets for perforating bullets (devices) for oil and gas wells
Perforating bullet detection and comprehensive evaluation methods for oil and gas wells Production management regulations for new logging and perforating technologies
Method for measuring the permeability of loose sandstone
Labor quota for maintenance of special vehicles in oil fields
Used quantities and units of exploration and development in the petroleum industry
(Replacement of SY 5433-92,SY5155--87) Labor quota for gas production engineering
Labor quota for gas transmission engineering
General technical conditions for seismic data transmission cables
Technical conditions for hydraulic power instruments
Technical conditions for bimetallic parallel thermometers
Classification of instruments for petroleum exploration and development
Basic environmental test methods for instruments for petroleum exploration and developmentTest: Tide-fall test
Combination design method for pumping rod column
Principles for well selection and pump selection design method for submersible electric pumpsSelection method for beam pumping units
Method for making nozzle loss curve chart
Water plugging operation method for oil wellsMechanical plugging water plugging operation for open hole wells
The above standards shall come into force on June 1, 1994. China National Petroleum Corporation
January 6, 1994
1 General Regulations
1.0."To ensure the completeness and uniformity of the preliminary design content of crude oil and natural gas surface projects, this specification is specially formulated.
1.0.2 This specification is applicable to the crude oil, natural gas, water injection, and produced water treatment projects of newly built onshore oil and gas fields and long-distance oil and gas pipelines. Expansion and reconstruction projects can refer to this specification. The preliminary design of other independent projects should comply with the corresponding industry standards. 1.03 The preliminary design using this specification should be written in accordance with the following contents, or it can be written in combination according to the project situation:
(1) General description:
Station design:
Pipeline, power line, communication line, road design. 1.0.4 The preliminary design documents should consist of instructions, drawings, equipment list, material list and total budget.
t.0,5 Preparation of preliminary design The design should meet the following necessary conditions: (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, and product distribution plan: (3) There is a design contract: (4) There are complete and reliable basic design data: (5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communications, land acquisition, transportation, etc.: () There is an approved environmental impact assessment report (table). 1.0, 6 The depth of the preliminary design documents should meet the following requirements: (1) Based on the preparation of construction drawings: (2) Determine the scope of land use and building (structure) demolition: (3) Based on the ordering of major equipment and materials: (4) Based on construction preparation work
(5) To carry out production preparation work;
(6) To prepare construction plans and control infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents should be appropriately increased or decreased according to the actual situation of the project. 1.0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific circumstances of the project, the professional settings and division of labor of the design unit.
1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description||tt| |The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General description
2.1.1 The general description shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and line overview, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building standards and area. 2.1.12 The following contents shall be stated in the public facilities and auxiliary facilities: (1) Total amount of industrial and domestic water supply, water sources, water quality, water banks, treatment and supply methods:
(2) Drainage: amount of industrial, industrial and domestic sewage, treatment and discharge methods:
(?) Heating: heating medium, load, pressure, temperature, fuel type: (4) Power supply: industrial and domestic power load and its level, power supply capacity, voltage level, substation capacity, line conductor specifications, power supply method, power grid communication and automation:
(5) Communication, communication networking method and capacity, and networking method with the public network:
(6) Roads: road level, traffic volume and traffic composition, roadbed width, pavement structure, bridge signs and number, road length and length. For example, when building a road, the connection point, the length of the dedicated line and the length of the loading and unloading line should be clearly stated () Anti-corrosion: anti-corrosion scope and anti-corrosion methods (8) Maintenance: maintenance content and scale:
(9) Non-installed equipment: list the number of installed storage units by category (10) Fire protection: fire protection methods, the number of fire stations, scale, equipment, content and service level.
2,1,13 The engineering quantity should be listed in the single project, the number of factories, stations and yards, the length and diameter of pipelines of various media, the length of roads of various widths and structures, the number of bridges with large spans, the number of crossings, the length of railway dedicated lines, power lines, and access lines, the area occupied by energy output, the amount of earthwork, the number of demolished and constructed buildings and the building area.
2,1.14 Energy utilization should explain the source of power and fuel types, consumption, heat level and use, comprehensive utilization and indicators of oil, gas, water and electricity consumption. 2.1,15 Special chapters on environmental protection, occupational safety and health, and fire prevention. 21.16 The phased design of the project should be listed according to the individual projects, and the first phase of the project may not be included.
2.1.17 The organizational structure and labor quota should be calculated according to the work system of each position in production and auxiliary production, and the quality requirements of the position personnel should be clarified. Personnel at all levels should be assigned according to regulations.
2.1.18 The main technical and economic indicators should include the total investment budget, total production cost, investment recovery period and economic evaluation conclusion.
2.1.19 Existing problems and suggestions.
2.2 Drawings
2.2.1 The drawings should include all (or part) of the following drawings: (1) Process block flow chart
(2) Principle flow chart:
(3) Regional location map:
(4) Line direction map:
(5) General layout of oil and gas fields, factories or long-distance transmission pipelines. 2.3 Tables
2.3.1 The tables consist of the following:
(1) Equipment summary table should list the main production, maintenance, testing, and non-installation equipment:
(2) Material summary table should list the main materials used in construction. 2.4 Attachments
2.4.1 The attachments include the following:
(1) Feasibility study report:
(2) Approval of design basis documents:
(3) Technical appraisal and technology promotion report:
(4) Agreement documents:
(5) Contract:
(6) Minutes of meetings and related documents.2 This specification is applicable to the construction of new onshore oil and gas fields and long-distance oil and gas pipelines for crude oil, natural gas, water injection, and produced water treatment projects. Expansion and reconstruction projects can refer to this specification. The preliminary design of other independent projects should comply with the corresponding industry standards. 1.03 The preliminary design using this specification shall be written according to the following contents, or it can be written in combination according to the project situation:
(1) General description:
Station design:
Pipeline, power line, communication line, road design. 1.0.4 The preliminary design document shall consist of instructions, drawings, and equipment list. The material list and the total budget constitute the core
t.0,5 The preparation of the preliminary design shall meet the following necessary conditions (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, product distribution plan:
(3) There is a design contract:
4 There are complete and reliable basic design data:
(5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communications, land acquisition, transportation, etc.:
() There is an approved environmental impact assessment report (form). 1.0,6 The depth of the preliminary design documents shall meet the following requirements: (1) To prepare the construction drawings: (2) To determine the scope of land use and building (structure) demolition: (3) To order the main equipment and materials: (4) To carry out construction preparation work; (5) To carry out production preparation work: (6) To prepare the construction plan and control the infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents shall be appropriately increased or decreased according to the actual situation of the project. 1,0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific conditions of the project, the professional settings and division of labor of the design unit. 1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description
The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General description
2.1.1 The general description shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and line overview, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building standards and area. 2.1.12 The following contents shall be stated in the public facilities and auxiliary facilities: (1) Total amount of industrial and domestic water supply, water sources, water quality, water banks, treatment and supply methods:
(2) Drainage: amount of industrial, industrial and domestic sewage, treatment and discharge methods:
(?) Heating: heating medium, load, pressure, temperature, fuel type: (4) Power supply: industrial and domestic power load and its level, power supply capacity, voltage level, substation capacity, line conductor specifications, power supply method, power grid communication and automation:
(5) Communication, communication networking method and capacity, and networking method with the public network:
(6) Roads: road level, traffic volume and traffic composition, roadbed width, pavement structure, bridge signs and number, road length and length. For example, when building a road, the connection point, the length of the dedicated line and the length of the loading and unloading line should be clearly stated () Anti-corrosion: anti-corrosion scope and anti-corrosion methods (8) Maintenance: maintenance content and scale:
(9) Non-installed equipment: list the number of installed storage units by category (10) Fire protection: fire protection methods, the number of fire stations, scale, equipment, content and service level.
2,1,13 The engineering quantity should be listed in the single project, the number of factories, stations and yards, the length and diameter of pipelines of various media, the length of roads of various widths and structures, the number of bridges with large spans, the number of crossings, the length of railway dedicated lines, power lines, and access lines, the area occupied by energy output, the amount of earthwork, the number of demolished and constructed buildings and the building area.
2,1.14 Energy utilization should explain the source of power and fuel types, consumption, heat level and use, comprehensive utilization and indicators of oil, gas, water and electricity consumption. 2.1,15 Special chapters on environmental protection, occupational safety and health, and fire prevention. 21.16 The phased design of the project should be listed according to the individual projects, and the first phase of the project may not be included.
2.1.17 The organizational structure and labor quota should be calculated according to the work system of each position in production and auxiliary production, and the quality requirements of the position personnel should be clarified. Personnel at all levels should be assigned according to regulations.
2.1.18 The main technical and economic indicators should include the total investment budget, total production cost, investment recovery period and economic evaluation conclusion.
2.1.19 Existing problems and suggestions.
2.2 Drawings
2.2.1 The drawings should include all (or part) of the following drawings: (1) Process block flow chart
(2) Principle flow chart:
(3) Regional location map:
(4) Line direction map:
(5) General layout of oil and gas fields, factories or long-distance transmission pipelines. 2.3 Tables
2.3.1 The tables consist of the following:
(1) Equipment summary table should list the main production, maintenance, testing, and non-installation equipment:
(2) Material summary table should list the main materials used in construction. 2.4 Attachments
2.4.1 The attachments include the following:
(1) Feasibility study report:
(2) Approval of design basis documents:
(3) Technical appraisal and technology promotion report:
(4) Agreement documents:
(5) Contract:
(6) Minutes of meetings and related documents.2 This specification is applicable to the construction of new onshore oil and gas fields and long-distance oil and gas pipelines for crude oil, natural gas, water injection, and produced water treatment projects. Expansion and reconstruction projects can refer to this specification. The preliminary design of other independent projects should comply with the corresponding industry standards. 1.03 The preliminary design using this specification shall be written according to the following contents, or it can be written in combination according to the project situation:
(1) General description:
Station design:
Pipeline, power line, communication line, road design. 1.0.4 The preliminary design document shall consist of instructions, drawings, and equipment list. The material list and the total budget constitute the core
t.0,5 The preparation of the preliminary design shall meet the following necessary conditions (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, product distribution plan:
(3) There is a design contract:
4 There are complete and reliable basic design data:
(5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communications, land acquisition, transportation, etc.:
() There is an approved environmental impact assessment report (form). 1.0,6 The depth of the preliminary design documents shall meet the following requirements: (1) To prepare the construction drawings: (2) To determine the scope of land use and building (structure) demolition: (3) To order the main equipment and materials: (4) To carry out construction preparation work; (5) To carry out production preparation work: (6) To prepare the construction plan and control the infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents shall be appropriately increased or decreased according to the actual situation of the project. 1,0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific conditions of the project, the professional settings and division of labor of the design unit. 1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description
The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General description
2.1.1 The general description shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and line overview, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building standards and area. 2.1.12 The following contents shall be stated in the public facilities and auxiliary facilities: (1) Total amount of industrial and domestic water supply, water sources, water quality, water banks, treatment and supply methods:
(2) Drainage: amount of industrial, industrial and domestic sewage, treatment and discharge methods:
(?) Heating: heating medium, load, pressure, temperature, fuel type: (4) Power supply: industrial and domestic power load and its level, power supply capacity, voltage level, substation capacity, line conductor specifications, power supply method, power grid communication and automation:
(5) Communication, communication networking method and capacity, and networking method with the public network:
(6) Roads: road level, traffic volume and traffic composition, roadbed width, pavement structure, bridge signs and number, road length and length. For example, when building a road, the connection point, the length of the dedicated line and the length of the loading and unloading line should be clearly stated () Anti-corrosion: anti-corrosion scope and anti-corrosion methods (8) Maintenance: maintenance content and scale:
(9) Non-installed equipment: list the number of installed storage units by category (10) Fire protection: fire protection methods, the number of fire stations, scale, equipment, content and service level.
2,1,13 The engineering quantity should be listed in the single project, the number of factories, stations and yards, the length and diameter of pipelines of various media, the length of roads of various widths and structures, the number of bridges with large spans, the number of crossings, the length of railway dedicated lines, power lines, and access lines, the area occupied by energy output, the amount of earthwork, the number of demolished and constructed buildings and the building area.
2,1.14 Energy utilization should explain the source of power and fuel types, consumption, heat level and use, comprehensive utilization and indicators of oil, gas, water and electricity consumption. 2.1,15 Special chapters on environmental protection, occupational safety and health, and fire prevention. 21.16 The phased design of the project should be listed according to the individual projects, and the first phase of the project may not be included.
2.1.17 The organizational structure and labor quota should be calculated according to the work system of each position in production and auxiliary production, and the quality requirements of the position personnel should be clarified. Personnel at all levels should be assigned according to regulations.
2.1.18 The main technical and economic indicators should include the total investment budget, total production cost, investment recovery period and economic evaluation conclusion.
2.1.19 Existing problems and suggestions.
2.2 Drawings
2.2.1 The drawings should include all (or part) of the following drawings: (1) Process block flow chart
(2) Principle flow chart:
(3) Regional location map:
(4) Line direction map:
(5) General layout of oil and gas fields, factories or long-distance transmission pipelines. 2.3 Tables
2.3.1 The tables consist of the following:
(1) Equipment summary table should list the main production, maintenance, testing, and non-installation equipment:
(2) Material summary table should list the main materials used in construction. 2.4 Attachments
2.4.1 The attachments include the following:
(1) Feasibility study report:
(2) Approval of design basis documents:
(3) Technical appraisal and technology promotion report:
(4) Agreement documents:
(5) Contract:
(6) Minutes of meetings and related documents.03 The preliminary design using this specification shall be prepared according to the following contents, or it may be prepared in combination according to the project situation:
(1) General description:
Station design:
Pipeline, power line, communication line, road design. 1.0.4 The preliminary design document shall consist of instructions, drawings, equipment list. Material list and total budget.
t.0,5 The following necessary conditions shall be met for the preparation of preliminary design (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, product distribution plan:
(3) There is a design contract:
4 There are complete and reliable basic design data:
(5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communication, land acquisition, transportation, etc.:
() There is an approved environmental impact assessment report (table). 1.0,6 The depth of the preliminary design documents shall meet the following requirements: (1) To prepare the construction drawings: (2) To determine the scope of land use and building (structure) demolition: (3) To order the main equipment and materials: (4) To carry out construction preparation work; (5) To carry out production preparation work: (6) To prepare the construction plan and control the infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents shall be appropriately increased or decreased according to the actual situation of the project. 1,0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific conditions of the project, the professional settings and division of labor of the design unit. 1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description
The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General description
2.1.1 The general description shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and line overview, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building standards and area. 2.1.12 The following contents shall be stated in the public facilities and auxiliary facilities: (1) Total amount of industrial and domestic water supply, water sources, water quality, water banks, treatment and supply methods:
(2) Drainage: amount of industrial, industrial and domestic sewage, treatment and discharge methods:
(?) Heating: heating medium, load, pressure, temperature, fuel type: (4) Power supply: industrial and domestic power load and its level, power supply capacity, voltage level, substation capacity, line conductor specifications, power supply method, power grid communication and automation:
(5) Communication, communication networking method and capacity, and networking method with the public network:
(6) Roads: road level, traffic volume and traffic composition, roadbed width, pavement structure, bridge signs and number, road length and length. For example, when building a road, the connection point, the length of the dedicated line and the length of the loading and unloading line should be clearly stated () Anti-corrosion: anti-corrosion scope and anti-corrosion methods (8) Maintenance: maintenance content and scale:
(9) Non-installed equipment: list the number of installed storage units by category (10) Fire protection: fire protection methods, the number of fire stations, scale, equipment, content and service level.
2,1,13 The engineering quantity should be listed in the single project, the number of factories, stations and yards, the length and diameter of pipelines of various media, the length of roads of various widths and structures, the number of bridges with large spans, the number of crossings, the length of railway dedicated lines, power lines, and access lines, the area occupied by energy output, the amount of earthwork, the number of demolished and constructed buildings and the building area.
2,1.14 Energy utilization should explain the source of power and fuel types, consumption, heat level and use, comprehensive utilization and indicators of oil, gas, water and electricity consumption. 2.1,15 Special chapters on environmental protection, occupational safety and health, and fire prevention. 21.16 The phased design of the project should be listed according to the individual projects, and the first phase of the project may not be included.
2.1.17 The organizational structure and labor quota should be calculated according to the work system of each position in production and auxiliary production, and the quality requirements of the position personnel should be clarified. Personnel at all levels should be assigned according to regulations.
2.1.18 The main technical and economic indicators should include the total investment budget, total production cost, investment recovery period and economic evaluation conclusion.
2.1.19 Existing problems and suggestions.
2.2 Drawings
2.2.1 The drawings should include all (or part) of the following drawings: (1) Process block flow chart
(2) Principle flow chart:
(3) Regional location map:
(4) Line direction map:
(5) General layout of oil and gas fields, factories or long-distance transmission pipelines. 2.3 Tables
2.3.1 The tables consist of the following:
(1) Equipment summary table should list the main production, maintenance, testing, and non-installation equipment:
(2) Material summary table should list the main materials used in construction. 2.4 Attachments
2.4.1 The attachments include the following:
(1) Feasibility study report:
(2) Approval of design basis documents:
(3) Technical appraisal and technology promotion report:
(4) Agreement documents:
(5) Contract:
(6) Minutes of meetings and related documents.03 The preliminary design using this specification shall be prepared according to the following contents, or it may be prepared in combination according to the project situation:
(1) General description:
Station design:
Pipeline, power line, communication line, road design. 1.0.4 The preliminary design document shall consist of instructions, drawings, equipment list. Material list and total budget.
t.0,5 The following necessary conditions shall be met for the preparation of preliminary design (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, product distribution plan:
(3) There is a design contract:
4 There are complete and reliable basic design data:
(5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communication, land acquisition, transportation, etc.:
() There is an approved environmental impact assessment report (table). 1.0,6 The depth of the preliminary design documents shall meet the following requirements: (1) To prepare the construction drawings: (2) To determine the scope of land use and building (structure) demolition: (3) To order the main equipment and materials: (4) To carry out construction preparation work; (5) To carry out production preparation work: (6) To prepare the construction plan and control the infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents shall be appropriately increased or decreased according to the actual situation of the project. 1,0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific conditions of the project, the professional settings and division of labor of the design unit. 1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description
The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General description
2.1.1 The general description shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and line overview, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building standards and area. 2.1.12 The following contents shall be stated in the public facilities and auxiliary facilities: (1) Total amount of industrial and domestic water supply, water sources, water quality, water banks, treatment and supply methods:
(2) Drainage: amount of industrial, industrial and domestic sewage, treatment and discharge methods:
(?) Heating: heating medium, load, pressure, temperature, fuel type: (4) Power supply: industrial and domestic power load and its level, power supply capacity, voltage level, substation capacity, line conductor specifications, power supply method, power grid communication and automation:
(5) Communication, communication networking method and capacity, and networking method with the public network:
(6) Roads: road level, traffic volume and traffic composition, roadbed width, pavement structure, bridge signs and number, road length and length. For example, when building a road, the connection point, the length of the dedicated line and the length of the loading and unloading line should be clearly stated () Anti-corrosion: anti-corrosion scope and anti-corrosion methods (8) Maintenance: maintenance content and scale:
(9) Non-installed equipment: list the number of installed storage units by category (10) Fire protection: fire protection methods, the number of fire stations, scale, equipment, content and service level.
2,1,13 The engineering quantity should be listed in the single project, the number of factories, stations and yards, the length and diameter of pipelines of various media, the length of roads of various widths and structures, the number of bridges with large spans, the number of crossings, the length of railway dedicated lines, power lines, and access lines, the area occupied by energy output, the amount of earthwork, the number of demolished and constructed buildings and the building area.
2,1.14 Energy utilization should explain the source of power and fuel types, consumption, heat level and use, comprehensive utilization and indicators of oil, gas, water and electricity consumption. 2.1,15 Special chapters on environmental protection, occupational safety and health, and fire prevention. 21.16 The phased design of the project should be listed according to the individual projects, and the first phase of the project may not be included.
2.1.17 The organizational structure and labor quota should be calculated according to the work system of each position in production and auxiliary production, and the quality requirements of the position personnel should be clarified. Personnel at all levels should be assigned according to regulations.
2.1.18 The main technical and economic indicators should include the total investment budget, total production cost, investment recovery period and economic evaluation conclusion.
2.1.19 Existing problems and suggestions.
2.2 Drawings
2.2.1 The drawings should include all (or part) of the following drawings: (1) Process block flow chart
(2) Principle flow chart:
(3) Regional location map:
(4) Line direction map:
(5) General layout of oil and gas fields, factories or long-distance transmission pipelines. 2.3 Tables
2.3.1 The tables consist of the following:
(1) Equipment summary table should list the main production, maintenance, testing, and non-installation equipment:
(2) Material summary table should list the main materials used in construction. 2.4 Attachments
2.4.1 The attachments include the following:
(1) Feasibility study report:
(2) Approval of design basis documents:
(3) Technical appraisal and technology promotion report:
(4) Agreement documents:
(5) Contract:
(6) Minutes of meetings and related documents.0,5 The preparation of preliminary design shall meet the following necessary conditions (1) There is an approved feasibility study report: (2) There is an approved resource report, geological development plan, mining process design, and product distribution plan:
(3) There is a design contract:
4 There is complete and reliable design basic data:
(5) There are agreements or meeting minutes on planning water supply, drainage, power supply, communication, land acquisition, transportation, etc.:
() There is an approved environmental impact assessment report (table). 1.0,6 The depth of the preliminary design documents should meet the following requirements: (1) Based on the preparation of construction drawings:
(2) Determine the scope of land use and building (structure) demolition: (3) Based on the ordering of major equipment and materials: 1
(4) Based on the preparation of construction work;
(5) Based on the preparation of production work:
(6) Based on the preparation of construction plans and the control of infrastructure investment. 1.0.7 This specification is a general requirement for the preliminary design content of crude oil and natural gas surface engineering. When there are other requirements for different projects or construction units, the content of the preliminary design documents should be appropriately increased or decreased according to the actual situation of the project. 1.0.8 This specification is not used as the basis for the arrangement of design documents and chapters. The order and format of the preliminary design documents and chapters shall be determined according to the specific conditions of the project, the professional settings and division of labor of the design unit.
1.0.9 In addition to implementing this specification, the content of the preliminary design of crude oil and natural gas surface engineering shall also comply with the relevant current national standards. 2
2 General description
The general description includes five parts: general description, drawings, equipment summary table, material summary table and appendix.
2.1 General Specification
2.1.1 The general specification shall include the design basis, design guidance and principles, design scope and division of labor, exploration results and development plan key points, construction scale, construction area and overview of the route, general process and process characteristics, product types and sales, general layout, buildings, public and auxiliary facilities, engineering quantity, energy utilization, environmental protection, occupational safety and health, fire prevention, engineering construction phases, organizational structure and labor quota, and main technical and economic indicators. Existing problems and suggestions. 2.1.2 The design basis shall list the file number and file name of the following documents, the name of the issuing (or signing) unit of the document, and the date of issuance (or signing). (1) Approval of feasibility study report: (2) Approval of oil and gas field development plan and resource evaluation report; (3) Design contract; (4) Engineering agreement documents: (5) Approved environmental impact assessment report (form); (6) Basic design data: (7) Other relevant documents and meeting minutes. 213 Design guidance and principles The main design principles followed in this design should be explained in accordance with the relevant national and industry guidelines, policies, regulations and requirements, combined with the specific situation of this engineering project. 2.1, 4 Design scope and division of labor The scope of this design should be explained. When there is a collaborative relationship, the design division of labor and collaborative relationship should be explained. 2.1.5 Exploration results and development plan should include the following contents: (1) Oil geological data: (2) Development plan: (8) Mining process (4) Physical properties and composition of crude oil, natural gas and produced water. 2.1,6 The compilation of construction scale shall comply with the following provisions: (1) The main single project of oil and gas connection shall describe the design production capacity or capacity of the project: (2) Long-distance pipelines shall describe the specifications, length, delivery volume, delivery pressure, and number of pipelines. 217 The outline of the transmission line along the regional power generation line shall include the following contents: (1) Geographical location, administrative affiliation, and the relationship between the neighboring urban enterprises and the project; (2) Natural conditions: (3) Power supply, water supply, drainage, communication, and traffic conditions (4) Regional planning. 2.1.8 Overall process and process characteristics The following contents shall be described: (1) The overall process and main characteristics shall be described: (2) The degree of automatic control, system structure configuration, number of measurement and control points, and information transmission method shall be described: (3) The use of new processes, new technologies, new equipment, and new materials and their economic benefits shall be described.
2,19 Product types and sales The types, quality, storage, transportation and sales methods of oil and gas products should be described.
2.1.10 The general layout should describe the following contents: (1) The location and layout principles of factories, production stations, auxiliary production stations, and living areas, and their relationship with other existing facilities: (2) The direction selection and layout of roads, pipelines, and lines, and their relationship with other facilities;
(3) The design standards, scale and project content of flood control and drainage: (4) The number of permanent and temporary land occupations, the number of demolished buildings (structures), and the number of main stone.
2.1.F1 Buildings should describe the building st
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