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Position: Chinese Standard in English/SY/T 0090-2006
SY/T 0090-2006   Code of Instrument Control System Design for Oil-gas Fields and Pipelines (English Version)
Standard No.: SY/T 0090-2006 Status:valid remind me the status change

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Language:English File Format:PDF
Word Count: 23000 words Price(USD):570.0 remind me the price change

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Implemented on:2007-1-1 Delivery: via email in 1 business day
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Standard No.: SY/T 0090-2006
English Name: Code of Instrument Control System Design for Oil-gas Fields and Pipelines
Chinese Name: 油气田及管道仪表控制系统设计规范
Chinese Classification: P7    
Professional Classification: SY    Professional Standard - Oil & Gas
ICS Classification: 75.2 75.2    Petroleum products and natural gas handling equipment
75.01    Lubricants, industrial oils and related products 75.2
Issued by: NDRC
Issued on: 2006-7-10
Implemented on: 2007-1-1
Status: valid
Superseding:SY/T 0090-1996 Standard of instrumentation comtral system design for oil-gas field and pipeline
Language: English
File Format: PDF
Word Count: 23000 words
Price(USD): 570.0
Delivery: via email in 1 business day
This code is applicable to the design of instrument control system for the production process and ancillary facilities of newly-built or expansion projects in the overland oil-gas field and pipeline works. And the design of reconstruction project is implemented by making reference thereto.
Foreword III 1 Scope 2 Normative References 3 Terms and Definition 4 General Provisions 5 Design of Instrument Control System 5.1 Basic Requirements 5.2 Functional Setting of Instrument Control System 5.3 Design of Sequence Control System 5.4 Design of Signal Alarm and Interlock Protection System 5.5 Measurement and Control Project 6 Selection of Measure and Control Equipment 6.1 Basic Principles 6.2 Selection of Temperature Measuring Meters 6.3 Selection of Pressure Measuring Instrument 6.4 Selection of Flow Measuring Instrument 6.5 Selection of Level Gauging Instrument 6.6 Selection of Common Process Analysis Meters 6.7 Selection of Regulation Meter 6.8 Selection of Control Valves 6.9 Selection of Display Instrument 7 Instrument Panel (Desk) 7.1 Selection of Instrument Panel (Desk) 7.2 Surface Arrangement of Instrument Panel (Desk) 7.3 Equipment Arrangement in Instrument Panel (Desk) 7.4 Wiring and Piping of Instrument Panel (Desk) 7.5 Installation of Instrument Panel (Desk) 8 Control Room 8.1 Site Selection for Control Room 8.2 Area and Plane Layout for Control Room 8.3 Construction Requirements on Control Room 8.4 Inlet Wire Mode and Cable Pipeline Layout in Control Room 9 Power Supply and Gas Supply 9.1 Power Supply 9.2 Gas Supply 10 Wire Cable and Instrument Pipeline Cable 10.2 Selection and Tubing of the Pneumatic Signal Pipeline 10.3 Measuring Line and Appurtenance 10.4 Laying of Wire Cable and Instrument Piping Pipeline Cable 11 Installations of Instruments and Control Values 12 Grounding Design 12.1 General Provisions 12.2 Classification and Requirement for Grounding 12.3 Grounding Connection Method 12.4 Connection Requirements for Grounding System 12.5 Requirements on grounding resistance 13 Health, Safety and Environment
Referred in SY/T 0090-2006:
*GB/T 2624-1993 Measurement of fluid flow by means of orifice plates, nozzles and Venturi tubes inserted in circular cross-section conduits running full
*GB 3836.4-2010 Explosive atmospheres—Part 4:Equipment protection by intrinsic safety i
*GB 3836.5-2004 Electrical apparatus for explosive gas atmosphere?Part 5:Pressurized enclosures “p”
*GB 4064-1983 General guide for designing of electrical equipment to satisfy safety requirements
*GB 4208-2008 Degrees of Protection Provided By Enclosure (IP Code)
*GB 8702-2014 Controlling limits for electromagnetic environment
*GB 9109.1-1988
*GB/T 11885-2015 Automatic rail-weighbridges
*GB 12348-2008 Emission Standard for Industrial Enterprises Noise at Boundary
*GB/T 18604-2014 Measurement of Natural Gas Flow by Gas Ultrasonic Flow Meters
*GB 18871-2002 Basic Standards for Protection against Ionizing Radiation and for the Safety of Radiation Sources
*GB 50041-2020 Standard for design of boiler plant
*GB 50057-2010 Design Code for Protection of Structures against Lightning
*GB 50058-2014 Code for Design of Electrical Installations in Explosive Atmospheres
*GB 50183-2015 Standard for urban water conservation evaluation
*GB 50251-2015 Design code for gas transmission pipeline engineering
*GB 50253-2014 Code for design of oil transportation pipeline engineering
*GB 50343-2012 Technical code for protection of building electronic information system against lightning
*GB 50350-2015 Code for Design of Oil-gas Gathering and Transportation Systems of Oilfield
*GB03D501-194
*GBZ 1-2010 Hygienic Standards for the Design of Industrial Enterprises
*BGJ16-
*GBJ 116-1988 Specifications for the design of automatic fire-alarming systems
*GBJ 140-90 (1997) Code for Design of Extinguisher Distribution in Buildings
*GBJ 211-1987 Specifications for construction and acceptance of industrial furnance
*SY/T 0091-2006 Code for Engineering Design of Computer Control System for Oil/gas Fields and Pipelines
*SY/T 0310-2019 Code for engineering design of instrument control system in beach-shallow sea
*SY/T 0605-2016
*SY/T 6143-2004 Measurement of natural gas flow by means of standard orifice plates meter
*SY/T 6276-2014 Petroleum and natural gas industries health, safety and environmental management systems
*SY 6503-2016
*HG/T 20699-2014 Common terms and definition of measurement and control system
*SH/T 3019-2016 Design code for instrument tubing and wiring in petrochemical industry
*SH 3020-2001 Code for the design of instrument air supply system for petrochemical industry
*SH 3021-2001 Code for the design of seal and purge of instrument and piping for petrochemical industry
*SH 3063-1999 Specification for the design of combustble gas and toxic gas detection and alarm for petrochemical industry
*SH/T 3081-2019 Design code for instrument earthing in petrochemical industry
*SH/T 3082-2019 Design code for instrument power supply in petrochemical industry
*SH/T 3104-2013 Code for the design of instrument installation for petrochemical industry
*SH 3126-2001 Code for the design of tracing and insulation of instrument and piping for petrochemical industry
SY/T 0090-2006 is referred in:
*SY/T 0091-2006 Code for Engineering Design of Computer Control System for Oil/gas Fields and Pipelines
Code of China
Standard
SY/T 0090-2006  Code of Instrument Control System Design for Oil-gas Fields and Pipelines (English Version)
Standard No.SY/T 0090-2006
Statusvalid
LanguageEnglish
File FormatPDF
Word Count23000 words
Price(USD)570.0
Implemented on2007-1-1
Deliveryvia email in 1 business day
Detail of SY/T 0090-2006
Standard No.
SY/T 0090-2006
English Name
Code of Instrument Control System Design for Oil-gas Fields and Pipelines
Chinese Name
油气田及管道仪表控制系统设计规范
Chinese Classification
P7
Professional Classification
SY
ICS Classification
75.01
Issued by
NDRC
Issued on
2006-7-10
Implemented on
2007-1-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
SY/T 0090-1996 Standard of instrumentation comtral system design for oil-gas field and pipeline
Language
English
File Format
PDF
Word Count
23000 words
Price(USD)
570.0
Keywords
SY/T 0090-2006, SY 0090-2006, SYT 0090-2006, SY/T0090-2006, SY/T 0090, SY/T0090, SY0090-2006, SY 0090, SY0090, SYT0090-2006, SYT 0090, SYT0090
Introduction of SY/T 0090-2006
This code is applicable to the design of instrument control system for the production process and ancillary facilities of newly-built or expansion projects in the overland oil-gas field and pipeline works. And the design of reconstruction project is implemented by making reference thereto.
Contents of SY/T 0090-2006
Foreword III 1 Scope 2 Normative References 3 Terms and Definition 4 General Provisions 5 Design of Instrument Control System 5.1 Basic Requirements 5.2 Functional Setting of Instrument Control System 5.3 Design of Sequence Control System 5.4 Design of Signal Alarm and Interlock Protection System 5.5 Measurement and Control Project 6 Selection of Measure and Control Equipment 6.1 Basic Principles 6.2 Selection of Temperature Measuring Meters 6.3 Selection of Pressure Measuring Instrument 6.4 Selection of Flow Measuring Instrument 6.5 Selection of Level Gauging Instrument 6.6 Selection of Common Process Analysis Meters 6.7 Selection of Regulation Meter 6.8 Selection of Control Valves 6.9 Selection of Display Instrument 7 Instrument Panel (Desk) 7.1 Selection of Instrument Panel (Desk) 7.2 Surface Arrangement of Instrument Panel (Desk) 7.3 Equipment Arrangement in Instrument Panel (Desk) 7.4 Wiring and Piping of Instrument Panel (Desk) 7.5 Installation of Instrument Panel (Desk) 8 Control Room 8.1 Site Selection for Control Room 8.2 Area and Plane Layout for Control Room 8.3 Construction Requirements on Control Room 8.4 Inlet Wire Mode and Cable Pipeline Layout in Control Room 9 Power Supply and Gas Supply 9.1 Power Supply 9.2 Gas Supply 10 Wire Cable and Instrument Pipeline Cable 10.2 Selection and Tubing of the Pneumatic Signal Pipeline 10.3 Measuring Line and Appurtenance 10.4 Laying of Wire Cable and Instrument Piping Pipeline Cable 11 Installations of Instruments and Control Values 12 Grounding Design 12.1 General Provisions 12.2 Classification and Requirement for Grounding 12.3 Grounding Connection Method 12.4 Connection Requirements for Grounding System 12.5 Requirements on grounding resistance 13 Health, Safety and Environment
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Keywords:
SY/T 0090-2006, SY 0090-2006, SYT 0090-2006, SY/T0090-2006, SY/T 0090, SY/T0090, SY0090-2006, SY 0090, SY0090, SYT0090-2006, SYT 0090, SYT0090