This specification is applicable to the design of water injection and deoxygenation projects for new construction, reconstruction and expansion of onshore oil fields. Shallow offshore oil fields can refer to it. SY/T 0046-1999 Oilfield Water Injection and Deoxygenation Design SpecificationSY/T0046-1999 Standard download decompression password: www.bzxz.net

Petroleum and Natural Gas Industry Standard of the People's Republic of China Design specification for deoxidation of injected water in oilfield SY/T 00461999 Editor-in-chief: Survey and Design Institute of Shengli Petroleum Administration Co-editor: Oilfield Construction Design Institute of Daqing Petroleum Administration Huabei Petroleum Survey and Design Institute Approving department: Petroleum Industry Press, North Bureau of State Petroleum and Chemical Industry Basic regulations Layout of deoxidation station Process and equipment Vacuum deoxidation Supergravity field deoxidation Deoxidation and sterilization of pharmaceutical agents
Ancillary facilities and buildings (structures)·.·
Pump room
Water irrigation (tank) and cooling tower
Instrument monitoring (duty) room and laboratory·6.3
Appendix A
Appendix B
Appendix C
Appendix D
Appendix E
Appendix F
Appendix G
Formula for calculating working pressure of first-stage vacuum deoxidation tower Working pressure gauge of second-stage vacuum deoxidation tower Calculation formula for the packing height of the first-stage vacuum deoxidation tower Calculation formula for the packing height of the second-stage vacuum deoxidation tower Calculation formula for the gas flow rate of the first-stage vacuum deoxidation tower Calculation formula for the gas flow rate of the second-stage vacuum deoxidation tower Calculation formula for the amount of saturated natural gas dissolved in the outlet water of the supergravity field deoxidation device·
Appendix H Calculation formula for the oxygen content in the natural gas at the outlet of the supergravity field deoxidation device··24 Explanation of standard terms and expressions
Appendix, Oilfield Water Injection Deoxidation Design Specifications
Article Explanation
Document of the State Administration of Petroleum and Chemical Industry
Guo Shihua Zhengfa (1999) No. 201
Notice on the approval of 87 oil and gas industry standards including "Design Specifications for Corrosion Control Engineering of Steel Pipelines and Storage Tanks"
China National Petroleum Corporation:
The draft of 87 oil and gas industry standards including "Design Specifications for Corrosion Control Engineering of Steel Pipelines and Storage Tanks" submitted by your company for approval has been approved by our bureau and is now published. The name and number of the standard are:
Mandatory standard
SY 0007—1999
Recommended standard
SYT 0005-1999
Design specification for corrosion control engineering of steel pipelines and storage tanks (replacing SYI 7—84)
Design specification for oilfield water injection
(replacing SYJ5—89, SY/T 0070—93)SY/I 0006-1999
SY/T 0026-1999
SY/T 0045--1999
SY/T 0046--1999
SY/T 0047-1999
SY/ 00591999
SY/T 0063
SY/T 0066--1999
SY/T 0067--1999
SYI 0094--1999
SY/I 0556---1999
SY/T 50251999
SYT 5031-1999
SY7T 5079--1999
SY/T 51121999
SYI 5113--1999
SY/r 5122—1999
Design specification for oilfield produced water treatment
(replaces SYI6—89)
Test method for water corrosivity (replaces SV126-87)
Design specification for crude oil electric dehydration (replaces SYJ45-91)
Design specification for oilfield water injection deoxidation
(replaces SYJ 46—91)
Technical specification for internal cathodic protection system of crude oil processing container (replaces SYI 47—91)
Technical specification for controlling the hardness of steel equipment welds to prevent sulfide stress cracking (replaces SYI59-91)
Test method for leak detection of pipeline anticorrosion layer
(replaces SY 006392)
Non-destructive measurement method for thickness of steel pipe anticorrosion layer (magnetic method) (replaces SY006692)
Test method for impact resistance of pipeline anticorrosion layer (limestone drop method) (replaces SY0067-92)
Test method for cathodic peeling of pipeline anticorrosion layer (bonding electrolytic cell method)
Quick switch breeding plate (replaces SY5256:91)Drilling and well repair derrick: base specification
(replaces SY 502591)
Specification for reciprocating internal combustion engines for oil fields
(replaces SY 5031--91)
Well testing vehicle (replaces SY/T 5079--93)Drilling and oil production lifting equipment specification
(replaces SY SY/T 5112--86)
Lifting ring (replaces SY5113-93)
Analysis method for carbon, hydrogen and oxygen in rock organic matter (replaces SY5122-86)
SY/T 5148--1999
SY/T 5153-1999
SYT 5154--1999
SY/T 5164--1999
SY/T 5168--1999
SY/T 5171--1999
SY/T 5231--1999
SY/T 5232-1999
SY/T 5327--1999
SY 53451999
SY/T 5356-1999
SYT 5357-1999
SY/T 5370--1999
Pneumatic components for oil drilling equipment One-way throttle valve (replace SY 514886)
Determination of oil rock wettability
(replace SY 5153.1---87SY 5153.2-87, SY/T 5153.395)
Oil and gas reservoir fluid sampling method
(replace SY 515487)
Three-cone drill bit (replace SY5164--91) Classification and coding system for oil drilling equipment parts (replace SY 5168--87)
Petroleum geophysical survey specification
(replaces SY/T 5171-93)
Petroleum industry computer security and confidentiality management regulations (replaces SY 5231-91)
Petroleum industry application software engineering specification
(replaces SY 5232.1 ~5232.8-91 SY 5232.1091: SY 5232.11--91SY 5232.1491)
Radioactive nuclide carrier method tracer logging
(replaces SY 5327-88)
Oil-water relative permeability determination
(replaces SY 534589)
Conventional coring operation method
(replaces SY 5356-89, SY/T 548992) Operation method for soaking stuck drill in de-stuck liquid
(Replaces SY5357-89)
Method for measuring surface and interfacial tension
(Replaces SY/T 5370-91, SY/T 5545-92SY/T 5617--93)
SYT 53831999
SY/T 5434-1999
SYT 54861999
SY/T 5609-1999
SYT 5612.1-1999
SY/T 5612.21999
SY/T 5612.3--1999
SYT 5619-1999
SY/T 56331999
SYT 5634-1999
SY/T 56391999
SYT 57851999
SYT 5788.31999
SY/T 5801—1999
Screw drilling tools (replace SYT5383—91)
Grain size analysis method of clastic rocks
(replace SY5434-92)
Technical regulations for testing unconventional formations
(replace SY 5486-92SY 5839-93
SY/T 6061---94 SY/T 601994)
Types and basic parameters of oil drilling rigs
(replace SYT 5609—93)
Drilling well purification system!
Degasser
(Replace SY/T 5612.1-93)
Drilling fluid purification system cleaner
(Replace SY/T 5612.2-93)
Drilling fluid purification system cyclone
(Replace SY/T 5612.3-93)
Directional well lower drilling tool assembly design practice
(Replace SYT5619-93)
Petroleum logging drawing format (Replace SY5633-93) Use and maintenance of petroleum logging cable
(Replace SY/T 5634--93)
Pneumatic component rotary air guide joint for oil drilling equipment (Replace SY/T S63993)
Petroleum industry information classification and coding guidelines
(Replace SY/T SY/T 5785-93)
Oil and gas exploration well geological logging regulations
(Replace SY5090---85, SY5364-89SY 5365--89, SY/T 5788.393
SY /T 6157----1995)
Regulations on inspection and acceptance of field data for petroleum gravity and magnetic exploration (Replace SY/T 5801--93)
SYT 5820-1999
SY/I 58281999
SY/T 5891.1--1999
SYT 5955-1999
$Y71 5980-1999
SYr 6382--1999
SYT 6383--1999
SYT 63841999
SY/1 63851999
SY/T 6386-1999
SYT 6387--1999
SY/T 6388-1999
SY/T 6389—1999
SY/T 6390-1999
SYT 6391—1999
SY7I 63921999
Technical Specification for Magnetotelluric Sounding Method in Youyou County
(Replaces SYI 5820—93SY/I 5800-93) Quality inspection and verification of petroleum geophysical survey results (replaces SY/T 5828-93)
Specifications for the production of concrete targets for perforator testing in oil and gas wells (replaces SYT 5891.193)
Directional well drilling technology and wellbore quality requirements (replaces SYT 5955-94SY/T 5948-94) Design specifications for exploration and oil testing
(replaces SY 5484-92SY 5485-92
SY 5514-92. SYrT 5975-94.
SYT 5980-94 SY7T 6011--94.
SY/F 6036-94)
Technical management regulations for heating equipment in oil pipelinesOperation procedures for pigging long-distance natural gas pipelines
Determination of high-temperature relative permeability of heavy oil reservoirs
Determination method of rock porosity and permeability under overburden pressureTechnical specification for acquisition of high-resolution onshore seismic exploration dataOPS EIS-EAGIE (24-bit) seismic data acquisition systemInspection items and technical indicators of TELSEIS-SLAR seismic data acquisition systemInspection items and technical indicators of ARAM-24 seismic data acquisition systemInspection items and technical indicators of GDAPS4 seismic data acquisition system
SEG-D seismic tape recording format
Oil-out water injection information code
SY/T 6393-1999
SYT 6394--1999
SYT 6395-1999
SY/T 63961999
SY /T 6397--1999
SYT 6403—1999www.bzxz.net
SY/T 6404-1999
SY /r 6405--1999
SY/T 6406--1999
SYT 6407-1999
SY/1 6408-1999
SYr 6410-1999
SY/T 6411--1999
SY/T 64121999
SY/T 64131999
SY/I 6414-1999
$YT 6415-1999
SYT 6416-1999
SY/T 64171999
SY/r 6418---1999
SY/T 6419-1999
SY 64201999
SYT 6421-1999
Technical regulations for energy conservation in the design of long-distance crude oil pipeline projects (replacing SYI35-90)
Dry mixing operation method of oil well cement and admixtures
Test procedure for heavy brine
Technical requirements for anti-collision of boreholes in sub-type wells
Evaluation method for fungicides used in drilling fluids
Analysis and identification method of chitin
Inductive plasma and atomic emission spectrometry analysis method for metal elements in sedimentary rocks
Geological design specification for geophysical exploration work areasMaintenance and calibration of magnetic single and multi-point film phase inclinometersSpecifications for rotating drill support and drill string components
Drilling and Maintenance and use of workover derricks and substructures Calibration of the output part of production wells
General technical conditions for detonating cords for oil and gas supports
Oil pipe conveying perforation Wangyi regulations
CNC logging data acquisition regulations
Methods for determining microscopic components of whole rock optical slices
Quality assessment and recovery of oil and gas exploration well logging data Installation, maintenance and operation recommended methods of internal combustion engines Performance of casing, oil pipes and drill pipes
Connection performance of round threaded casing under the combined action of internal pressure and bending
Use and maintenance of glass fiber pipes
Technical specifications for energy-saving design of oil field surface engineering
(Replacement of SYJ 44--90)
Determination of heat dissipation loss of equipment and pipelines
G replaces SYI 4018-87)
SYT 6422-1999
SY/T 7502—1999
Determination of energy-saving effect of energy-saving products in petroleum enterprises-Analysis of oilfield gas composition-Cryogenic condensation sampling-Gas chromatography method (replaces SY7502-85)
The above standards shall be implemented from December 1, 1999. State Administration of Petroleum and Chemical Industry
May 17, 1999
This specification is compiled based on the arrangement of the China National Petroleum Corporation (98) Zhongyou Jijianzi No. (33) "Notice on Issuing the 1998 National Standard and Industry Standard Revision Project Plan for the Petroleum and Natural Gas Industry", and revised the "Oilfield Water Injection Vacuum Deoxygenation Design Specification" SYJ46-91. In this revision, the company widely solicited opinions from oil fields across the country on the implementation of SYI46-91, summarized the practical experience of oilfield water injection deoxygenation in recent years, and absorbed its scientific research results. This revision adds two-stage balanced vacuum Deoxygenation method, super gravity field deoxygenation method, and the chapters and sections in the original design specifications. The content of the articles is appropriately combined and increased or decreased. This specification is interpreted by Shengli Petroleum Administration Bureau Survey and Design Institute. The main editor of this standard: Shengli Petroleum Administration Bureau Survey and Design Institute. The participating units of this standard: Daqing Petroleum Administration Bureau Oilfield Construction Design Institute, North China Petroleum Survey and Design Institute.
Who is the main drafter of this standard? Dan Yongnian, Wang Keyuan, Kang Zhenyuan 1 total
1.0.1 In order to meet the needs of oilfield water injection deoxygenation project construction, unify design standards, provide advanced technology, economic rationality, and improve project quality, this specification is specially formulated, 1.0.2 The design of deoxygenation projects should comply with the principles of safe production, environmental protection, and energy conservation, and facilitate construction, maintenance, and operation management. 1.3 The design of deoxygenation projects should be based on the continuous summary of practical experience and scientific experiments, and actively develop and carefully adopt new technologies. 1.04 This specification is applicable to the design of water deoxygenation projects for new construction, reconstruction, and expansion of onshore oil fields. Shallow offshore oil fields can refer to it for implementation. 1.0.5 In addition to implementing this specification, the design of deoxygenation projects should also comply with the relevant mandatory standards currently in force in the country.
2 Terminology
2.0.1 Vacuum deoxidationvacuum dcoxidationThe process in which the partial pressure of oxygen in the liquid and gas phases loses balance under vacuum, and the oxygen in the liquid phase overflows and enters the gas phase:
2.0.2 Ultragravity field deoxidationThe process in which oxygen-free gas and oxygen-containing water are separated and combined in the ultragravity field formed by high-speed fillers, so that the oxygen dissolved in the water is rapidly desorbed and carried away by the gas. 2.0.3 Chemical deoxidationchemistrydeoxidationThe process in which deoxidizing agents are added to water to form compounds with oxygen in the water to remove oxygen, also known as chemical deoxidation
2.0.4 First class vacuum deoxidationFirst class yacuum deaxidationThere is only one pressure zone in the deoxidation tower, which is the first class vacuum deoxidation. 2.0.5 Second class vacuum deoxidationSecond class vauum dcoxidationThe sharp oxygen tower is divided into two different pressure zones by trays.
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.