Search result: GB/T 37190-2023 (GB/T 37190-2018 Older version)
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Pipeline corrosion control engineering life cycle - General requirements
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GB/T 37190-2023
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| GB/T 37190-2018 | English | 559 |
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Pipeline corrosion control engineering life cycle -- General requirements
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| Standard ID | GB/T 37190-2023 (GB/T37190-2023) | | Description (Translated English) | Pipeline corrosion control engineering life cycle -- General requirements | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | A01 | | Classification of International Standard | 03.100.99 | | Word Count Estimation | 14,165 | | Date of Issue | 2023-12-28 | | Date of Implementation | 2024-07-01 | | Older Standard (superseded by this standard) | GB/T 37190-2018 | | Issuing agency(ies) | State Administration for Market Regulation, National Standardization Administration |
GB/T 37190-2023: General requirements for the entire life cycle of pipeline corrosion control projects
ICS 03:100:99
CCSA01
National Standards of People's Republic of China
Replace GB/T 37190-2018
General requirements for the entire life cycle of pipeline corrosion control projects
(ISO 23221:2020,IDT)
Published on 2023-12-28
2024-07-01 Implementation
State Administration for Market Regulation
Released by the National Standardization Administration Committee
Table of contents
Preface III
1 range 1
2 Normative references 1
3 Terms and Definitions 1
4 General 1
5 goals 1
6 Corrosion Source 2
7 Pipe Materials 2
8 Technology 2
9 design 3
10 R&D 3
11 manufacturing 4
12 Construction and installation 4
13 Handling, storage and transportation 4
14 Debugging 4
15 Acceptance 5
16 runs 5
17 Maintenance 6
18 fix 6
19 Decommissioning, scrapping and disposal 7
20 Documents and Records 7
21 Resource Management 8
22 Comprehensive evaluation 8
Reference 9
Preface
This document complies with the provisions of GB/T 1:1-2020 "Standardization Work Guidelines Part 1: Structure and Drafting Rules of Standardization Documents"
Drafting:
This document replaces GB/T 37190-2018 "General Requirements for the Whole Life Cycle of Pipeline Corrosion Control Engineering" and is consistent with GB/T 37190-
Compared with:2018, in addition to structural adjustments and editorial changes, the main technical changes are as follows:
a) Changed the scope of application (see Chapter 1, Chapter 1 of the:2018 edition);
b) Added the terms and definitions of “pipeline corrosion testing and monitoring system”, “temporary outage” and “permanent outage”, and deleted “pipeline corrosion control”:
Terms and definitions of "corrosion sources" throughout the project life cycle (see Chapter 3, Chapter 3 of the:2018 edition);
c) Changed some technical contents in the "General Provisions" (see 4:1, 4:2, 4:1, 4:2 of the:2018 version);
d) Added a chapter on "Objectives" (see Chapter 5);
e) Changed some technical contents of “corrosion sources” (see Chapter 6, Chapter 5 of the:2018 edition);
f) The "Materials" chapter has been deleted (see Chapter 6 of the:2018 edition);
g) Added a chapter on "Pipeline Materials" (see Chapter 7);
h) Changed some technical content of “Technology” (see Chapter 8, Chapter 7 of the:2018 edition);
i) The "Development" chapter has been deleted (see Chapter 8 of the:2018 edition);
j) Changed some technical content of “Design” (see Chapter 9, Chapter 9 of the:2018 edition);
k) Added a "R&D" chapter (see Chapter 10);
l) Changed some technical content of “manufacturing” (see Chapter 11, Chapter 10 of the:2018 edition);
m) Changed some technical content of "Construction and Installation" (see Chapter 12, Chapter 12 of the:2018 edition);
n) Changed some technical contents of "Loading, Unloading, Storage and Transportation" (see Chapter 13, Chapter 11 of the:2018 edition);
o) Changed some technical content of "Debugging" (see Chapter 14, Chapter 13 of the:2018 edition);
p) Changed part of the technical content of "Acceptance" (see Chapter 15, Chapter 14 of the:2018 edition);
q) Changed some technical content of "operation" (see Chapter 16, Chapter 15 of the:2018 edition);
r) Changed some technical contents of "Maintenance" (see Chapter 17, Chapter 16 of the:2018 edition);
s) The chapter "Investigation and Assessment" has been deleted (see Chapter 17 of the:2018 edition);
t) The "Maintenance" chapter has been deleted (see Chapter 18 of the:2018 edition);
u) Added a "Repair" chapter (see Chapter 18);
v) The chapter "Scrap and Disposal" has been deleted (see Chapter 19 of the:2018 edition);
w) Added a chapter on "Outage, Scraping and Disposal" (see Chapter 19);
x) Changed some technical content of “Documents and Records” (see Chapter 20, Chapter 20 of the:2018 edition);
y) Deleted the "Resources" chapter (see Chapter 21 of the:2018 edition);
z) Added a "Resource Management" chapter (see Chapter 21);
aa) Added a "Comprehensive Assessment" chapter (see Chapter 22):
This document is equivalent to ISO 23221:2020 "General Requirements for the Whole Life Cycle of Pipeline Corrosion Control Engineering":
Please note that some content in this document may be subject to patents: The publisher of this document assumes no responsibility for identifying patents:
This document is proposed by China Petroleum and Chemical Industry Federation:
This document is under the jurisdiction of the National Corrosion Control Standardization Technical Committee (SAC/TC381):
This document was drafted by: China Southern Power Grid Co:, Ltd: Ultra-High Voltage Transmission Company Liuzhou Bureau, Fujian Chuangkang Construction Development Co:, Ltd:
Division, Huadian Electric Power Research Institute Co:, Ltd:, Sinochem Second Construction Group Co:, Ltd:, Nantong Shanjian Anti-corrosion Technology Co:, Ltd:, North China Electric Power Science
Research Institute Co:, Ltd:, Nanjing Boiler and Pressure Vessel Inspection Research Institute, Guangdong Corrosion Science and Technology Innovation Research Institute, National Inspection and Test Control
Xiongan Group Co:, Ltd:, Ningbo Lianda Plastic Pipe Fittings Co:, Ltd:, China Corrosion Control Technology Association, Datang Yangcheng Power Generation Co:, Ltd:
Division, Suzhou Thermal Engineering Research Institute Co:, Ltd:, Mingyang Smart Energy Group Co:, Ltd:, Beijing Dingxin New Technology Co:, Ltd:, Shandong Shanghe
Electric Power Technology Co:, Ltd:, China Southern Power Grid Industrial Investment Group Co:, Ltd:, Guangdong Provincial Special Equipment Testing Research Institute, Guangdong Provincial Special Equipment
Equipment Inspection Institute Maoming Inspection Institute, Guangdong Special Equipment Inspection Institute Foshan Inspection Institute, Dongguan Qizhao Technology Service Co:, Ltd:, Nan
Fang Power Grid Supply Chain Group Co:, Ltd:, China Corrosion International Corrosion Control Engineering Technology Research Institute (Beijing) Co:, Ltd:, Beijing Tianyichang Technology Development
Co:, Ltd:, Qingdao Haodebol Industrial Co:, Ltd:, Fluorine Tight Pipe Valve Group Co:, Ltd:, Hubei Century Weiye Anti-Corrosion Technology Co:, Ltd:, He
Beihuizhong Pipeline Equipment Co:, Ltd:, Haotian Energy Saving Equipment Co:, Ltd:, Yanshan County Dongrui Thermal Energy Saving Pipeline Research Center, Zhejiang Yuxi
Corrosion Control Co:, Ltd:, Henan Puxin Anti-corrosion Construction Engineering Co:, Ltd:, Haotian Co:, Ltd:, Cangzhou Junrui Energy Saving Technology Co:, Ltd:
Ltd:
The main drafters of this document: Huang Songqiang, Liu Yaqiong, Yu Xin, Dong Jun, Fang Xuefeng, Yao Songnian, Zhou Weiqing, Shi Wei, Wang Xiaolu, Liu Xiangqiang,
Lai Guangsen, Tong Senrong, Li Xia, Zhang Wenlong, Feng Wei, Chen Yuancheng, He Xuemin, Liao Yonghao, Han Chunguang, Gao Yuzhu, Xiao Jie, Zhang Hongjiang, Liang Bin, Zhong Benwang,
Yin Zhibiao, Zhou Jingzhong, Huang Yu, Zhang Ran, Zhang Xiuli, Liu Hongqun, Tan Simin, Yang Yongbin, Gao Jiawei, Zhu Xiaoyou, Cao Yanchao, Hu Huasheng, Cao Fuxiang,
Xie Peng, Ma Rong, Zou Jian, Tian Juan, Chen Jian, Zhu Weijian, Fu Ruwen, Zhou Jianguo, Liu Haidong, Luo Junping, Xue Jiawei, Li Mingfei, Deng Yongchang, Chen Zhangquan,
Gu Yu, Liu Xiaoxin, Wang Guiming, Zheng Zhongsheng, Meng Jiantao, Zhang Xisheng, Wu Rongbin, Zhang Guoyu, Ou Rujie, Liu Yanqiang, Liu Tongtong, Zhao Xiangyue,
Zheng Ruina:
This document was first published in:2018, and this is the first revision:
General requirements for the entire life cycle of pipeline corrosion control projects
1 Scope
This document specifies the general requirements for various factors in the entire life cycle of pipeline corrosion control projects:
This document is applicable to various pipeline corrosion control projects:
2 Normative reference documents
This document has no normative references:
3 Terms and definitions
The following terms and definitions apply to this document:
3:1
Technology for online real-time testing and feedback of internal and external corrosion conditions of pipelines:
3:2
System outage due to emergencies (such as natural disasters, corrosion leaks, etc:):
Note: After the emergency is handled, the pipeline can resume normal operations:
3:3
Permanent shutdown of the system:
Note: Systems that are found to have significant technical and economic risks after rigorous program evaluation will no longer be used:
4 General principles
4:1 This document targets various factors in the entire life cycle of pipeline corrosion control projects, and proposes an overall guide for the selection of technical standards and management standards:
Require: This document does not stipulate specific technical and management procedures for pipeline corrosion control:
4:2 A traceable and supportive management system should be established for all factors in the entire life cycle of pipeline corrosion control projects to achieve overall control and
keep improve:
5 goals
5:1 Optimize and coordinate various factors in the life cycle of pipeline corrosion control projects, so that the life cycle of pipeline corrosion control projects should be consistent with the life cycle of the protected pipes:
Compatible with the entire life cycle of Tao:
5:2 Pipeline corrosion control engineering goals should be communicated, implemented and maintained in all aspects of the pipeline life cycle, and should be reviewed regularly
and improvements to ensure its suitability:
......
GB/T 37190-2018
Pipeline corrosion control engineering life cycle--General requirements
ICS 03.100.99
A01
National Standards of People's Republic of China
Pipeline corrosion control engineering life cycle
common enquiries
Published on.2018-12-28
2019-11-01 implementation
State market supervision and administration
China National Standardization Administration issued
Content
Foreword I
1 range 1
2 Normative references 1
3 Terms and Definitions 1
4 General 1
5 corrosion source 2
6 material 2
7 Technology 2
8 Development 3
9 design 3
10 manufacturing 4
11 Handling, storage and transportation 5
12 Construction and installation 5
13 Debugging 6
14 Acceptance 6
15 running 7
16 Maintenance 7
17 Investigation and Evaluation 8
18 repair 9
19 Scrap and disposal 9
20 files and records 10
21 Resources 10
Foreword
This standard was drafted in accordance with the rules given in GB/T 1.1-2009.
This standard was proposed by the China Petroleum and Chemical Industry Federation.
This standard is under the jurisdiction of the National Anti-corrosion Standardization Technical Committee (SAC/TC381).
This standard is drafted by. Beijing Bihaizhou Corrosion Protection Industry Co., Ltd., China Environmental International Anticorrosion Technology Research Institute (Beijing)
Limited company.
Participated in the drafting of this standard. Qingdao Dimar Ocean Engineering Co., Ltd., Zhejiang Xuanda Special Alloy Process Equipment Co., Ltd.
Daqing Qinglulang Technology Co., Ltd., China Guangdong Nuclear Power Engineering Co., Ltd., Haotian Energy Saving Equipment Co., Ltd., Yanshan County, Hebei Province
Parts Co., Ltd., Zhejiang Yonggu for China Paint Co., Ltd., Beijing Yongyi Shuke Anti-corrosion Technology Co., Ltd., Shandong University of Science and Technology, Ningbo City
Hua Electric Co., Ltd., Xinjiang Zhongzhong Tongxing Anticorrosion Technology Co., Ltd., Zhejiang Terpene Corrosion Control Co., Ltd., China Industrial Anticorrosion
Technical association.
The main drafters of this standard. Ren Zhenduo, Lai Guangsen, Yan Jianjun, Wang Guiming, Zhang Dagang, Wu Xige, Wang Wei, Zeng Rongchang, Gao Yang, Ouyang Minghui,
Zhou Meiwu, He Junshan, Zheng Zhongsheng, Zhang Guoyu, Zhao Xing, Sun Zhaoer, Ou Yuhui, Jin Yongjun, Xing Linlin, Xu Jizhuan, Liu Jianhui, Liu Yanqiang, Chen Jianqiang.
Pipeline corrosion control engineering life cycle
common enquiries
1 Scope
This standard specifies the general life cycle of the pipeline corrosion control project, corrosion sources, materials, technology, development, design, manufacturing, loading and unloading, storage
Requirements for storage, transportation, construction and installation, commissioning, acceptance, operation, maintenance, investigation and evaluation, maintenance, scrapping, documentation and records, resources, etc.
This standard applies to the management of related activities throughout the life cycle of pipeline corrosion control engineering.
2 Normative references
The following documents are indispensable for the application of this document. For dated references, only dated versions apply to this article.
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
GB/T 33314-2016 Corrosion control engineering life cycle general requirements
3 Terms and definitions
The following terms and definitions apply to this document.
3.1
Pipeline corrosion control engineering life cycle pipelinecorrosioncontrolengineeringlifecycle
Pipeline from initial survey design and development based on materials and protective measures to manufacturing, construction, commissioning, acceptance, use, maintenance, evaluation, retreat
The entire corrosion control process of the service.
3.2
Corrosion source corrosionsource
Various factors that cause or cause corrosion of pipes (eg, atmosphere, seawater, soil, industrial media, microorganisms, stray currents, nuclear radiation, sunshine,
A general term for the influence of animals and plants, etc.)
4 General
4.1 Purpose
4.1.1 Pipeline corrosion control engineering shall ensure that all elements of the overall project life cycle are integrated, systematic, and coordinated and optimized.
Corrosion is effectively controlled to meet the goals of safe, economical, and long life cycle operation.
4.1.2 Pipeline Corrosion Control Engineering objectives should be decomposed into the various elements of the life cycle, in line with safety, quality and environmental requirements. Simultaneously,
Communicate, implement and maintain in all aspects of the life cycle and review and improve its continued suitability.
4.1.3 Coordinating and optimizing the various factors in the whole life cycle of the pipeline corrosion control project, so that the pipeline corrosion control engineering life cycle and
The life cycle of the protected pipeline is adapted.
4.2 Principles
4.2.1 Pipeline Corrosion Control Engineering The full life cycle requirements shall be throughout the entire life cycle of the pipeline corrosion control project.
......
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