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Development and Application of High Performance X80 Line Pipe for the 2^(nd) West-East Gas Pipeline 被引量:3
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作者 LI He-lin 1 , HUO Chun-yong 1 , JI Ling-kang 1, 2 , LI Yang 1, 3 (1. CNPC Tubular Goods Research Institute, Xi’an 710065, China 2. . School of Material Science and Engineering, Xi’an Jiaotong University, Xi’an 710049, China 3. School of Material Science and Engineering, University of Science and Technology Beijing, Beijing 100083, China) 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2011年第S1期39-48,共10页
It is the development tendency of gas pipeline to improve strength of line pipe and transmission pressure, which is an important symbol of the progress of gas pipeline technology. The 2nd West-East Gas Pipeline (the 2... It is the development tendency of gas pipeline to improve strength of line pipe and transmission pressure, which is an important symbol of the progress of gas pipeline technology. The 2nd West-East Gas Pipeline (the 2 nd WEGP) is the largest-scale X80 high pressure gas pipeline project in the world. Through the joint development project by Pipeline Company, research institute, and steel company, a series of achievements of technology have been obtained, which makes it possible to apply pressure of 12 MPa and X80 LSAW and HSAW pipe for the 2 nd WEGP. Specifications of X80 steel and pipe have been issued based on API 5L. High performance X80 steel and pipe have been developed and meets the Specification. General design conception of applying HSAW pipe and LSAW pipe on gas transmission trunk line with large diameter and high pressure has been established. Failure control of the 2 nd WEGP has been carried out to avoid failure and reduce the lost which based on analysis of pipeline failure mode. In this paper, research and development of high performance X80 welded pipe, establishment of technical route of joint application of HSAW and LSAW steel pipe and key technology of failure control are emphatically discussed. 展开更多
关键词 2 nd wegp acicular ferrite failure control arrest toughness strain-based design
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遵循正确的技术方向 合理确定西气东输二线技术方案 被引量:1
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作者 黄志潜 《焊管》 2007年第6期5-10,共6页
分析了国外发展长距离、大输量输气管道存在的两个不同的技术发展方向,指出我国事实上已经走上了与北美和西欧相似的技术发展道路,在建设西气东输二线时应当继续遵循这一技术方向。提出实施本项目任何技术方案的前提是所需要的管线钢和... 分析了国外发展长距离、大输量输气管道存在的两个不同的技术发展方向,指出我国事实上已经走上了与北美和西欧相似的技术发展道路,在建设西气东输二线时应当继续遵循这一技术方向。提出实施本项目任何技术方案的前提是所需要的管线钢和钢管必须基本立足国内,才能保证可靠的资源供给和减少投资,为此应当使该管道在一级地区能够使用螺旋缝埋弧焊接钢管。建议采用X80钢级、12MPa输气压力、1219 mm(48 in)管径的技术方案,这一方案的技术优势是:此时一级地区钢管的壁厚为18.4 mm,国内可以提供全部X80钢级的热轧卷板和螺旋埋弧焊管。建议不再考虑管径1422 mm的方案并分析了原因。指出要完成本项工程的关键是要有强有力的集中领导,能够把全国相关的力量协调起来,通力合作。建议在抓紧解决钢材、制管、弯管、管件等材料问题的同时,应注意以西气东输二线的需求带动高压、大直径输气管道关键设备的国产化。 展开更多
关键词 输气管道 西气东输二线 X80钢级 12MPa输气压力 1219mm管径 1420mm管径 技术方案
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