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Social and Economic Bene-fits of the West-East Gas Pipeline Project
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作者 Li Xiangyang 《China Oil & Gas》 CAS 2002年第3期4-8,共5页
On July 4 2002, a project attracting world attention, i.e., the West-East Gas Pipeline Project was declared in full-scale commencement. The project will write history with its enormous social and economic benefits.
关键词 Social and Economic Bene-fits of the west-east Gas pipeline project WILL LINE WEST
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West-East Gas Pipeline Project Fully Deregulated for Foreign Cooperation
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《China Oil & Gas》 CAS 2000年第3期4-6,共3页
关键词 project west-east Gas pipeline project Fully Deregulated for Foreign Cooperation
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Current Situation and Prevention of Soil Erosion from Construction of West-East Natural Gas Transmission (Ningxia-Shaanxi Section) 被引量:1
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作者 李永红 高照良 周茂玲 《Agricultural Science & Technology》 CAS 2012年第6期1320-1327,共8页
In the research, problems and damages of soil erosions in West -East Natural Gas Transmission were analyzed; the reasons were summarized and the characteristics of soil erosion were researched in order to explore prin... In the research, problems and damages of soil erosions in West -East Natural Gas Transmission were analyzed; the reasons were summarized and the characteristics of soil erosion were researched in order to explore principles of pipeline prevention and seek countermeasures. 展开更多
关键词 west-east Natural Gas Transmission pipeline project Engineering construction Impact on environment Soil erosion
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Application HTP Process to Produce X80 Strip for 2nd West-East Gas Pipeline Project
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作者 LI Yong-dong 1,LI Ming 2,ZHANG Yong-qing 1,JIN Wei 2,LIU Jian-hui 2,LI Fei 1 (1.Shougang Research Institute of Technology,Beijing100043,China 2.Qian’an Iron and Steel Company of Shougang Group,Qian’an 064400,Hebei,China) 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2011年第S1期471-477,共7页
HTP practice,alloyed with low-carbon (less than 0.06%) and high-niobium (up to 0.11%),has been developed to produce large-wall X80 hot rolled strip for 2nd West-East Gas Pipeline project successfully.In this paper,exi... HTP practice,alloyed with low-carbon (less than 0.06%) and high-niobium (up to 0.11%),has been developed to produce large-wall X80 hot rolled strip for 2nd West-East Gas Pipeline project successfully.In this paper,existing status of niobium at different rolling stage,such as reheating,rough rolling and final product and strengthening effects have been presented and analyzed systematically.Some technological questions concerrned,such as the mixed grain occurred on the delay table,dynamic recrystallization during the finish rolling course,γ→αtransformation and final microstructure obtained at low coiling temperature,have been explored further.Analytical results presented increased recrystallization stop temperature due to high niobium contents can provide the requisite to remove waiting-temperature operation of transfer bar before finish rolling to ensure controlled effect of traditional low-temperature,which is benificial not only to production efficiency,but also to uniformity of austenite microstructure.Secondly,dynamic-recrystallization occurred during finish rolling may reduce the density of dislocation,but will better the grain gradient along the thickness because the dynamic recrystallization proceeds instantly,which is beneficial to reduce the appearance of separation of impact fracture.Finally,the lower coiling temperature than traditional TMCP practice,up to 300℃,is a key factor to obtain low-carbon bainite microstructure composed of acicular ferrite and small amount M/A component,which results in high strength and excellent low-temperature toughness. 展开更多
关键词 2nd west-east gas pipeline project X80 hot rolled strip HTP high-niobium
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廊道式工程建设对沿线地区景观格局的影响定量研究 被引量:31
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作者 陈利顶 王计平 +1 位作者 姜昌亮 张海萍 《地理科学》 CSCD 北大核心 2010年第2期161-167,共7页
应用景观格局指数分析法,对比分析了西气东输豫南支线管道工程施工前后管线两侧缓冲区范围内景观格局动态。研究表明:管线建设将会引起管线附近区域土地利用发生转移;在3000m缓冲区范围内存在影响强度变化拐点,且斑块聚集度指数变化对... 应用景观格局指数分析法,对比分析了西气东输豫南支线管道工程施工前后管线两侧缓冲区范围内景观格局动态。研究表明:管线建设将会引起管线附近区域土地利用发生转移;在3000m缓冲区范围内存在影响强度变化拐点,且斑块聚集度指数变化对管线建设的影响较为敏感;在类型水平上不同缓冲区多数景观指数之间没有显著性的差异,景观格局变化趋势类同;从景观水平上格局变化很难看出管线建设对沿线景观格局产生影响,但在类型和景观水平上各景观指数变化对工程建设的敏感程度不同。 展开更多
关键词 廊道式工程 西气东输 景观格局 缓冲区
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黄土高原地区西气东输工程沿线水土流失敏感性评价 被引量:12
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作者 李国强 陈利顶 +2 位作者 高启晨 姜昌亮 丘君 《水土保持学报》 CSCD 北大核心 2003年第6期55-58,共4页
西气东输管道的建设将直接破坏施工区范围内的地表植被,导致区域生态环境的恶化和水土流失的进一步加剧,加剧的水土流失反过来会对西气东输管道的安全运行形成较大的威胁,甚至在某些严重地区,由于崩塌、滑坡和泥石流的发生,可能会直接... 西气东输管道的建设将直接破坏施工区范围内的地表植被,导致区域生态环境的恶化和水土流失的进一步加剧,加剧的水土流失反过来会对西气东输管道的安全运行形成较大的威胁,甚至在某些严重地区,由于崩塌、滑坡和泥石流的发生,可能会直接破坏管道,影响其安全运行。如何控制管道工程沿线地区的水土流失,加强区域友好环境的构建,不仅对于提高区域生态系统的功能具有重要意义,而且对于管道工程的安全运行具有重要的实际价值。本文在系统分析影响区域水土流失敏感性因子的基础上,在GIS的支持下,选取土壤、植被类型、坡度和坡向作为评价指标,采用图层权重—叠加模型和模糊分级模型,以专家经验打分法对各指标进行赋值,评价了黄土高原地区西气东输管道工程沿线10km范围内水土流失的敏感性。根据研究结果将该区分为弱敏感、较敏感、敏感和高度敏感4类地区,并评价了水土流失敏感性的空间特征及其主要原因。在此基础上,从区域生态系统和管道工程的安全角度探讨了生态恢复和友好环境构建的基本措施。 展开更多
关键词 西气东输工程 水土流失 敏感性评价 黄土高原
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重大工程建设区生态环境管理的公众参与--以西气东输工程陕西靖边至上海段为例 被引量:3
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作者 田慧颖 陈利顶 +2 位作者 张心昱 卢涛 姜昌亮 《生态学报》 CAS CSCD 北大核心 2009年第1期344-350,共7页
重大工程建设在给区域发展带来经济效益的同时,还会对周围生态环境和居民生活产生影响,如何兼顾工程建设及其所在地区的自然、社会和经济发展,从多尺度、多方面构建一个和谐、稳定的生态系统,对于工程建设和区域可持续发展具有重要意义... 重大工程建设在给区域发展带来经济效益的同时,还会对周围生态环境和居民生活产生影响,如何兼顾工程建设及其所在地区的自然、社会和经济发展,从多尺度、多方面构建一个和谐、稳定的生态系统,对于工程建设和区域可持续发展具有重要意义,也是对工程建设区实施生态系统管理的主要目标。西气东输工程属于西部投资开发的基础性产业,对于西部地区的社会经济发展和国家的资源结构优化具有重要意义。尽管该工程本着"绿色工程"的原则在工程建设运行中开展了大量的环保工作,却由于保护工作只集中在有限的范围内,而且在实施环境保护的过程中并没有充分考虑到管道沿线不同人群的看法、愿望和需求,因此未能起到应有的效果。研究主要针对西气东输管道东段沿线的相关公众对管道建设、管道环境影响的看法以及他们的生态环境认识水平进行了调查和分析。研究发现:①大部分调查对象了解工程建设的意义,但认为工程建设"有利于本地经济的发展"的人数则有明显减少;公众的居住地、文化程度和职业背景是影响其看法的主要因素。西部经济欠发达地区的农民是对管道工程建设的意义认同度较低,因此,需要特别关注这一社会群体的想法和愿望。②西部地区的农民是对工程建设破坏的植被和土壤最为关注的群体,因此,如果在工程施工过程中对沿线的土壤、植被采取有效的保护和恢复措施,并对周边居民由此而受到的损失进行合理的赔偿,将极大的提高周边公众对管道工程的认同与支持。③多数调查对象不了解生态恢复公众参与的重要性,而更多人认为应是当地政府和工程施工单位的主要责任,反映出管道沿线公众在这方面的生态环境认识有待提高。 展开更多
关键词 西气东输(wepp) 环境影响 公众参与 生态恢复 环境管理
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Development and application of Baosteel X80 large diameter UOE longitudinal submerged arc welded pipes 被引量:6
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作者 XIE Shiqiang GUI Guangzheng ZHENG Lei 《Baosteel Technical Research》 CAS 2010年第3期3-14,共12页
With the increase in energy demand, the demand for oil and gas transmission pipes, particularly high-grade longitudinal submerged arc welded pipes (LSAWs), have been growing in recent years. The construction of the ... With the increase in energy demand, the demand for oil and gas transmission pipes, particularly high-grade longitudinal submerged arc welded pipes (LSAWs), have been growing in recent years. The construction of the 2nd West -East natural gas transmission pipeline project shows that the oil and gas pipeline construction has entered a new phase of development with X80 pipes being applied in large scales for the first time in China. This paper briefly introduces the 2nd West-East natural gas transmission pipeline project and its main technical requirements with the focus on the features of API standard 5L X80 grade Ф 1219 mm series of U-ing-O-ing-Expanding ( UOE ) LSAW pipes, which Baosteel developed with the integrated technology for the 2nd West-East natural gas transmission pipeline project. The analysis shows the extra-low carbon content, the high contents of manganese and niobium, the fine microstructure, the high strength,the toughness and the good weldability of X80 pipes meet the requirements of "the technical specification of LSAW linepipes for the 2nd West-East natural gas transmission pipeline project in China". By the end of June 2010, Baosteel had totally produced 322000 t of Ф 1219 mm X80 UOE steel pipes, which have been successfully used in the 2nd West-East natural gas transmission pipeline project, thus filling the gap of the production of large diameter X80 UOE LSAW pipes in China. 展开更多
关键词 X80 UOE LSAW development and application west-east natural gas transmission pipeline project
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