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Key technologies research of natural gas storage construction in salt rock formation

机译:盐岩地层天然气储藏施工关键技术研究

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The salt cavern gas storage is attracting more and more attentions in the world wide natural gas storage for its special advantages. And also it is a complex and systematic project to build a certain shape salt cavern in formations by water solution. According to the mechanical properties, solubility and in-situ stress distribution of salt rocks formation in China, this paper fully discussed the key technologies of gas storage cavity design and construction. The cavity-making process, shape control and detection of salt storage are described and analyzed. A number of construction technologies are proposed, such as the corresponding well type to salt cavern, circulation measure, steps of solution mining, adjusting of leaching pipeline, shape control, roof protection, sealing detection, cavern stability, and etc, to improve the efficiency of storage construction. The pipe string assembly and circulation rate are optimized to keep cavern stability during the solution. This paper can provide the reference and theoretical basis to the design and construction of salt cavern gas storage.
机译:盐穴储气库以其独特的优势在世界范围的天然气储藏中越来越受到关注。通过水溶液在地层中建立一定形状的盐洞也是一个复杂而系统的工程。根据我国盐岩形成的力学性质,溶解度和地应力分布,充分讨论了储气腔设计与施工的关键技术。描述和分析了制腔过程,形状控制和储盐检测。为了提高效率,提出了许多施工技术,例如与盐穴相对应的井类型,循环措施,溶液开采的步骤,淋滤管线的调整,形状控制,屋顶保护,密封检测,洞穴稳定性等,以提高效率。仓库建设。优化了管柱组件和循环速率,以在解决方案期间保持洞室稳定性。本文可为盐穴储气库的设计与施工提供参考和理论依据。

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