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[1]夏喜林　张东焱　夏炳焕　韩立亮　赵毅.地下水封洞库工程技术发展与展望[J].油气储运,2023,42(09):1-15.
　XIA Xilin,ZHANG Dongyan,XIA Binghuan,et al.Development and Prospect of Underground water-sealed storage caverns Technology[J].Oil & Gas Storage and Transportation,2023,42(09):1-15.
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地下水封洞库工程技术发展与展望

《油气储运》[ISSN:1000-8241/CN:13-1093/TE] 卷: 42 期数: 2023年09期 页码: 1-15 栏目: 出版日期: 2023-09-25
Title:
Development and Prospect of Underground water-sealed storage caverns Technology
作者:
夏喜林　张东焱　夏炳焕　韩立亮　赵毅
Author(s):
XIA Xilin;  ZHANG Dongyan;  XIA Binghuan;  HAN Liliang;  ZHAO Yi
关键词:
地下水封洞库; 油库; 压力型洞库; 常压型洞库; 液化烃; 原油
Keywords:
Underground water-sealed storage caverns;  Oil depot;  Pressurized storage cavern;  Atmospheric storage cavern;  Liquefied hydrocarbon;  Crude oil
分类号:
TE822
文献标志码:
A
摘要:

目前，用于储存原油、成品油、液化石油气等介质的地下水封洞库工程陆续建设，工程发展呈现储存规模大型化、储存介质多样化的趋势。随着地下水封洞库设计与建造技术水平不断提高，地下水封洞库行业体系日趋完善。在此系统性总结了地下水封洞库技术的起源以及国内外发展历程，结合常压型与压力型洞库工程建设技术现状，阐述贯穿地下水封洞库工程建设全生命周期的设计、勘察、施工技术中的主要核心内容，并指出地下水封洞库工程技术发展面临的问题：行业标准体系有待完善，工程设计技术、勘查技术、施工装备与技术、工程建设技术均有待提升。基于地下水封洞库工程技术特点，在现有技术完善、改进技术的推出、结合新业务应用领域特点的技术改进等方面提出展望。研究成果自地下水封洞库工程全过程建造的角度提出关键技术，可为现有技术的完善与改进提供关注点，为不适宜与水接触的石油产品、低温液体及新型气体能源储存方式的发展提供借鉴。

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更新日期/Last Update: 2023-08-01