20×10~4m^3LNG储罐的设计与建造  

Design and construction of 20×10~4 m^3 LNG storage tank

作　　者：丁乙[1] 刘骁[1] 侯志强[1] 韩猛[2] 刘培峰[2] 黄昕[1] 陈子亦[1] 毕建伟[1] 

机构地区：[1]中国石化天然气分公司,北京100029 [2]中国石化青岛液化天然气有限责任公司,山东青岛266400

出　　处：《油气储运》2014年第10期1122-1125,共4页Oil & Gas Storage and Transportation

摘　　要：LNG储罐大型化是未来发展趋势,韩国LNG发展起步较早,已有20×104 m3储罐成功运营的先例,并已开始27×104 m3储罐的研究建设。通过介绍韩国20×104 m3 LNG储罐的基本概况,得出了储罐大型化的诸多优势:表面积相对体积比例减少,有利于更好地控制日蒸发率;某些材料使用量减少,建造费用降低,土地利用率增加等。从设计、采购、施工3个方面分析了我国当前储罐的建造条件,并对中国石化首座20×104 m3 LNG储罐的设计及建造准备情况进行简要描述,以期为未来我国大型储罐的建造设计与施工提供借鉴。LNG storage tank maximization is the future development trend. Korea started the development of LNG earlier and has successful examples of 20×104 m3 tank. And it has started the study and construction of 27×104 m3 tank. By introducing the basic facts of Korea’s 20×104 m3 LNG storage tank, many advantages of storage tank maximization are concluded. The advantages include： surface area/volume ratio decreased, which is conducive to better control the daily evaporation rate; the amount of some materials reduced, construction costs lowered, land utilization increased, etc. This paper analyzed the current conditions for constructing storage tanks in China from three aspects of design, purchase and construction, and gave a brief description about the design and construction preparation of SINOPEC’s fi rst 20×104 m3 LNG storage tank, so as to provide some reference to the China’s future design and construction of large-scale storage tanks.

关 键 词：20×104 M3 LNG储罐 大型化 设计 建造 材料 

分 类 号：TE821[石油与天然气工程—油气储运工程]