陈文锦. 深圳液化石油气低温常压储存工程可行性分析[J]. 油气储运, 1996, 15(11): 5-10.
引用本文: 陈文锦. 深圳液化石油气低温常压储存工程可行性分析[J]. 油气储运, 1996, 15(11): 5-10.
Chen Wenjin. Analysis on the Feasibility of Shenzhen LPG Storage Project[J]. Oil & Gas Storage and Transportation, 1996, 15(11): 5-10.
Citation: Chen Wenjin. Analysis on the Feasibility of Shenzhen LPG Storage Project[J]. Oil & Gas Storage and Transportation, 1996, 15(11): 5-10.

深圳液化石油气低温常压储存工程可行性分析

Analysis on the Feasibility of Shenzhen LPG Storage Project

  • 摘要: 深圳液化石油气(LPG)低温常压储存工程拟建4×104 t丙烷、丁烷储罐各一座, 5×104 t低温常压LPG泊位一座, 5 000 t常温高压LPG泊位两座, 总投资1.1亿美元。该工程系中外合资项目, 现已开始建设, 预计1997年底建成。介绍了该项工程的规划、工艺技术方案、经济分析、环境评价, 经过分析比较, 选用直接冷却式低温常压储存加工工艺。这种工艺技术在相同储存温度下较间接冷却工艺流程简单、运行管理费用低, 采用金属双壁吊平顶储罐, 并分析了地震对储罐的影响。该项目技术先进、设备简单、投资省、建设周期短, 建成后可提高广东省能源储备, 并创造良好的投资环境。

     

    Abstract: Shenzhen LPG Storage Project, having an estimated investment of 110 million US dollars, consists of two 4×104 t tanks (one for propane and one for butane), a 5×104 t berth for low temperature atmospheric tanks, and two 5×103 t berths for high pressure tanks. This project involving Chinese and foreign investments is now under construction and will be completed by the end of 1997. Introduced in this paper are the project planning, process program, economic analysis, as well as environmental evaluation. Through analysis and comparison, the process of direct refrigerating, low temperature and atmospheric storage is selected. Comparing with indirect refrigerating mode, this process is featured by simpler flow process and lower operation and management costs. Double containment metallic tanks with suspended roofs are adopted. Also analyzed is the seismic impact on tanks. Having such characteristics as advanced technology, simple equipment, low investment and short construction period, this project will improve the energy stockpiling capacity and create better investing environment for Guangdong Province.

     

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