覆土式壓力儲槽取代球型儲槽之可行性研究：熱效應分析

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Title:	覆土式壓力儲槽取代球型儲槽之可行性研究：熱效應分析
Other Titles:	Feasibility Study on Earth-Covered Tanks in Substitution for Spherical Storage Tanks：Thermal Response Analysis
Authors:	陳錫仁;宋振奇
Contributors:	淡江大學化學工程學系
Keywords:	覆土式壓力儲槽;高壓液化氣貯槽;熱效應模式;安全分析;Earth-Covered Tank;Pressure-Liquefied-Gas Storage;Thermal Response Analysis;Safety Analysis
Date:	2001-12
Issue Date:	2014-02-09 00:51:22 (UTC+8)
Abstract:	國內地狹人稠，一般工廠內製程區、儲槽區、綠帶間之安全距離普遍不足，是故目標明顯的高壓液化氣球型儲槽，常成為社區民眾抗爭的對象，以覆土式壓力儲槽取代目前的球型槽或可成為離島工業區、內陸工業區新建高壓液化氣儲槽的參考。本研究提出覆土式壓力儲槽壓力取代球槽的可行性探討，其目的主要在建立覆土式壓力儲槽之熱效應模式，利用此模式可分析覆土式壓力儲槽受外界熱源（如製程區內外之火災）侵襲時，其本質上之安全性能。 Most often, safety distances between storage tank farms and processarea are not separated enough in chemical process plants of Taiwan.The present project has conducted a feasibility study on earth- coveredtanks in place of the more traditional spherical storage tanks. Wehave focused on the comparison of the thermal response analysisbetween the earth-covered tanks and tank spheres; the results haveshown the inherently superior feature for the earth-covered tanks.
Relation:	第二十三屆輸送現象及其應用研討會暨膜分離論壇第四屆台灣-新加坡環境保護技術研討會論文集=Proceedings of The 23st Symposium of Transport Phenomena and 1ts Applications/Membrance Seperation Forum/The 4st Taiwan-Singapore Jiont Symposium on Environmental Technology，頁75-78
Appears in Collections:	[Graduate Institute & Department of Chemical and Materials Engineering] Proceeding

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