本研究所發展之串聯式水平多孔隙管偵漏系統，為一新型長途管線洩漏偵測土壤氣體技術。新型汙染物洩漏偵測系統為聚乙烯管等間距串聯連接橡膠多孔隙管，沿著地下管線或油料儲槽週圍進行鋪設。
傳統土壤氣體採樣影響範圍不大，通常只有3至5米。傳統土壤氣體採樣技術應用在長途管線偵漏時，通常需要挖掘大量的採樣孔抽取土壤氣體樣本進行分析。新型系統使用於長途輸油管線進行汙染物洩漏偵測時，有效檢測距離至少20米以上，可大量減少土壤氣體採樣分析樣本數量及採樣鑽頭消耗數量。以甲苯為例，應用土壤氣體揮發性有機物之突破時間(Breakthrough time)的時間可推算汙染源至偵測端之距離，找出洩漏源位置。

This paper presents the results of laboratory tests using an innovative leak-detection system for a long-distance pipeline utilizing soil-gas techniques. Based on the laboratory observations, the theory of breakthrough time to determine the leaking location for toluene. Because the effective detection radius from the conventional soil-gas probes is only around 5 meters, applying the new detection system to a long-distance pipeline for leak detection minimizes the large number of soil-gas samples and analyses which are required when conventional soil-gas probes are employed.

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