本實驗成功地開發出一套完全自動化監測鹵碳化合物分析系統，另外再搭配熱電子降溫晶片冷卻裝置(Thermoelectric cooler)，不僅解決了以吸附劑作為濃縮機制，而無法適度保留住空氣中的水氣，所導致CCl4的表面吸附問題，因而產生的系統上誤差。在無須耗費液態氮的情況下，針對空氣中的鹵碳化何物作準確的分析與量測，進而利用空氣中原本既存在CFC-113及CCl4的物種，作為環境檢測中的內標準物質，來查核系統其分析品質。
另外利用這套自動化監測系統，針對台氯公司在做地下水整治期間，所產生揮發性有機氣體溢散問題，作一連串的現場即時量測，並配合天氣因素與擴散模式的應用，進而觀察大氣中污染情形與變化，並利用模式來推估廠區周界污染濃度情形。不僅讓吾人對於風險評估有一學習的機會，且實驗結果也可以提供附近居民一個參考的數據，對於工廠和環保單位也能作為一排放標準依據，來了解當地的污染情形是否會影響到人們的健康。

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