本研究之總計畫名稱為「開發新穎觸媒/吸附材應用於同時去除多重氣相污染物之研究」，目的在於整合環工及材料領域之專業學者，嘗試開發可同時去除多重污染物之穎觸媒/吸附材料。本研究為總計畫之子計畫一「應用觸媒/吸附劑去除實廠氣流中多重空氣污染物」，將與美國伊利諾大學Prof. Mark J. Rood合作，共同進行新穎觸媒/吸附材料之製作與測試，並將相關成果回饋予子計畫二、三，共同進行材料改質及開發。本研究共分三年進行，第一年先針對商用觸媒、活性碳及觸媒/吸附劑進行實驗室含戴奧辛及NOx氣流之污染物去除效能測試，了解技術發展現況與測試結果，作為材料改質之參考；並由第一年之成果中選擇具潛力之材料進行第二年之實廠氣流中污染物去除效能測試，了解實廠複雜氣流對觸媒/吸附材料去除污染物之影響。第三年則進行觸媒/吸附劑之長時間操作能力，並同時評估對汞之轉化/吸附能力，進而整合三年研究成果，提出本整合研究開發之觸媒/吸附材料於實場應用之可行性與未來發展方向。The project entitled “Development of Novel Catalysts/Adsorbents for Simultaneous Removal of Multipollutants” will collaborate with the researchers specializing in Environmental Engineering and Material Science for developing novel catalysts/adsorbents. The goal aims to remove multipollutants from gas streams simultaneously. “Application of Novel Catalysts/Adsorbents for Removing Gaseous Multipollutants from Gas Streams” is the first sub-project of three. In this study, Prof. Mark J. Rood from University of Illinois in USA is invited for collaboration. Commercial and newly developed catalysts, activated carbons and catalysts/adsorbents will be tested with the lab-scale module for removing dioxin and NOx in the first year. The results can provide essential information regarding material modification to other researchers. The suitable materials will be chosen in the second year and tested in a pilot-scale model for better understanding the effect of real flue gas on removing dioxin and NOx via catalysts/adsorbents. In the third year, materials developed will be tested for long-term efficiency with a pilot-scale module. Adsorption of mercury by catalysts/adsorbents will also be investigated in the third year. Finally, catalysts/adsorbents developed in this research will be evaluated for its effectiveness and efficiency in removing multipollutants from flue gas stream. 研究期間：10008 ~ 10107
