FeO/CO3程序串聯流體化床反應槽技術處理含砷地下水

CNU IR > College of Sustainable Environment and Recreation > Dept. of Environmental Resources Management > MOST Project > Item 310902800/24873

Please use this identifier to cite or link to this item: https://ir.cnu.edu.tw/handle/310902800/24873

Title:	FeO/CO3程序串聯流體化床反應槽技術處理含砷地下水 Arsenic-Contaminated Groundwater Treatment by Innovative Technology of the FeO/CO2 Process and Fluidized Bed Reaction Tank in Series
Authors:	廖志祥
Contributors:	環境資源管理系
Keywords:	砷污染砷酸鹽亞砷酸鹽二氧化碳烏腳病氧化鐵覆膜石英砂砂濾零價鐵 Arsenic contamination arsenate arsenite blackfoot disease carbon dioxide iron-oxide coated sand (IOCS) sand filter Zero-valent iron
Date:	2010
Issue Date:	2011-12-22 09:47:21 (UTC+8)
Abstract:	本計畫執行期程為2008.8.1-2011.7.31，研究目標為針對含砷之飲用水對人體健康所造成之危害，提出Fe0/CO2新穎處理技術。主要研究內容包括：奈米鐵材料及水質之影響效應、砷去除反應動力、技術應用潛力。針對上述研究項目，本案所達成之研究成果（詳次頁著作清單），截至本報告書撰稿日(2011.10)為止，計有國際期刊論文2篇刊登(IF分別為4.144及2.411)、1篇修正中(IF分別為4.144)、1篇審查中、1篇準備投寄中；國際研討會論文計有9篇（分別發表於日本、台灣、泰國、越南、印尼、馬來西亞等國家）；3件博士生論文著作、1件碩士生論文著作。觀諸上述研究品質/數量及高階人才培訓，本研究計畫案已然達成預期目標。另外，有關本研究案重要之發現與結論，將以主題式方式，編輯各期刊及研討會論文分篇呈現於本報告中。未來筆者將著力於本研究成果之擴散與推廣，包括專利申請與技轉等方面。 This project was conducted over the period of August 1, 2008-July 31, 2011. The goal was to use the innovative process of Fe0/CO2 for the treatment of arsenic-contaminated drinking water, which is harmful to humans. The work implemented involves nanoiron material and water quality effects, arsenic removal kinetics, and potential for field application of this process. Based on the above research items, the achievements of this project include: 2 international journal publications with IF=4.144 and 2.411, respectively; 1 manuscript in revision (IF = 4.144); 1 manuscript in reviewing; 1 manuscript in submission; 9 conference paper publications; 3 doctoral dissertations; and 1 Master thesis. In view of research quality and quantity and graduate student cultivation, the goal of this project appears to meet the set standard. Concerning the important findings and conclusions of this research project, they will be presented thematically and edited in the format of journal/conference papers in series. In the future, we will place our efforts to disseminate the outcomes of this research project through patent application and technology transfer.
Relation:	計畫編號：NSC97-2221-E041-010-MY3 計畫年度：99；起迄日期：2010-08-01~2011-07-31 核定金額：1,061,000元
Appears in Collections:	[Dept. of Environmental Resources Management] MOST Project

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