環保專案成果報告查詢系統

專案計畫編號	EPA-102-U1U1-02-101
經費年度	102
計畫經費	2,040 千元
專案開始日期	2013/02/06
專案結束日期	2013/12/31
專案主持人	蔡春進
主辦單位	永續發展室(停用)
承辦人	蘇鈺珊
執行單位	國立交通大學
專案分類	環境教育
中文關鍵字	奈米技術;環境健康安全;白皮書;策略規畫;知識平台
英文關鍵字	Nanotechnology;EHS;white paper;strategic plan;database
協同主持人	連興隆
共同主持人
計畫聯絡人	郭欣惠
計畫聯絡電話	03-5712121#55548
計畫聯絡信箱	annyta.kuo@gmail.com

中文摘要	本計畫的目標主要為維護及管理環保署「環境奈米科技知識平台」網站(Taiwan Nanotechnology EHS Database, 網址http://ehs.epa.gov.tw/)，依國內外的奈米EHS的研究成果充實其內容，及更新環境奈米的知識文件等工作。目前已整理並完成上傳的國內研究報告及出版文獻篇數為：中文版網站—研究報告全文共174篇(新增65篇)、出版文獻連結699篇(新增162篇)；英文版網站—研究報告摘要149篇(新增49篇)、SCI論文連結523篇(新增222篇) (統計日期：2013年11月25日)。在SCI論文的分類方面，研究領域以奈米科技的應用為主、微粒種類以氧化物為主、暴露或危害標的以其他/未指定為主、風險暴露群以其他/未指定為主、產生方法以工程奈米微粒為主。目前已完成五項主題的奈米知識文件的蒐集、整理及更新工作，並整理ISO及OECD有關奈米科技環境、健康、安全(EHS)議題的發展趨勢。本年度已發行知識平台的電子報四期上傳至知識平台，並以e-mail方式通知訂閱者最新的nano-EHS消息，nano-EHS知識，近期活動及下期預告，用戶可以下載及瀏覽文件，過去的歷史文件也可以在平台的e-paper專區找到。目前環境奈米科技知識平台的電子報訂閱人數為525人，2011年以來的瀏覽人數為69,328次。本計畫依據環保署102年提出奈米國家型計畫環境議題優先發展項目規劃，並參考美國環保署在2009年的"奈米物質研究策略報告"中的四個聚焦研究主題，提出環保署未來重點發展項目規劃並修正「2014年環保署的全球負責任奈米技術的回顧與展望」中英文文件，並已舉辦研商會1場。為了加強奈米技術的風險認知及溝通，本計畫已於102年10月21日在台大集思會議中心舉辦「102年環境奈米科技論壇」，首先邀請勞委會、環保署、衛福部、工研院及學界等產官學研專家舉行圓桌會議，討論了本國的nano-EHS的政策、法規、標準及研究進展，環保署過去一年的研究成果也以論文發表及討論方式介紹給國內相關人士。論壇共吸引了產、官、學、研各界147人報名，實際有101人參加，充分達到了nano-EHS知識傳播及風險溝通的目的。最後，為了加強與國際的互動及介紹台灣奈米EHS研究現況，本計畫專訪了奈米EHS議題的二位專家學者，分別為國立成功大學環境工程學系王鴻博教授及國立清華大學動力機械工程系李國賓教授，訪問稿並以中英文方式呈現。
中文關鍵字	奈米技術;環境健康安全;白皮書;策略規畫;知識平台

中文摘要

本計畫的目標主要為維護及管理環保署「環境奈米科技知識平台」網站(Taiwan Nanotechnology EHS Database, 網址http://ehs.epa.gov.tw/)，依國內外的奈米EHS的研究成果充實其內容，及更新環境奈米的知識文件等工作。目前已整理並完成上傳的國內研究報告及出版文獻篇數為：中文版網站—研究報告全文共174篇(新增65篇)、出版文獻連結699篇(新增162篇)；英文版網站—研究報告摘要149篇(新增49篇)、SCI論文連結523篇(新增222篇) (統計日期：2013年11月25日)。在SCI論文的分類方面，研究領域以奈米科技的應用為主、微粒種類以氧化物為主、暴露或危害標的以其他/未指定為主、風險暴露群以其他/未指定為主、產生方法以工程奈米微粒為主。目前已完成五項主題的奈米知識文件的蒐集、整理及更新工作，並整理ISO及OECD有關奈米科技環境、健康、安全(EHS)議題的發展趨勢。本年度已發行知識平台的電子報四期上傳至知識平台，並以e-mail方式通知訂閱者最新的nano-EHS消息，nano-EHS知識，近期活動及下期預告，用戶可以下載及瀏覽文件，過去的歷史文件也可以在平台的e-paper專區找到。目前環境奈米科技知識平台的電子報訂閱人數為525人，2011年以來的瀏覽人數為69,328次。本計畫依據環保署102年提出奈米國家型計畫環境議題優先發展項目規劃，並參考美國環保署在2009年的"奈米物質研究策略報告"中的四個聚焦研究主題，提出環保署未來重點發展項目規劃並修正「2014年環保署的全球負責任奈米技術的回顧與展望」中英文文件，並已舉辦研商會1場。為了加強奈米技術的風險認知及溝通，本計畫已於102年10月21日在台大集思會議中心舉辦「102年環境奈米科技論壇」，首先邀請勞委會、環保署、衛福部、工研院及學界等產官學研專家舉行圓桌會議，討論了本國的nano-EHS的政策、法規、標準及研究進展，環保署過去一年的研究成果也以論文發表及討論方式介紹給國內相關人士。論壇共吸引了產、官、學、研各界147人報名，實際有101人參加，充分達到了nano-EHS知識傳播及風險溝通的目的。最後，為了加強與國際的互動及介紹台灣奈米EHS研究現況，本計畫專訪了奈米EHS議題的二位專家學者，分別為國立成功大學環境工程學系王鴻博教授及國立清華大學動力機械工程系李國賓教授，訪問稿並以中英文方式呈現。

中文關鍵字

奈米技術;環境健康安全;白皮書;策略規畫;知識平台

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA-102-U1U1-02-101定稿.pdf	13MB		2014/2/1 上午 12:00:00

摘要	The goal of this project is to maintain the website of "Taiwan nanotechnology EHS database"(http://ehs.epa.gov.tw/) and provide data and information by integrating the international and domestic research achievements on nano-EHS related issues. Up to now, 174 full articles for research reports (increased by 65 articles) and 699 research papers in abstract (increased by 162 papers) have been uploaded in the Chinese website. In addition, 149 abstracts for research reports (increased by 49 articles) and 523 SCI papers (increased by 222 papers) with the links to the publishers’ websites have been uploaded in the English website, which demonstrates fruitful results in the nanotechnology EHS area in Taiwan (The statistics date is Nov. 25, 2013). Regarding the category analysis of SCI papers, nanotechnology applications, oxide, other exposure or hazard target, other risk exposure group, and engineered are the main subjects in the research area, particle type, exposure or hazard target, risk exposure group, and generation method, respectively. Recent advances on nano-EHS related issues in five topical areas and in ISO and OECD were also reviewed, compiled and updated in the web page. Four issues of e-papers were issued. Members can receive the latest nano-EHS news, nano-EHS knowledge, recent activities and the announcement of the next issue through e-mails, retrieve and read the fulltexts and track the historical files at the exclusive e-paper zone in the website. The numbers of members and visitors continue to increase this year. So far, the number of subscription of e-paper is 525. The number of visiting to the website is increased to 69,328. Referring to the nano-EHS research strategies and research themes of USEPA, considering domestic resource constraint, previous research achievements, and the research activities of other domestic agencies, the "Global Strategic Plan for Responsible Nanotechnology in 2014" was re-written in both Chinese and English versions and the the review meeting was held with domestic experts. To strengthen the risk perception and the communication of nanotechnology, the "2013 Environmental Nanotechnology Forum" was held on October 21, 2013 at GIS NTU conference center, Taipei. At the beginning, experts from Council of Labor Affairs, Environmental Protection Bureau, Department of Health, Industrial Technology Research Institute and universities representing industry, government, academia and research sectors were invited hold the round table forum to discuss the domestic progress on nano-EHS policy, regulation, standards, guidelines and research achievements. and EPA's research achievements in the past year were presented to different domestic stakeholders through paper presentations and discussion. From industry, government, academia and research institutions, there were 147 people registered and 101 people actually attended the forum for fruitful knowledge dissemilation and risk communication on nano-EHS issues. Finally, to promote the international interactions and introduce the domestic nano-EHS research achievements, two experts in the nano-EHS field were interviewed, including Professor Hung-Po Wang from the Department of Environmental Engineering, National Cheng Kung University, and Professor Gwo-Bin Lee from the Department of Power Mechanical Engineering, National Tsing Hua University. The interview reports were prepared in both Chinese and English.
英文關鍵字	Nanotechnology;EHS;white paper;strategic plan;database

摘要

The goal of this project is to maintain the website of "Taiwan nanotechnology EHS database"(http://ehs.epa.gov.tw/) and provide data and information by integrating the international and domestic research achievements on nano-EHS related issues. Up to now, 174 full articles for research reports (increased by 65 articles) and 699 research papers in abstract (increased by 162 papers) have been uploaded in the Chinese website. In addition, 149 abstracts for research reports (increased by 49 articles) and 523 SCI papers (increased by 222 papers) with the links to the publishers’ websites have been uploaded in the English website, which demonstrates fruitful results in the nanotechnology EHS area in Taiwan (The statistics date is Nov. 25, 2013). Regarding the category analysis of SCI papers, nanotechnology applications, oxide, other exposure or hazard target, other risk exposure group, and engineered are the main subjects in the research area, particle type, exposure or hazard target, risk exposure group, and generation method, respectively. Recent advances on nano-EHS related issues in five topical areas and in ISO and OECD were also reviewed, compiled and updated in the web page. Four issues of e-papers were issued. Members can receive the latest nano-EHS news, nano-EHS knowledge, recent activities and the announcement of the next issue through e-mails, retrieve and read the fulltexts and track the historical files at the exclusive e-paper zone in the website. The numbers of members and visitors continue to increase this year. So far, the number of subscription of e-paper is 525. The number of visiting to the website is increased to 69,328. Referring to the nano-EHS research strategies and research themes of USEPA, considering domestic resource constraint, previous research achievements, and the research activities of other domestic agencies, the "Global Strategic Plan for Responsible Nanotechnology in 2014" was re-written in both Chinese and English versions and the the review meeting was held with domestic experts. To strengthen the risk perception and the communication of nanotechnology, the "2013 Environmental Nanotechnology Forum" was held on October 21, 2013 at GIS NTU conference center, Taipei. At the beginning, experts from Council of Labor Affairs, Environmental Protection Bureau, Department of Health, Industrial Technology Research Institute and universities representing industry, government, academia and research sectors were invited hold the round table forum to discuss the domestic progress on nano-EHS policy, regulation, standards, guidelines and research achievements. and EPA's research achievements in the past year were presented to different domestic stakeholders through paper presentations and discussion. From industry, government, academia and research institutions, there were 147 people registered and 101 people actually attended the forum for fruitful knowledge dissemilation and risk communication on nano-EHS issues. Finally, to promote the international interactions and introduce the domestic nano-EHS research achievements, two experts in the nano-EHS field were interviewed, including Professor Hung-Po Wang from the Department of Environmental Engineering, National Cheng Kung University, and Professor Gwo-Bin Lee from the Department of Power Mechanical Engineering, National Tsing Hua University. The interview reports were prepared in both Chinese and English.

英文關鍵字

Nanotechnology;EHS;white paper;strategic plan;database