環保專案成果報告查詢系統

專案計畫編號
經費年度	112
計畫經費	12,912 千元
預算科目	科技發展-淨零排放科技
專案開始日期	2023/03/02
專案結束日期	2023/11/15
專案主持人	姚永真
主辦單位	環境部大氣環境司
承辦人	呂佳洳
執行單位	財團法人工業技術研究院
專案分類	大氣空氣
中文關鍵字	氣候變遷、高暖化潛勢氣體、協調策略、集氣效率
英文關鍵字	Climate change, High GWP gases, Coherent strategy, Capture efficiency
協同主持人	沈克鵬
共同主持人
計畫聯絡人	陳依琪
計畫聯絡電話	03-5912761#
計畫聯絡信箱	yichichen@itri.org.tw

中文摘要	臺灣2050淨零轉型策略已將產業（製造）轉型策略納入其中，直接與固定污染源有關，固定污染源所致溫室氣體排放量須掌握。暖化潛勢物質中二氧化碳為排放量最高之氣體，以燃燒為主，排放來源多；其餘6項溫室氣體（CH4、SF6、NF3、N2O、PFCs、HFCs）排放占比雖然較低，但排放源較集中，多由單一行業或製程排放，且暖化潛勢高，具減量有效性，為本計畫重點關注物質。計畫篩出7項行業（半導體、光電、電力、基本化學材料製造、煉油、石化、造紙等）具暖化潛勢物質高排放之公私場所掌握高暖化潛勢物質製程現況、現行控制技術及減量作法。另透過蒐集聯合國氣候變化綱要公約之清潔發展機制(Clean Development Mechanism, CDM)以及國內環境部公告針對特定製程之高暖化潛勢物質減量方法，依污染源類型（半導體製造、TFT平面顯示器、事業廢水處理廠）彙整潛在可行技術及減量方案，亦進行4廠減量協談作業；同時，提出空污防制與淨零減碳協同策略構想。於研提固定污染源暖化潛勢物質之集氣設施設計準則之工作，完成我國NIEA A735、美國Method 204系列、ANSI/ASHRAE 110-2016等國內外之集氣效率量測方法解析；也彙整了可能取代SF6示蹤劑之氣體種類、特性及適用性評估作法；以及固定污染源逸散集氣設施設計準則與操作規範說明文件。
中文關鍵字	氣候變遷、高暖化潛勢氣體、協調策略、集氣效率

中文摘要

臺灣2050淨零轉型策略已將產業（製造）轉型策略納入其中，直接與固定污染源有關，固定污染源所致溫室氣體排放量須掌握。暖化潛勢物質中二氧化碳為排放量最高之氣體，以燃燒為主，排放來源多；其餘6項溫室氣體（CH4、SF6、NF3、N2O、PFCs、HFCs）排放占比雖然較低，但排放源較集中，多由單一行業或製程排放，且暖化潛勢高，具減量有效性，為本計畫重點關注物質。計畫篩出7項行業（半導體、光電、電力、基本化學材料製造、煉油、石化、造紙等）具暖化潛勢物質高排放之公私場所掌握高暖化潛勢物質製程現況、現行控制技術及減量作法。另透過蒐集聯合國氣候變化綱要公約之清潔發展機制(Clean Development Mechanism, CDM)以及國內環境部公告針對特定製程之高暖化潛勢物質減量方法，依污染源類型（半導體製造、TFT平面顯示器、事業廢水處理廠）彙整潛在可行技術及減量方案，亦進行4廠減量協談作業；同時，提出空污防制與淨零減碳協同策略構想。於研提固定污染源暖化潛勢物質之集氣設施設計準則之工作，完成我國NIEA A735、美國Method 204系列、ANSI/ASHRAE 110-2016等國內外之集氣效率量測方法解析；也彙整了可能取代SF6示蹤劑之氣體種類、特性及適用性評估作法；以及固定污染源逸散集氣設施設計準則與操作規範說明文件。

中文關鍵字

氣候變遷、高暖化潛勢氣體、協調策略、集氣效率

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	FY112固定污染源暖化潛勢物質排放調查與減量推動計畫_成果報告(定稿)(書籤).pdf	7MB	「固定污染源暖化潛勢物質排放調查與減量推動計畫」成果報告	2024/2/23 上午 12:00:00

摘要	In March 2022, Taiwan officially published “Taiwan’s Pathway to Net-Zero Emissions in 2050”, which provides the action pathway to achieve “2050 Net-Zero Emissions”. One of major strategies is “industrial department transition”, which is directly related to stationary sources of air pollutants, and the Greenhouse gas (GHGs) emissions from stationary sources must be understand. Under the policy of net-zero emissions, introducing the emission reduction of warming potential substances and air pollutants, simultaneously, can achieve a co-benefits on reducing GHGs and air pollution emissions. Among the substances with warming potential, carbon dioxide is the gas with the highest emission, mainly from combustionas well as with many emission sources. The other six greenhouse gases (CH4, SF6, NF3, N2O, PFCs, HFCs) account for a low emission relatively, but mostly emitted by a single industry or process, as well as those gases have a high global warming potential, which is effective in reduction. Therefore, the six GHGs are the target gas of this project. At this project, the emission data of warming potential substances from seven stationary source categories has been collected, including semiconductor, optoelectronic, electric power, chemical material manufacturing, oil refining, petrochemical, and paper industry. On-site visits and emission inspections of the three main pollution sources of warming potential substances are conducted to understand the current status of the manufacturing process, current control technology and reduction practices of the main emission sources of high-warming potential substances. Work items on feasible reduction programs and control measures for high-warming-potential substance emission sources, the reduction method for three specific processes (semiconductor manufacturing, TFT manufacturing, industrial wastewater treatment plant) released from Clean Development Mechanism (CDM) of the UNFCCC and Taiwan MOEV have been collected. Potential feasible technologies are also compiled according to the types of pollution sources. A coherent policy approach are proposed to reduce greenhouse gases and air pollution, that is the strategy are transit from co-benefits to coherent policies. Work items on capture devices for warming potential substances, the reference of capture efficiency and applicable situations of various types of capture devices has been collected, and NIEA A735 of Taiwan MOEV, Method 204 series of the United States EPA, and ANSI/ASHRAE 110-2016 of American National Standards Institute and American Society of Heating, Refrigerating, and Air Condition Engineers have been analyzed. The reference regarding alternative tracer gases for SF6 and the applicability assessment method are also collected. Capture efficiency of different types of capture devices are evaluated by means of the recommended measure, and the design guidelines and operation regulations of capture devices is also developed in this project.
英文關鍵字	Climate change, High GWP gases, Coherent strategy, Capture efficiency

摘要

In March 2022, Taiwan officially published “Taiwan’s Pathway to Net-Zero Emissions in 2050”, which provides the action pathway to achieve “2050 Net-Zero Emissions”. One of major strategies is “industrial department transition”, which is directly related to stationary sources of air pollutants, and the Greenhouse gas (GHGs) emissions from stationary sources must be understand. Under the policy of net-zero emissions, introducing the emission reduction of warming potential substances and air pollutants, simultaneously, can achieve a co-benefits on reducing GHGs and air pollution emissions. Among the substances with warming potential, carbon dioxide is the gas with the highest emission, mainly from combustionas well as with many emission sources. The other six greenhouse gases (CH4, SF6, NF3, N2O, PFCs, HFCs) account for a low emission relatively, but mostly emitted by a single industry or process, as well as those gases have a high global warming potential, which is effective in reduction. Therefore, the six GHGs are the target gas of this project. At this project, the emission data of warming potential substances from seven stationary source categories has been collected, including semiconductor, optoelectronic, electric power, chemical material manufacturing, oil refining, petrochemical, and paper industry. On-site visits and emission inspections of the three main pollution sources of warming potential substances are conducted to understand the current status of the manufacturing process, current control technology and reduction practices of the main emission sources of high-warming potential substances. Work items on feasible reduction programs and control measures for high-warming-potential substance emission sources, the reduction method for three specific processes (semiconductor manufacturing, TFT manufacturing, industrial wastewater treatment plant) released from Clean Development Mechanism (CDM) of the UNFCCC and Taiwan MOEV have been collected. Potential feasible technologies are also compiled according to the types of pollution sources. A coherent policy approach are proposed to reduce greenhouse gases and air pollution, that is the strategy are transit from co-benefits to coherent policies. Work items on capture devices for warming potential substances, the reference of capture efficiency and applicable situations of various types of capture devices has been collected, and NIEA A735 of Taiwan MOEV, Method 204 series of the United States EPA, and ANSI/ASHRAE 110-2016 of American National Standards Institute and American Society of Heating, Refrigerating, and Air Condition Engineers have been analyzed. The reference regarding alternative tracer gases for SF6 and the applicability assessment method are also collected. Capture efficiency of different types of capture devices are evaluated by means of the recommended measure, and the design guidelines and operation regulations of capture devices is also developed in this project.

英文關鍵字

Climate change, High GWP gases, Coherent strategy, Capture efficiency