環保專案成果報告查詢系統

專案計畫編號	EPA-110-FA12-03-A130
經費年度	110
計畫經費	12,615 千元
預算科目	固定污染源管制
專案開始日期	2021/02/18
專案結束日期	2021/12/31
專案主持人	陳玉恭
主辦單位	空保處
承辦人	黃斯平
執行單位	工業技術研究院
專案分類	大氣空氣
中文關鍵字	固定污染源、揮發性有機物、管制策略
英文關鍵字	Stationary Pollution Sources, Volatile Organic Compounds, Control Strategies
協同主持人
共同主持人
計畫聯絡人	陳玉恭
計畫聯絡電話	03-5917738#
計畫聯絡信箱	chen1325@itri.org.tw

中文摘要	近年來，空氣品質不良比例指標污染物逐漸由PM2.5（106年占比60%→109年占比28%)轉換為臭氧（106年占比39%→109年占比72%），故臭氧的污染問題仍須持續不斷重視及改善。本計畫完成國內過去固定污染源揮發性有機物管制推動相關資料之蒐集彙整，包含管制歷程、規劃策略架構、研訂管制策略、各項策略或措施推動的減量成果等內容。另考量各行業製程的排放量與排放物種的光化指標，篩選提出國內應優先調查及管制的二個行業製程(電子零組件製造程序和金屬表面塗裝程序)，並針對前述二個行業，完成各10家工廠之背景資料調查。在印刷業及船舶塗裝作業之VOCs排放現況調查與研提管制建議，完成各10家工廠調查與相關檢測工作，另依據近年調查結果與參考國外管制標準，完成凹版印刷業與船舶塗裝業揮發性有機物空氣污染管制及排放標準(草案)研擬，以及凹版印刷作業程序之VOCs減量改善指引手冊編撰。此外，完成六項行業製程之VOCs排放係數建置，包含汽車、機車、自行車、凹版印刷、PU和膠帶等製程。彙整及分析國內外固定污染源VOCs集氣設施之集氣效率量測方法，並提出國內量測方法修訂建議。另完成蒐集及彙整國外各種VOCs防制設備操作參數連線監控項目，以及蒐集及研析國內鑄造業和玻璃纖維製造業氟化物排放情形。此外，完成一篇科普文宣製作，並配合計畫執行，完成膠帶、PU和船舶塗裝等3個行業之經濟及減量效益分析，以及完成2場船舶塗裝作業技術說明會和2場專諮會辦理。
中文關鍵字	固定污染源、揮發性有機物、管制策略

中文摘要

近年來，空氣品質不良比例指標污染物逐漸由PM2.5（106年占比60%→109年占比28%)轉換為臭氧（106年占比39%→109年占比72%），故臭氧的污染問題仍須持續不斷重視及改善。本計畫完成國內過去固定污染源揮發性有機物管制推動相關資料之蒐集彙整，包含管制歷程、規劃策略架構、研訂管制策略、各項策略或措施推動的減量成果等內容。另考量各行業製程的排放量與排放物種的光化指標，篩選提出國內應優先調查及管制的二個行業製程(電子零組件製造程序和金屬表面塗裝程序)，並針對前述二個行業，完成各10家工廠之背景資料調查。在印刷業及船舶塗裝作業之VOCs排放現況調查與研提管制建議，完成各10家工廠調查與相關檢測工作，另依據近年調查結果與參考國外管制標準，完成凹版印刷業與船舶塗裝業揮發性有機物空氣污染管制及排放標準(草案)研擬，以及凹版印刷作業程序之VOCs減量改善指引手冊編撰。此外，完成六項行業製程之VOCs排放係數建置，包含汽車、機車、自行車、凹版印刷、PU和膠帶等製程。彙整及分析國內外固定污染源VOCs集氣設施之集氣效率量測方法，並提出國內量測方法修訂建議。另完成蒐集及彙整國外各種VOCs防制設備操作參數連線監控項目，以及蒐集及研析國內鑄造業和玻璃纖維製造業氟化物排放情形。此外，完成一篇科普文宣製作，並配合計畫執行，完成膠帶、PU和船舶塗裝等3個行業之經濟及減量效益分析，以及完成2場船舶塗裝作業技術說明會和2場專諮會辦理。

中文關鍵字

固定污染源、揮發性有機物、管制策略

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	110年固定污染源VOCs計畫成果報告(定稿本).pdf	15MB		2022/2/28 上午 12:00:00

摘要	In recent years, the poor ratio of Air Quality Index (AQI) has gradually been converted from PM2.5 (from 60% in 2017 reducing to 28% in 2020) into ozone (from 39% in 2017 rising to 72% in 2020). Therefore, the ozone pollution problems requires continuous attention and improvement. In this plan, the collection and compilation of past data on the control and promotion of volatile organic compounds (VOCs) from stationary sources were completed, including the control processes, strategy framework planning, control strategy formulation, reduction results promoted by strategies or measures, etc. In addition, in consideration of emissions and the photochemical indicators of pollutants in the processes of various industries, two industrial processes (electronic component manufacturing process and metal surface painting process) prioritized for investigation and control were proposed. The investigation on the background data of 10 factories in each of the above-mentioned two industries was completed. In terms of the survey and the control recommendations of VOCs emissions by the printing industry and the ship coating industry, an investigation on ten factories and related testing work was completed. In addition, according to the investigation results in recent years and in reference to the foreign regulatory standards, the formulation of the Air Pollution Control and Emission Standards for VOCs in the Gravure Printing Industry and Ship Coating Industry (Draft), and the compilation of VOCs Reduction and Improvement Guidebook for the gravure printing process were completed. Furthermore, the establishment of VOCs emission factors for six industrial processes were completed, including automotive, locomotive, bicycle, gravure printing, PU, and tape processes. The domestic and foreign capture efficiency measurement methods for the gas collection facilities of VOCs from stationary sources were compiled and analyzed. Domestic measurement method revisions and recommendations were also put forward. The collection and compilation of various foreign VOCs prevention equipment operation parameter connection and monitoring items were also completed. The fluoride emissions from the domestic casting industry and the glass fiber manufacturing industry were collected and analyzed. Furthermore, an article on popular science propaganda production was completed. In cooperation with the plan implementation, the economic and emission reduction benefit for the tape, PU, and ship coating industries were completed. Two sessions of ship coating operation technical briefings and two sessions of consultation meetings were also held.
英文關鍵字	Stationary Pollution Sources, Volatile Organic Compounds, Control Strategies

摘要

In recent years, the poor ratio of Air Quality Index (AQI) has gradually been converted from PM2.5 (from 60% in 2017 reducing to 28% in 2020) into ozone (from 39% in 2017 rising to 72% in 2020). Therefore, the ozone pollution problems requires continuous attention and improvement. In this plan, the collection and compilation of past data on the control and promotion of volatile organic compounds (VOCs) from stationary sources were completed, including the control processes, strategy framework planning, control strategy formulation, reduction results promoted by strategies or measures, etc. In addition, in consideration of emissions and the photochemical indicators of pollutants in the processes of various industries, two industrial processes (electronic component manufacturing process and metal surface painting process) prioritized for investigation and control were proposed. The investigation on the background data of 10 factories in each of the above-mentioned two industries was completed. In terms of the survey and the control recommendations of VOCs emissions by the printing industry and the ship coating industry, an investigation on ten factories and related testing work was completed. In addition, according to the investigation results in recent years and in reference to the foreign regulatory standards, the formulation of the Air Pollution Control and Emission Standards for VOCs in the Gravure Printing Industry and Ship Coating Industry (Draft), and the compilation of VOCs Reduction and Improvement Guidebook for the gravure printing process were completed. Furthermore, the establishment of VOCs emission factors for six industrial processes were completed, including automotive, locomotive, bicycle, gravure printing, PU, and tape processes. The domestic and foreign capture efficiency measurement methods for the gas collection facilities of VOCs from stationary sources were compiled and analyzed. Domestic measurement method revisions and recommendations were also put forward. The collection and compilation of various foreign VOCs prevention equipment operation parameter connection and monitoring items were also completed. The fluoride emissions from the domestic casting industry and the glass fiber manufacturing industry were collected and analyzed. Furthermore, an article on popular science propaganda production was completed. In cooperation with the plan implementation, the economic and emission reduction benefit for the tape, PU, and ship coating industries were completed. Two sessions of ship coating operation technical briefings and two sessions of consultation meetings were also held.

英文關鍵字

Stationary Pollution Sources, Volatile Organic Compounds, Control Strategies