112

15,900 千元

固定污染源管制

2023/04/06

2023/11/30

姚永真

環境部大氣環境司

戴忠良

財團法人工業技術研究院

大氣空氣、環境監測及檢測

有害空氣污染物、高潛勢區排放減量、消費商品

Hazardous air pollutant, Emission reduction of high potential area, Consumer products

陳依琪

蔡欣汝

06-3636780#

hsinrutsai@itri.org.tw

於有害空氣污染物（簡稱HAPs）管制相關法規或程序作業，已提出「固定污染源有害空氣污染物排放標準」（修正草案）研議內容，新增17項HAPs物種之管道及周界標準建議值；同時針對7項指定HAPs完成61點次管道及周界檢測調查HAPs排放特徵；亦提出固定污染源空氣污染物計量相關規定的修正草案。於推動固定污染源有害空氣污染物管制配套工作上，選定以「罐頭表面塗裝程序」建立本土化排放係數，完成11家工廠製程特性解析以及48點次管道及原物料檢測作業；於健康風險評估專責人員訓練教材修正檢視，共發出課程需求調查問卷208家業者，回收114家（125份），回收率約54.8%。另已完成美國聯邦環保署、加州空氣資源局以及世界衛生組織對HAPs健康風險與減量成效評估工具解析。同時，持續更新有害空氣污染物環境背景資料，研擬國內環境大氣有害空氣污染物監測網架構規劃。於推動固定污染源有害空氣污染物高潛勢區域之再減量工作，已展開臨海、林園、六輕及仁大等四處工業區減量協談執行進展追蹤作業，已完成28家追蹤會議並彙整執行進展。針對面源揮發性有機物管制工作，已與大氣環境司討論建物塗料VOCs成分標準修正草案內容，並提出D~G類別塗料產品之VOCs成分標準建議值；於加油站逸散管理，蒐集加油站油品儲槽揮發性有機氣體處理技術並估算可能減量。

有害空氣污染物、高潛勢區排放減量、消費商品

112AA155-上傳系統(刪除空白).pdf

10MB

推動固定污染源有害空氣污染物管理制度、 排放係數建置暨消費性產品揮發性有機物排放調查管制計畫成果報告

2024/4/21 上午 12:00:00

On the task of research and investigation of hazardous air pollutants (HAPs) control regulations, 17 air toxics were screened as target, and the recommended standards of the stack and ambient air have been proposed on the "Emission Standards for Hazardous Air Pollutants from Stationary Pollution Sources"(draft). The inspections for seven designated HAPs were conducted in stacks and ambient air to investigate the emission characteristics, a total 61 samples were analyzed.A draft amendment to the three relevant regulations on the emission measurement of HAPs from stationary sources was also proposed. In the supporting work of the control of HAPs, the "can surface coating processes" of surface coating related procedures was selected to establish a localized emission factor. 11 factories have been completed the analysis of process characteristics. 48 samples of can surface coating process from stacks and raw material were testing and to establish the HAPs emission factor. In reviewing the training materials for health risk assessment specialists, 208 questionnaires have been sent out, and 114 questionnaires have been returned with a recovery rate of about 54.8%. The assessment tools for the health risks and reduction effects of HAPs in the United States Environmental Protection Agency (US EPA), California Air Resources Board (ARB), and World Health Organization/Europe (WHO) has been collected. In addition, continue to update the ambient air background information of air toxics, and develop the framework plan for the monitoring network of air toxics in the ambient atmosphere. The tracking discussion of 28 stationary pollution sources (factories) in four industrial park (Linhai, Linyuan, Mailiao, and Renda) were completed for HAPs emission reduction negotiation project, and the progress has been collected. For the control of VOCs in area sources, the revision draft of VOCs component Standards for Coating Products has been discussed with the authority, and proposed the recommended VOCs content standards for D to G category coating products. For gas station fugitive emission control, the VOCs treatment technology of fuel storage tanks has been searched, and estimated the possible emission reduction.

Hazardous air pollutant, Emission reduction of high potential area, Consumer products