EPA-106-FA18-03-A258

106

11,460 千元

空氣品質管理

2017/08/23

2018/12/31

許長嵐

空保處

柏雪翠

環科工程顧問股份有限公司

大氣空氣

工業區監測、新南向合作、技術交流

Industrial Area Monitoring, New Southbound Cooperation, Technology Exchange

陳怡君

魏海青

02-27753919#283

weiseagreen@estc.tw

我國空氣品質保護政策推展40餘年，空氣品質已逐步改善，目前除粒狀污染物及臭氧外，其他空氣污染物已符合空氣品質標準，面對成因較複雜粒狀污染物及臭氧問題，應持續強化國內污染源管制，並積極推動國際交流合作緩解境外空氣污染物長程傳輸影響，故本計畫從國內監測管理應用及資源整合至國際交流合作等面向，執行空氣品質管制工作。 空氣品質管理政策之推動都需要空氣品質監測資料及科學實證作為基礎，考量臺灣產業有集中聚落之特性，本計畫執行特殊性工業區空氣品質監測管理與應用，透過彙整縣市提報資料、每月統計空氣品質監測結果及實地進行5座工業區監測站現場查核，發現實務監測與申報及系統效能等尚有改善空間，爰據以規劃與執行改善對策，完成建立集中式分級管理機制，配套修正1項連線傳輸規範並針對系統工具擴充申報、審查及6項監測狀況報表等，強化管理工具後，辦理教育訓練會議，督導提升主管機關申報數據管理效率，改善申報數據品質；另完成資訊公開全民監督、規劃日常基線管理與進階影響量化應用等分析方法，以作為有效應用監測數據及落實特殊性工業區監測管理之參考。 此外，為支持及促進空氣污染防制科學技術發展，提供環保署作為相關管制策略制定之科學實證依據，本計畫透過彙整量化「環保署/科技部空污防制科研合作計畫」研究成果及辦理8場次協商或專家諮詢等會議、5場次科研計畫座談會，有效掌握我國空氣品質管理資源、未來可發展之檢測與污染控制技術、污染成因及建置本土化排放係數等研究成果，作為呼應當前環保議題之空氣品質管理施政參考。 空氣污染長程傳輸問題，凸顯國際合作重要性，本計畫配合全國性新南向政策，以空氣品質管理之環保議題切入，研蒐掌握亞太地區各國空氣品質問題主要為車輛、工業、露天燃燒與跨域霾害，並規劃新南向空氣品質管理交流合作平台之提案，結合產官學各界的智慧與力量，導入我國環保技術與經驗予東南亞國家，另初步建立印尼、泰國、馬來西亞等14個國家之潛在合作對象，並依東南亞國家現況問題及合作需求，彙整我國空氣品質管理管制成果亮點資料，完備國際環保夥伴合作之先期基礎，提升區域空氣品質的同時，帶動我國環保產業輸出，達到互利共贏之合作模式。此外，為持續精進我國空氣品質管理技術，研析國際管制趨勢並辦理2場次歐美空氣品質管理交流研討會議，增進國際資訊及策略之掌握與互動交流，以深化我國空氣品質管理技術，提升我國於環境保護領域之能見度與國際地位。

工業區監測、新南向合作、技術交流

EPA-106-FA18-03-A258.pdf

12MB

2019/3/1 上午 12:00:00

As the promotion of air quality protection policies, air quality has been improved in Taiwan. However, the pollution of particulate and ozone do not achieve National Air Quality Standards. For that, it is important to reduce the effect of transported pollution by cross border by controlling domestic pollution sources and promoting international cooperation at the same time. Therefore, the goals of this project implements air quality controlling from the aspect of monitoring management, domestic resource integration and international cooperation. Air quality monitoring data and scientific research are the foundation of air quality management. In consideration of the characteristics of industrial clusters in Taiwan, this project implements specific industrial area management and application. Through collecting data from Environmental Protection Bureau, monthly statistical air quality monitoring results and on-site inspection of five monitoring stations in each specific industrial area, we found that monitoring and reporting processes and system efficiency should be improved. Based on that, we establish a centralized hierarchical management mechanism, revise the transmission specification and expand the functions of report and review six monitoring status spreadsheet in Air Quality Management System. Strengthening management tools and holding training courses, which can improve the effective management of quality and usability of monitoring data from Environmental Protection Bureau. The project also planned the monitoring data application methods in air quality management, includes setting information platform for publics, developing daily baseline management and source tracing analysis processes and considering the impact of human health through domestic and international environmental monitoring comparison values. These methods are planning to applicate in air pollution management in the future. Moreover, in order to support and promote the development of scientific research on air pollution controlling, we review the research of the “Environmental Protection Administration/Ministry of Science and Technology Air Pollution Prevention Research Cooperation Project", hold eight times of expert consultation meetings, hold five times of project discussion forums, grasp the research results of air quality management resources in Taiwan, develop technologies of detection and pollution control and establish localized emission factors, as reference for air quality management policy in response to current environmental issues. The international cooperation is the one way to solve the problem of long range transportation of air pollution. So this project follows new southbound policy and focus on the environmental issues of air quality management. We research and grasp the air quality problems of countries in the Asia-Pacific region mainly for vehicles, industry, open burning and Cross-region haze. In addition, we build a SE Asian Air Quality Management Platform, combine with industries, academics and government, sharing Taiwan's own environmental protection technologies and experience to Southeast Asian countries. Then we initially establish potential cooperation between 14 countries (Indonesia, Thailand, Malaysia, etc.) and identify the cooperation who needs in Asia pacific region through investigate the air quality control issues among Asian countries. Moreover, we collected the highlights of air quality control achievements in Taiwan as materials to share with partners to complete the advanced foundation of international environmental cooperation, enhance regional air quality, and export Taiwan’s environmental protection industry. This project also analyzed international trends and held two air quality management exchange workshop including “2017 Taiwan and U.S.A Air Pollution Control Technology Exchange Conference” and “River Fugitive Dust Control and Prevention Workshop” to further enhance Taiwanese air quality management technology. Overall, we expect to improve the reginal air quality and effectively enhance the international visibility of Taiwan.

Industrial Area Monitoring, New Southbound Cooperation, Technology Exchange