環保專案成果報告查詢系統

專案計畫編號	EPA-103-FA12-03-A080
經費年度	103
計畫經費	10,350 千元
專案開始日期	2014/04/03
專案結束日期	2015/03/31
專案主持人	潘一誠
主辦單位	空保處
承辦人	許平和
執行單位	鼎環工程顧問股份有限公司
專案分類	大氣空氣
中文關鍵字	逸散性粒狀污染物、營建工程、洗掃街
英文關鍵字	Fugitive Particulate, Street Sweeping, Construction
協同主持人
共同主持人
計畫聯絡人	薛涵方
計畫聯絡電話	02-66173021#206
計畫聯絡信箱	hhfang@gmail.com

中文摘要	本計畫主要三大項工作包括：(1)完備逸散性粒狀污染物管制法規制度，健全管制策略。(2)推動逸散性粒狀污染物管制，提升粒狀污染物減量成效。(3)推動地方考評作業，提升各縣(市)粒狀物逸散管制績效。本計畫已更新「營建工程空氣污染防制設施管理辦法」草案及「固定源逸散性粒狀污染物防制設施管理辦法」草案，並製作營建管理辦法草案簡報說帖及大型一級工地開工前提報污染防制計畫書範例。已於103年8月完成掃街車操作參數100餘次模擬測試，完成操作規範研訂。彙整5大類PM2.5排放係數採樣推估研究方法，並於8月起陸續進行20點次實測採樣，完成5類逸散源排放係數推估工作。已建立商港逸散性粒狀物排放推估方法，彙整101及102之排放量推估成果，建立未來商港粒狀物排放量推估之表單規範。彙整適合我國之吹葉機管制規範，評估以無人載具進行逸散污染源稽查之可行性，已完成20點次之飛行，以多旋翼型最適合提供地方環保單位進行逸散源稽查工作。為協助地方加強特殊性行業逸散性粒狀物污染管制，已完成7個工業區道路揚塵防制評鑑作業。另針對鋼鐵冶煉業污染，篩選電弧爐廠家，完成6場次鋼鐵廠現場污染調查作業作為後續加強管制之依據。此外，為推廣逸散粒狀物防制技術，103年6月地球環境季期間於新竹縣砂石場展示砂石業逸散粒狀物防制技術。另於南投縣舉辦河川疏濬工程粒狀物污染防制示範觀摩活動，現地展示相關空氣污染防制設施。本計畫亦協助相關宣導行政工作，包括更新逸散性粒狀物防制技術說明摺頁及手冊，完成6部逸散防制技術宣導影片，持續維護更新逸散粒狀物管制資訊系統與網站，協助解決地方營建資料庫問題。辦理地方執行逸散粒狀物管制工作之績效考核作業，完成營建工地、逸散工廠現場查核及道路髒污通報工作。
中文關鍵字	逸散性粒狀污染物、營建工程、洗掃街

中文摘要

本計畫主要三大項工作包括：(1)完備逸散性粒狀污染物管制法規制度，健全管制策略。(2)推動逸散性粒狀污染物管制，提升粒狀污染物減量成效。(3)推動地方考評作業，提升各縣(市)粒狀物逸散管制績效。本計畫已更新「營建工程空氣污染防制設施管理辦法」草案及「固定源逸散性粒狀污染物防制設施管理辦法」草案，並製作營建管理辦法草案簡報說帖及大型一級工地開工前提報污染防制計畫書範例。已於103年8月完成掃街車操作參數100餘次模擬測試，完成操作規範研訂。彙整5大類PM2.5排放係數採樣推估研究方法，並於8月起陸續進行20點次實測採樣，完成5類逸散源排放係數推估工作。已建立商港逸散性粒狀物排放推估方法，彙整101及102之排放量推估成果，建立未來商港粒狀物排放量推估之表單規範。彙整適合我國之吹葉機管制規範，評估以無人載具進行逸散污染源稽查之可行性，已完成20點次之飛行，以多旋翼型最適合提供地方環保單位進行逸散源稽查工作。為協助地方加強特殊性行業逸散性粒狀物污染管制，已完成7個工業區道路揚塵防制評鑑作業。另針對鋼鐵冶煉業污染，篩選電弧爐廠家，完成6場次鋼鐵廠現場污染調查作業作為後續加強管制之依據。此外，為推廣逸散粒狀物防制技術，103年6月地球環境季期間於新竹縣砂石場展示砂石業逸散粒狀物防制技術。另於南投縣舉辦河川疏濬工程粒狀物污染防制示範觀摩活動，現地展示相關空氣污染防制設施。本計畫亦協助相關宣導行政工作，包括更新逸散性粒狀物防制技術說明摺頁及手冊，完成6部逸散防制技術宣導影片，持續維護更新逸散粒狀物管制資訊系統與網站，協助解決地方營建資料庫問題。辦理地方執行逸散粒狀物管制工作之績效考核作業，完成營建工地、逸散工廠現場查核及道路髒污通報工作。

中文關鍵字

逸散性粒狀污染物、營建工程、洗掃街

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	103年度逸散性粒狀污染物減量及查核計畫.pdf	26MB		2015/8/1 上午 12:00:00

摘要	The project includes three parts of tasks, improvement of fugitive particulate pollutant law and control strategy, reduction of pollutants by initiating fugitive particulate pollutant control, and practice of evaluations in counties and cities in order to enhance the performance of controlling fugitive pollution sources and achieve the objective of improving air quality. In the project, the drafts of Management Regulations for Construction Engineering Air Pollution Control Facility and Air Pollution Control Facility Management Regulations for Stationary particulate pollutant have been revised. The project provides example of Air Pollution Control plan which should be provided by first class construction site before construction starts. The operation coefficient of street-sweeping vehicles has been simulated for more than 100 times and operation regulation has been completed. The approaches of emission coefficients of PM2.5 by 5 different pollution catagories has been studied and 20 samplings has been conducted to deduce the emission coefficients. The approaches of emission coefficients of PM2.5 produced at cargo ports has been established. Compiling results of emission estimation in 2012 and 2013, the format of the sheets used in emission estimation in the future has been completed. In addition, regulations of leaf blower in foreign countries has been collected as reference of domestic rule. The feasibility of utilizing different types of Unmanned Aerial Vehicle (UVA) as an audit tool has been studied by 20 flights. From the study, Unmanned Aerial Vehicle with six rotors is the best choice for audition for local burea. To assist local bureau to regulate fugitive particulate emmited by specific industries, inspection work of the roads in industry park has been completed. Concerning the pollution produced by steel industry, 6 factories had been selected and inspected. The report will be referred for further regulation in the future. Besides, to promote methods of fugitive particulate Air Pollution Control, gorvernemnt staffs and company representitives were both invited to the demonstrations of Control methods for gravel industry and river dredging activity held in Shinchu and Nantou. The project also completed associated adminastrative advocation, including revising the manual of methods of fugitive particulate Air Pollution Control, completing advocation vedio clips, maintaining website and system of fugitive particulate regulation, and assisting local burea with the problems realted to database.
英文關鍵字	Fugitive Particulate, Street Sweeping, Construction

摘要

The project includes three parts of tasks, improvement of fugitive particulate pollutant law and control strategy, reduction of pollutants by initiating fugitive particulate pollutant control, and practice of evaluations in counties and cities in order to enhance the performance of controlling fugitive pollution sources and achieve the objective of improving air quality. In the project, the drafts of Management Regulations for Construction Engineering Air Pollution Control Facility and Air Pollution Control Facility Management Regulations for Stationary particulate pollutant have been revised. The project provides example of Air Pollution Control plan which should be provided by first class construction site before construction starts. The operation coefficient of street-sweeping vehicles has been simulated for more than 100 times and operation regulation has been completed. The approaches of emission coefficients of PM2.5 by 5 different pollution catagories has been studied and 20 samplings has been conducted to deduce the emission coefficients. The approaches of emission coefficients of PM2.5 produced at cargo ports has been established. Compiling results of emission estimation in 2012 and 2013, the format of the sheets used in emission estimation in the future has been completed. In addition, regulations of leaf blower in foreign countries has been collected as reference of domestic rule. The feasibility of utilizing different types of Unmanned Aerial Vehicle (UVA) as an audit tool has been studied by 20 flights. From the study, Unmanned Aerial Vehicle with six rotors is the best choice for audition for local burea. To assist local bureau to regulate fugitive particulate emmited by specific industries, inspection work of the roads in industry park has been completed. Concerning the pollution produced by steel industry, 6 factories had been selected and inspected. The report will be referred for further regulation in the future. Besides, to promote methods of fugitive particulate Air Pollution Control, gorvernemnt staffs and company representitives were both invited to the demonstrations of Control methods for gravel industry and river dredging activity held in Shinchu and Nantou. The project also completed associated adminastrative advocation, including revising the manual of methods of fugitive particulate Air Pollution Control, completing advocation vedio clips, maintaining website and system of fugitive particulate regulation, and assisting local burea with the problems realted to database.

英文關鍵字

Fugitive Particulate, Street Sweeping, Construction