環保專案成果報告查詢系統

專案計畫編號
經費年度	102
計畫經費	11,750 千元
專案開始日期	2013/01/22
專案結束日期	2013/12/31
專案主持人	呂鴻毅
主辦單位	臺南市政府環境保護局
承辦人	呂政霖
執行單位	立境環境科技股份有限公司
專案分類	大氣空氣
中文關鍵字	空氣品質、排放標準、環境負荷、空氣污染防制
英文關鍵字	Air Quality Emission Standards
協同主持人
共同主持人
計畫聯絡人	蔡宜倫
計畫聯絡電話	06-3365552#
計畫聯絡信箱	yilun@mail.lget.com.tw

中文摘要	本計畫自102年1月22日執行至102年12月31日，主要工作內容為綜合管理各空氣污染防制基金編列計畫執行品質之監督及管考，達各項管制工作之預期目標，並整合本市具體成效與地方特色成果，以達成環保署考核績效；另重點為掌握更新本市環境負荷及污染排放資料，分析境內空氣品質監測結果及空氣品質不良事件日污染原因探討分析，提供環保局據以檢討修正空氣污染管制策略。臺南市空氣品質不良比例，自95年7.62%下降至101年0.68%，改善幅度達91%；102年空品不良比例為3.08%，45站日，較100年及101年增加。各項空氣污染物濃度，近幾年至101年為呈現下降之趨勢，但102年PM10、PM2.5、SO2、NO2等呈現濃度回升，而O3、NMHC、CO仍舊呈現逐年下降趨勢，其中O3小時平均第八大值已連續六年低於法規標準值，從長期變化趨勢來看，顯示近年臺南市施政方向正確且空氣品質改善策略奏效。在分析各類排放源結構部分，依據TEDS 8.0排放量資料庫及本計畫檢討更新結果，TSP 44,229(公噸/年)、PM10 15,342(公噸/年)、SOx 4,444(公噸/年)、NOx 27,633(公噸/年)、NMHC 45,514(公噸/年)、CO 62,391(公噸/年)。臺南市PM2.5以交通排放及硫酸銨為主要貢獻源，而原生性PM2.5排放源則以車輛行駛揚塵、柴油車及裸露地為主，高濃度及高超標頻率區域皆為臺南測站。故，臺南市PM2.5管制策略將以建置PM2.5基本資料、推動基礎管制工作(衍生性、原生性)及熱點區域管制工作(高危害風險區、高污染潛勢區)，分階段逐步推動。管理空污防制計畫辦理品質及成效部分，擬訂「102年度臺南市空氣改善維護計畫管理及考核評分辦法」，對各計畫實施管理及考核評分；在執行性重點計畫中以「柴油車動力計排煙檢測計畫」得分最高；另在環保署考評成績檢討部分，101年度環保署所公佈之考評成績獲得90.71分，在五都評等中獲得特優。空污防制策略為三個面向17項管制策略與63項工作目標推動以點擴展線、面方式，達成整體目標，包含空品符合率(PSI<100)在105年<97.8%；110年<98.76%、維持臭氧為二級防制區、懸浮微粒及細懸浮微粒在110年時提升至二級防制區。
中文關鍵字	空氣品質、排放標準、環境負荷、空氣污染防制

中文摘要

本計畫自102年1月22日執行至102年12月31日，主要工作內容為綜合管理各空氣污染防制基金編列計畫執行品質之監督及管考，達各項管制工作之預期目標，並整合本市具體成效與地方特色成果，以達成環保署考核績效；另重點為掌握更新本市環境負荷及污染排放資料，分析境內空氣品質監測結果及空氣品質不良事件日污染原因探討分析，提供環保局據以檢討修正空氣污染管制策略。臺南市空氣品質不良比例，自95年7.62%下降至101年0.68%，改善幅度達91%；102年空品不良比例為3.08%，45站日，較100年及101年增加。各項空氣污染物濃度，近幾年至101年為呈現下降之趨勢，但102年PM10、PM2.5、SO2、NO2等呈現濃度回升，而O3、NMHC、CO仍舊呈現逐年下降趨勢，其中O3小時平均第八大值已連續六年低於法規標準值，從長期變化趨勢來看，顯示近年臺南市施政方向正確且空氣品質改善策略奏效。在分析各類排放源結構部分，依據TEDS 8.0排放量資料庫及本計畫檢討更新結果，TSP 44,229(公噸/年)、PM10 15,342(公噸/年)、SOx 4,444(公噸/年)、NOx 27,633(公噸/年)、NMHC 45,514(公噸/年)、CO 62,391(公噸/年)。臺南市PM2.5以交通排放及硫酸銨為主要貢獻源，而原生性PM2.5排放源則以車輛行駛揚塵、柴油車及裸露地為主，高濃度及高超標頻率區域皆為臺南測站。故，臺南市PM2.5管制策略將以建置PM2.5基本資料、推動基礎管制工作(衍生性、原生性)及熱點區域管制工作(高危害風險區、高污染潛勢區)，分階段逐步推動。管理空污防制計畫辦理品質及成效部分，擬訂「102年度臺南市空氣改善維護計畫管理及考核評分辦法」，對各計畫實施管理及考核評分；在執行性重點計畫中以「柴油車動力計排煙檢測計畫」得分最高；另在環保署考評成績檢討部分，101年度環保署所公佈之考評成績獲得90.71分，在五都評等中獲得特優。空污防制策略為三個面向17項管制策略與63項工作目標推動以點擴展線、面方式，達成整體目標，包含空品符合率(PSI<100)在105年<97.8%；110年<98.76%、維持臭氧為二級防制區、懸浮微粒及細懸浮微粒在110年時提升至二級防制區。

中文關鍵字

空氣品質、排放標準、環境負荷、空氣污染防制

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	102年臺南市空氣品質考核及管理計畫-定稿.pdf	25MB		2014/8/1 上午 12:00:00

摘要	This Project is executed from January 22, 2013 to December 31, 2013 and the main work content is to administer various air pollution control funds compilation plans and to supervise and assess the quality of execution and to achieve the expected goal of various control works. In addition, it also integrates the substantial result of this city and the local characteristics result so as to achieve the assessment result of the Environmental Protection Administration. Another point is to master and update the information of the environment loading and pollution emission of this city and to analyze the air quality monitoring result of the city and to investigate and analyze the reason of pollution in bad air quality incidents days. This information is provided to the Environmental Protection Bureau so that air pollution control strategy reviewed and modification. The percentage of bad air quality in Tainan City falls to 0.68% in 2012 from 7.62% in 2006 and the scale of improvement reaches 91%. The percentage of bad air quality in 2013 is 3.08% in 45 stations days and this is an increase compared with 2011 and 2012. The concentration of various air pollutants shows a descending trend from recent few years to 2012. However, in 2013 the concentration of PM10, PM2.5, SO2, and NO2 rises again and O3, NMHC, CO shows a descending trend year by year still. The hourly average 8th maximum value of O3 is lower than the regulated standard value for six consecutive years. Looking from the long-term change trend, it shows that the administration direction of Tainan City Government is correct and the air quality improvement strategies are proven as effective. In the analysis of the structure of various emission sources and according to the TEDS8.0 emission volume database and the review update of this project, TSP is 44,229(tons/year), PM10 is 15,342(tons/year), SOx is 4,444(tons/year), NOx is 27,633(tons/year), NMHC is 45,514(tons/year) and CO is 62,391(tons/year)。 The main contribution source of PM2.5 of Tainan City is traffic emission and ammonium sulphate and the original PM2.5 emission source is mainly flying dust from driving of vehicles, diesel vehicles and bare lands. High concentration and high overrun frequency zones are all Tainan monitoring site. The PM2.5 control strategy in Tainan City will include establishment of the basic data of PM2.5, initiation of basic control work (derivative and original) and hot zone control (highly hazardous zone, highly polluted potential zone) and will be initiated in stages step by step. In regard to the processing of quality and result in the management of the air pollution control plan, the 「Management and Assessment Grading Method for the 2013 Tainan City Air Improvement & Maintenance Project」 is formulated and management and assessment grading is conducted on various plans. In the execution of key projects, the score of the 「Diesel Vehicle Dynometer Smoke Emission Detection Project」 is the highest. In addition, in the Environmental Protection Administration Assessment Result Review, the appraisal result of 90.71 points announced by the Environmental Protection Administration in 2012 is the highest and high distinction is obtained in the assessment amongst five special municipalities. The air pollution control strategy is in three aspects and seven control strategies and initiation of sixty three work goals in the form of using points to expand to lines and planes to reach the overall goals including Air Quality Coincidence Rate (PSI<100) reaching <97.8% in 2016 and <98.76% in 2021, maintaining ozone as Class II Control Region and raising the suspended particulates and fine suspended particles to Class II Control Region in 2021.
英文關鍵字	Air Quality Emission Standards

摘要

This Project is executed from January 22, 2013 to December 31, 2013 and the main work content is to administer various air pollution control funds compilation plans and to supervise and assess the quality of execution and to achieve the expected goal of various control works. In addition, it also integrates the substantial result of this city and the local characteristics result so as to achieve the assessment result of the Environmental Protection Administration. Another point is to master and update the information of the environment loading and pollution emission of this city and to analyze the air quality monitoring result of the city and to investigate and analyze the reason of pollution in bad air quality incidents days. This information is provided to the Environmental Protection Bureau so that air pollution control strategy reviewed and modification. The percentage of bad air quality in Tainan City falls to 0.68% in 2012 from 7.62% in 2006 and the scale of improvement reaches 91%. The percentage of bad air quality in 2013 is 3.08% in 45 stations days and this is an increase compared with 2011 and 2012. The concentration of various air pollutants shows a descending trend from recent few years to 2012. However, in 2013 the concentration of PM10, PM2.5, SO2, and NO2 rises again and O3, NMHC, CO shows a descending trend year by year still. The hourly average 8th maximum value of O3 is lower than the regulated standard value for six consecutive years. Looking from the long-term change trend, it shows that the administration direction of Tainan City Government is correct and the air quality improvement strategies are proven as effective. In the analysis of the structure of various emission sources and according to the TEDS8.0 emission volume database and the review update of this project, TSP is 44,229(tons/year), PM10 is 15,342(tons/year), SOx is 4,444(tons/year), NOx is 27,633(tons/year), NMHC is 45,514(tons/year) and CO is 62,391(tons/year)。 The main contribution source of PM2.5 of Tainan City is traffic emission and ammonium sulphate and the original PM2.5 emission source is mainly flying dust from driving of vehicles, diesel vehicles and bare lands. High concentration and high overrun frequency zones are all Tainan monitoring site. The PM2.5 control strategy in Tainan City will include establishment of the basic data of PM2.5, initiation of basic control work (derivative and original) and hot zone control (highly hazardous zone, highly polluted potential zone) and will be initiated in stages step by step. In regard to the processing of quality and result in the management of the air pollution control plan, the 「Management and Assessment Grading Method for the 2013 Tainan City Air Improvement & Maintenance Project」 is formulated and management and assessment grading is conducted on various plans. In the execution of key projects, the score of the 「Diesel Vehicle Dynometer Smoke Emission Detection Project」 is the highest. In addition, in the Environmental Protection Administration Assessment Result Review, the appraisal result of 90.71 points announced by the Environmental Protection Administration in 2012 is the highest and high distinction is obtained in the assessment amongst five special municipalities. The air pollution control strategy is in three aspects and seven control strategies and initiation of sixty three work goals in the form of using points to expand to lines and planes to reach the overall goals including Air Quality Coincidence Rate (PSI<100) reaching <97.8% in 2016 and <98.76% in 2021, maintaining ozone as Class II Control Region and raising the suspended particulates and fine suspended particles to Class II Control Region in 2021.

英文關鍵字

Air Quality Emission Standards