環保專案成果報告查詢系統

專案計畫編號	1050216
經費年度	105
計畫經費	3,410 千元
專案開始日期	2016/03/04
專案結束日期	2016/12/15
專案主持人	蕭伯任
主辦單位	嘉義市政府環境保護局
承辦人	李珮蓓
執行單位	瑩諮科技股份有限公司
專案分類	大氣空氣
中文關鍵字	空氣品質、環境負荷、空氣品質淨化區、空氣品質不良通報
英文關鍵字	Environmental、Current air、Air purification zones
協同主持人
共同主持人
計畫聯絡人	許逸欣
計畫聯絡電話	05-2251775#218
計畫聯絡信箱	shinryu0606@hotmail.com

中文摘要	為了積極有效運用空氣污染防制費以改善本市空氣品質，並於環保署的績效考評制度中爭取佳績，故執行本項計畫作為整合各項空氣品質改善維護子計畫成果，也就污染防制策略進度實施追蹤，適時提出建議，達到持續改善空氣品質之目的。本年度計畫執行期間自105年3月4日起至105年12月15日止，執行至工作進度統計期程，時間比例100%，依據合約規定提送期末報告，工作進度100%，各項重點工作項目之執行成果摘要如下： (一) 空氣品質指標與空氣品質變動趨勢統計本市95年至104年PSI＞100站日數，自95年30站日 (不良率8.22%)，降至104年2站日(0.55%)，顯示嘉義市空氣品質改善具有實效，空氣品質獲得改善。105年(11月) 不良站日1站日(0.30%)，符合本年度空氣污染防制目標(低於7站日，1.92%)；PSI＜50 空氣品質良好站日數方面，自95年78站日(比例21.4%)，增至104年112站日(比例30.8%)，顯示空氣品質趨於良好。105年(11月)良好站日139站日，比例41.5% (139站日/測站日數335站日)，符合防制目標 (高於24.6%，90站日)。 (二) 各類排放源污染屬性分析依據本計畫檢討更新和掌握之TEDS 9.0排放量資料，本市102年(排放量基準年)排放量分別為懸浮微粒 (PM10) 1,167公噸、細懸浮微粒(PM2.5) 491公噸、硫氧化物(SOX) 44公噸、氮氧化物(NOX) 2,283公噸、非甲烷碳氫化合物(NMHC) 4,004公噸、一氧化碳(CO) 4,891公噸，與前一版(TEDS 8.1，99年度)相較，粒狀污染物(PM10、PM2.5)排放量增加，行業別以營造業者增量較高，污染管理上須重視。因應對策為強化營建施工污染防制措施，包括：1.提高營建工程污染削減率(採用高防制效率措施)、2.營建工程管理辦法符合度管理、3.提高營建工程納管比例、4.推動營建工程道路認養與圍籬綠美化、5.街道揚塵洗掃工作。 (三) 檢討與追蹤空氣污染防制維護策略掌握本年度1月至12月，本市空氣污染防制策略推動現況，移動污染源11項策略，平均達成率98%、逸散污染源13項策略，平均達成率100%、固定污染源18項策略，平均達成率100%、推動低碳城市11項策略，平均達成率99%，符合時程管制進度。 (四) 推動環保署績效考評作業本市104年度考評成績達同組縣市(基隆市、新竹市、新竹縣、南投縣、嘉義市、臺東縣) 前二名，得「特優」評等。統計本市105年1月至12月環保署績效考評自評得分為94.8分，達成率94.8%，符合時程管制進度。 (五) 空氣品質淨化區本市共設置8處空氣品質淨化區，綠化面積達11.452公頃，分別為裸露地綠化4處、環保公園2處、自行車道2處。本年度透過自行考核、委員考核方式，掌握淨化區基地管理維護現況；經5月18日、10月19日委員二次現勘，各淨化區基地以「富國重劃區裸露地綠化工程」及「下路頭段自行車道 (嘉油鐵馬道)」最佳。
中文關鍵字	空氣品質、環境負荷、空氣品質淨化區、空氣品質不良通報

中文摘要

為了積極有效運用空氣污染防制費以改善本市空氣品質，並於環保署的績效考評制度中爭取佳績，故執行本項計畫作為整合各項空氣品質改善維護子計畫成果，也就污染防制策略進度實施追蹤，適時提出建議，達到持續改善空氣品質之目的。本年度計畫執行期間自105年3月4日起至105年12月15日止，執行至工作進度統計期程，時間比例100%，依據合約規定提送期末報告，工作進度100%，各項重點工作項目之執行成果摘要如下： (一) 空氣品質指標與空氣品質變動趨勢統計本市95年至104年PSI＞100站日數，自95年30站日 (不良率8.22%)，降至104年2站日(0.55%)，顯示嘉義市空氣品質改善具有實效，空氣品質獲得改善。105年(11月) 不良站日1站日(0.30%)，符合本年度空氣污染防制目標(低於7站日，1.92%)；PSI＜50 空氣品質良好站日數方面，自95年78站日(比例21.4%)，增至104年112站日(比例30.8%)，顯示空氣品質趨於良好。105年(11月)良好站日139站日，比例41.5% (139站日/測站日數335站日)，符合防制目標 (高於24.6%，90站日)。 (二) 各類排放源污染屬性分析依據本計畫檢討更新和掌握之TEDS 9.0排放量資料，本市102年(排放量基準年)排放量分別為懸浮微粒 (PM10) 1,167公噸、細懸浮微粒(PM2.5) 491公噸、硫氧化物(SOX) 44公噸、氮氧化物(NOX) 2,283公噸、非甲烷碳氫化合物(NMHC) 4,004公噸、一氧化碳(CO) 4,891公噸，與前一版(TEDS 8.1，99年度)相較，粒狀污染物(PM10、PM2.5)排放量增加，行業別以營造業者增量較高，污染管理上須重視。因應對策為強化營建施工污染防制措施，包括：1.提高營建工程污染削減率(採用高防制效率措施)、2.營建工程管理辦法符合度管理、3.提高營建工程納管比例、4.推動營建工程道路認養與圍籬綠美化、5.街道揚塵洗掃工作。 (三) 檢討與追蹤空氣污染防制維護策略掌握本年度1月至12月，本市空氣污染防制策略推動現況，移動污染源11項策略，平均達成率98%、逸散污染源13項策略，平均達成率100%、固定污染源18項策略，平均達成率100%、推動低碳城市11項策略，平均達成率99%，符合時程管制進度。 (四) 推動環保署績效考評作業本市104年度考評成績達同組縣市(基隆市、新竹市、新竹縣、南投縣、嘉義市、臺東縣) 前二名，得「特優」評等。統計本市105年1月至12月環保署績效考評自評得分為94.8分，達成率94.8%，符合時程管制進度。 (五) 空氣品質淨化區本市共設置8處空氣品質淨化區，綠化面積達11.452公頃，分別為裸露地綠化4處、環保公園2處、自行車道2處。本年度透過自行考核、委員考核方式，掌握淨化區基地管理維護現況；經5月18日、10月19日委員二次現勘，各淨化區基地以「富國重劃區裸露地綠化工程」及「下路頭段自行車道 (嘉油鐵馬道)」最佳。

中文關鍵字

空氣品質、環境負荷、空氣品質淨化區、空氣品質不良通報

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	105-sip-期末報告_定稿.pdf	36MB		2017/2/1 上午 12:00:00

摘要	In order to actively and effectively use air pollution control costs to improve the city's air quality, and strive for success in the EPD's performance appraisal system, the implementation of this program integrated various air quality improvement sub-program results, also track the pollution control strategy implementation progress, and raise proposals in due course to achieve the purpose of continuous improvement of air quality. This year's program execution period started from March 4, 2016 till December 15, 2016. At the implementation of the final phase, in the proportion of the time 100%, according to the contract, the final report should be submitted. The work progress reached 100%, and the focuses of the work program in the implementation of the outcomes are summarized as follows： (A) Air quality indicators and trends in air quality changes Statistically, our city from 2006 till 2015, the days of station PSI> 100 have decreased from 30 days of station (NPL ratio 8.22%) in 2006 to two days of station (0.55%) in 2015, showing Chiayi City air quality has improved with the effectiveness and its air quality has also improved. In 2016, from January to November, the adverse Station Day is only one day, which is also in line with this year's air pollution control targets (less than 7 days of station, 1.92%); as for PSI <50, days of good air quality days of station. In 2006, 78 days of station with 21.4% proportion has increased to 104 days of stations (the proportion of 30.8%), showing the air quality tends to be good. In 2016, from January till November, the good days of station is 139 with the proportion of 41.5% (139 days of station/ days measured 335 days of station, which is also in line with the prevention and control target. (greater than 24.6%, 90 days) (B) Various types of pollution sources attribute analysis According to the program update and review of the TEDS 9.0 emissions data, in 2013 the city's (emission base year) emissions were suspended particulates (PM10) with 1,167 tons, fine suspended particles (PM2.5) with 491 tons, sulfur oxide matter (SOX) with 44 tons, nitrogen oxides (NOX) 2,283 tons, non-methane hydrocarbons (NMHC) with 4,004 tons, and carbon monoxide (CO) with 4,891 tons. Compared to the previous version (TEDS8.1, 2010), the emissions of granular pollutants (PM10, PM2.5) have increased; the increment industry has produced them increasingly, the pollution management of which must be paid attention to. Measures are to strengthen the construction pollution control measures, including：1. Improve construction engineering pollution reduction rate (high efficiency prevention and control measures), 2. Enhance the construction engineering consistent management, 3. Improve construction engineering controlling ratio 4. Promote road construction adoption and green fence landscaping, 5. Improve street dust sweeping and washing work. (C) Reviewing and tracking air pollution control maintenance strategy Take the current year from January to December for example. As for the city's air pollution control policy promotion status, among the mobile sources 11 strategies, the average of completion rate reached 98%; fugitive sources 13 strategies, the average rate of completion reached 100%; Stationary sources 18 strategies, the average of completion rate reached 100%; among 11 strategies to promote low carbon city, the average rate of completion reached 99%, which are all in line with the progress of time process control. (D) Promoting EPD performance evaluation In 2015, the city's annual evaluation results in the same group of counties and cities (Keelung City, Hsinchu City, Hsinchu County, Nantou County, Chiayi City, Taitung County) was in the second place with "Premium" rating. In statistics, the city in 2016, from January till December, the EPA performa- -nce evaluation self-assessment score was 94.8 with the completion rate of 94.8%, which are all in line with the progress of time process control. (E) Air quality purification zone The city was set 8 air quality purification areas with its green area reaching 11.452 hectares, with 4 exposed green places, 2 green parks and 2 bike lanes. This year after the self-assessment, the Commission assessment methods, we easily master the purification zone base management and maintenance status; On May 18 and October 19, members inspected the site. In each purification zone base, Fuguo redrawing district bare ground greening projects and Chia-yu bike lane are the best ones.
英文關鍵字	Environmental、Current air、Air purification zones

摘要

In order to actively and effectively use air pollution control costs to improve the city's air quality, and strive for success in the EPD's performance appraisal system, the implementation of this program integrated various air quality improvement sub-program results, also track the pollution control strategy implementation progress, and raise proposals in due course to achieve the purpose of continuous improvement of air quality. This year's program execution period started from March 4, 2016 till December 15, 2016. At the implementation of the final phase, in the proportion of the time 100%, according to the contract, the final report should be submitted. The work progress reached 100%, and the focuses of the work program in the implementation of the outcomes are summarized as follows： (A) Air quality indicators and trends in air quality changes Statistically, our city from 2006 till 2015, the days of station PSI> 100 have decreased from 30 days of station (NPL ratio 8.22%) in 2006 to two days of station (0.55%) in 2015, showing Chiayi City air quality has improved with the effectiveness and its air quality has also improved. In 2016, from January to November, the adverse Station Day is only one day, which is also in line with this year's air pollution control targets (less than 7 days of station, 1.92%); as for PSI <50, days of good air quality days of station. In 2006, 78 days of station with 21.4% proportion has increased to 104 days of stations (the proportion of 30.8%), showing the air quality tends to be good. In 2016, from January till November, the good days of station is 139 with the proportion of 41.5% (139 days of station/ days measured 335 days of station, which is also in line with the prevention and control target. (greater than 24.6%, 90 days) (B) Various types of pollution sources attribute analysis According to the program update and review of the TEDS 9.0 emissions data, in 2013 the city's (emission base year) emissions were suspended particulates (PM10) with 1,167 tons, fine suspended particles (PM2.5) with 491 tons, sulfur oxide matter (SOX) with 44 tons, nitrogen oxides (NOX) 2,283 tons, non-methane hydrocarbons (NMHC) with 4,004 tons, and carbon monoxide (CO) with 4,891 tons. Compared to the previous version (TEDS8.1, 2010), the emissions of granular pollutants (PM10, PM2.5) have increased; the increment industry has produced them increasingly, the pollution management of which must be paid attention to. Measures are to strengthen the construction pollution control measures, including：1. Improve construction engineering pollution reduction rate (high efficiency prevention and control measures), 2. Enhance the construction engineering consistent management, 3. Improve construction engineering controlling ratio 4. Promote road construction adoption and green fence landscaping, 5. Improve street dust sweeping and washing work. (C) Reviewing and tracking air pollution control maintenance strategy Take the current year from January to December for example. As for the city's air pollution control policy promotion status, among the mobile sources 11 strategies, the average of completion rate reached 98%; fugitive sources 13 strategies, the average rate of completion reached 100%; Stationary sources 18 strategies, the average of completion rate reached 100%; among 11 strategies to promote low carbon city, the average rate of completion reached 99%, which are all in line with the progress of time process control. (D) Promoting EPD performance evaluation In 2015, the city's annual evaluation results in the same group of counties and cities (Keelung City, Hsinchu City, Hsinchu County, Nantou County, Chiayi City, Taitung County) was in the second place with "Premium" rating. In statistics, the city in 2016, from January till December, the EPA performa- -nce evaluation self-assessment score was 94.8 with the completion rate of 94.8%, which are all in line with the progress of time process control. (E) Air quality purification zone The city was set 8 air quality purification areas with its green area reaching 11.452 hectares, with 4 exposed green places, 2 green parks and 2 bike lanes. This year after the self-assessment, the Commission assessment methods, we easily master the purification zone base management and maintenance status; On May 18 and October 19, members inspected the site. In each purification zone base, Fuguo redrawing district bare ground greening projects and Chia-yu bike lane are the best ones.

英文關鍵字

Environmental、Current air、Air purification zones