環保專案成果報告查詢系統

專案計畫編號
經費年度	108
計畫經費	8,000 千元
專案開始日期	2019/05/15
專案結束日期	2020/05/14
專案主持人	龍玉琳
主辦單位	臺中市政府環境保護局
承辦人	盧毓婷
執行單位	台灣曼寧工程顧問股份有限公司
專案分類	大氣空氣
中文關鍵字	河川揚塵，監測分析，預警系統
英文關鍵字	riverbed fugitive dust, monitoring and analysis , early warning system
協同主持人
共同主持人
計畫聯絡人	郭信宏
計畫聯絡電話	04-23293771#516
計畫聯絡信箱	bluesky2132002@yahoo.com.tw

中文摘要	本計畫執行時間由１０８年５月１５日至１０９年５月１４日止，執行期間皆依期程規範辦理，整體進度達成率為１００%。本計畫透過健全河川揚塵預報模式、更新揚塵預警應變機制、落實合作平台及提升民眾滿意度等四大面向，使河川揚塵預警應變機制更為健全。在河床變化掌握，透過跨單位合作完成８４公頃之裸露面積改善，１０９年３月與１０８年同期相較下減少１３．３５公頃；在微型監測儀器方面，於三大流域共設置１９座，現地主要分為三種型態，包含境外污染２日、空品不良６４日及強風特報９日等，境外污染型態現地ＰＭ１０皆呈現高濃度；空品不良則呈現低風速高濃度，隨著風勢增加而下降；強風特報則為高風速低濃度，顯示本市河川揚塵防制具有一定成效，使強風下懸浮微粒未隨之增加，另辦理社區環境效益分析，施工後皆有效減少ＰＭ１０濃度，又以大安區永安社區效果最為顯著；在民眾滿意度方面，配合村里宣導說明會辦理，整體滿意度為９５％，對於河川揚塵有改善感受度為７成；在環境清理方面，包含協調各單位於應變期間執行道路清掃及本計畫東北季風期間之清理，共總計５８，６７２公里；計畫執行期間ＰＭ１０削減量為１３７．４公噸，連續６年無河川揚塵事件日發生。
中文關鍵字	河川揚塵，監測分析，預警系統

中文摘要

本計畫執行時間由１０８年５月１５日至１０９年５月１４日止，執行期間皆依期程規範辦理，整體進度達成率為１００%。本計畫透過健全河川揚塵預報模式、更新揚塵預警應變機制、落實合作平台及提升民眾滿意度等四大面向，使河川揚塵預警應變機制更為健全。在河床變化掌握，透過跨單位合作完成８４公頃之裸露面積改善，１０９年３月與１０８年同期相較下減少１３．３５公頃；在微型監測儀器方面，於三大流域共設置１９座，現地主要分為三種型態，包含境外污染２日、空品不良６４日及強風特報９日等，境外污染型態現地ＰＭ１０皆呈現高濃度；空品不良則呈現低風速高濃度，隨著風勢增加而下降；強風特報則為高風速低濃度，顯示本市河川揚塵防制具有一定成效，使強風下懸浮微粒未隨之增加，另辦理社區環境效益分析，施工後皆有效減少ＰＭ１０濃度，又以大安區永安社區效果最為顯著；在民眾滿意度方面，配合村里宣導說明會辦理，整體滿意度為９５％，對於河川揚塵有改善感受度為７成；在環境清理方面，包含協調各單位於應變期間執行道路清掃及本計畫東北季風期間之清理，共總計５８，６７２公里；計畫執行期間ＰＭ１０削減量為１３７．４公噸，連續６年無河川揚塵事件日發生。

中文關鍵字

河川揚塵，監測分析，預警系統

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	108年臺中市河川揚塵防制計畫.pdf	34MB		2020/8/28 上午 12:00:00

摘要	This project has started from the 15th of May 2019, and officially completed on 14 May 2020.The entire process was followed by the schedule specifications. As of the 15th of May 2020, the achievement rate was up to 100%.The main propose of this project is to improve the dust forecasting system integrity and can be separated into four aspects:Strengthen the river aeolian dust forecast model,Upgrade the aeolian dust forecast contingency mechanism,Implementation of the collaboration platform,Enhance public satisfaction. According to the observation of riverbed changes, there was an accomplishment of bare lands improvement works with a total area of 84 hectares by Inter-Agency Cooperation. This made a decrease of 13.35 hectares of bare lands compared to the same period last year.19 micro monitoring devices were established near three main river area. Based on the data analysis, In-Situ can mainly divided into 3 parts, including long-range transport (2 days), air quality unhealthy event (64 days), and strong wind warning (9 days).On the days with long-range transport, it showed high PM10 concentrations. On the other hand, days with air quality unhealthy presented lower wind speed and higher PM10 concentration, and PM10 decreased when the rose of the wind speed. Nevertheless, PM10 concentrations were lower on the days with strong wind warning. That means, the river aeolian dust prevention plan in this city is highly effective. Moreover, the effects of General community environment was also analyzed. After construction, it led to a decrease in PM10 levels, especially in Da-An District Yong-An Apartment Complex. In terms of public satisfaction, it was carried out by the Village public communication campaigns this year. Overall satisfaction have achieved a 95% rating, and there’s 70% can truly feel the improvement of river aeolian dust. Regarding the environmental cleanliness, include street sweeping that needed to cooperation between different departments, and cleaning among northeast monsoon, covering an overall distance of around 58,672 kilometers. Results showed that not only decrease 137.4 tons of PM10 during the project period, but no any aeolian dust event occurred continuously for 6 years.
英文關鍵字	riverbed fugitive dust, monitoring and analysis , early warning system

摘要

This project has started from the 15th of May 2019, and officially completed on 14 May 2020.The entire process was followed by the schedule specifications. As of the 15th of May 2020, the achievement rate was up to 100%.The main propose of this project is to improve the dust forecasting system integrity and can be separated into four aspects:Strengthen the river aeolian dust forecast model,Upgrade the aeolian dust forecast contingency mechanism,Implementation of the collaboration platform,Enhance public satisfaction. According to the observation of riverbed changes, there was an accomplishment of bare lands improvement works with a total area of 84 hectares by Inter-Agency Cooperation. This made a decrease of 13.35 hectares of bare lands compared to the same period last year.19 micro monitoring devices were established near three main river area. Based on the data analysis, In-Situ can mainly divided into 3 parts, including long-range transport (2 days), air quality unhealthy event (64 days), and strong wind warning (9 days).On the days with long-range transport, it showed high PM10 concentrations. On the other hand, days with air quality unhealthy presented lower wind speed and higher PM10 concentration, and PM10 decreased when the rose of the wind speed. Nevertheless, PM10 concentrations were lower on the days with strong wind warning. That means, the river aeolian dust prevention plan in this city is highly effective. Moreover, the effects of General community environment was also analyzed. After construction, it led to a decrease in PM10 levels, especially in Da-An District Yong-An Apartment Complex. In terms of public satisfaction, it was carried out by the Village public communication campaigns this year. Overall satisfaction have achieved a 95% rating, and there’s 70% can truly feel the improvement of river aeolian dust. Regarding the environmental cleanliness, include street sweeping that needed to cooperation between different departments, and cleaning among northeast monsoon, covering an overall distance of around 58,672 kilometers. Results showed that not only decrease 137.4 tons of PM10 during the project period, but no any aeolian dust event occurred continuously for 6 years.

英文關鍵字

riverbed fugitive dust, monitoring and analysis , early warning system