環境資源報告成果查詢系統

102年臺中市河川揚塵防制計畫

中文摘要 102年本計畫工作大項包括蒐集環境背景資料;更新維護河川揚塵預警及通報系統;河川揚塵監測分析;建立河川高灘地植被示範區;落實合作平台;會議、宣導及民眾滿意度;計畫管理等。計畫簽約金額為820萬元,契約規定之專任人力要求含計畫主持人、專案經理、專案工程師及駐局行政人員共5人。 年度成果為購置4季衛星空拍圖資,河川揚塵好發管制點巡查共408點次。更新維護河川揚塵自動預警通報系統及應變機制。完成1場次河川揚塵應變防護演練。完成4次河川揚塵監測採樣分析。建立河川高灘地植被示範區3.55公頃。落實合作平台,辦理環境清理作業5個月共2391.8公里。辦理3場聯繫會議及4場教育宣導說明會,宣導人數1024人。完成民眾滿意度調查1192份。PM10減量共20.61公噸。
中文關鍵字 河川揚塵;監測分析;預警系統

基本資訊

專案計畫編號 經費年度 102 計畫經費 8200 千元
專案開始日期 2013/05/13 專案結束日期 2014/05/12 專案主持人 卓啟弘
主辦單位 臺中市政府環境保護局 承辦人 侯欣妤 執行單位 台灣曼寧工程顧問股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 102-tcepb-r-final.pdf 33MB

2013 Project of Prevention and control the riverbed fugitive dust in Taichung City

英文摘要 The main tasks of this project in 2013 are as followings: collect the environmental background data, update and maintain the early warning system of the fugitive dust from riverbed; monitoring and analysis the fugitive dust; establishment the pilot zone for vegetation in floodplain; establish the cooperation platform; conduct the meetings, propaganda and public satisfaction surveys; and project management. The budget of this project is 8.2 million NTD. Dedicate manpower requirements of the contract project leader, project management, project engineers and administrative staff in- bueau total of five people. Annual outcomes included purchase the data of satellite empty shot map for four quarters. Perform the dust monitoring by the patrol in hotspots total of 408 points times. Update and maintain the early warning system of the fugitive dust from riverbed. Conduct emergency drill of river dust event. Implement sampling and analysis of river dust four times. Establishment the pilot zone for vegetation in floodplain total of 3.55 ha. Establish the cooperation platform. Environmental clean-up operations in the five-month period a total of 2,391.8 km. Handle three games and four games conference on education and awareness seminars, advocacy number of 1024 people. Completion of public satisfaction survey 1192 copies. Reduce the PM10 emission by 20.16 tons.
英文關鍵字 riverbed fugitive dust;monitoring and analysis;early warning system