環保專案成果報告查詢系統

專案計畫編號
經費年度	107
計畫經費	4,200 千元
專案開始日期	2018/09/14
專案結束日期	2019/05/31
專案主持人	湯永州
主辦單位	嘉義市政府環境保護局
承辦人	黃晣琛
執行單位	湯城工程顧問有限公司
專案分類	水質保護
中文關鍵字	埤麻腳排水、水質監測、礫間接觸氧化、人工溼地
英文關鍵字	Pimajiao Drainage, Water quality monitoring, Gravel Contact Oxidation, Constructed Wetlands.
協同主持人
共同主持人
計畫聯絡人	彭定璽
計畫聯絡電話	07-5819223#
計畫聯絡信箱	appon617520@gmail.com

中文摘要	本計畫執行期間之多次環境現勘及背景資料蒐集分析結果，可知埤麻腳排水水體污染負荷來源主要為點污染(民生污水、事業廢水)及非點源污染；其埤麻腳排水流域整體外來污水量推估共計約3,697 CMD，BOD污染量約為718.5 kg/day。整體而言，晴天狀態下，其BOD污染來源貢獻比例分析結果，主要係以生活污水來源為主(約為80.8%)；若以點源、非點源分析比較，其BOD污染貢獻量主要係以點源為主，約佔88.0%。湯城公司團隊依據計畫工作程序，於計畫執行期間積極辦理環境背景資料及水質監測工作，以期藉由科學性分析環境地理與水理水質數據之相對關係，進而提出可行性方案執行埤麻腳水體水質改善之現地處理工程規劃地點及後續相關細部設計圖說成果，並針對嘉義市埤麻腳排水流域水質改善願景規劃，提出相關策略及建議。冀望藉由相關工程規劃及策略研擬方案，以提昇埤子頭排水之水體水質，使嘉義市境內埤麻腳排水之水體水質可以獲得改善。本計畫執行成果共區分為五大項：一、辦理完成(埤麻腳排水、大溪厝分線)有關環境背景、污染源、污染量及水質監測等研究資料，彙整、研析水質變化趨勢及污染負荷量之魚骨圖。二、針對現有可用地或鄰近其他可行用地進行場址基本規劃設計，並完成進行計畫成本初估與經濟效益評估。三、應用LID開發理念，營造兼具水質處理、景觀功能、生態保育及環境教育之現地處理設施；整體設計規畫應朝向本場址設置應與當地社區居民協力合作，除達成水體水質改善效益外，更可強化民眾參與面向，提升親水環境營造及環境教育之目標。四、辦理大溪厝社區雜排水及埤麻腳排水截流規劃，應以人工溼地設計工法為優，水體處理量至少達3,000CMD；其水質淨化效益規劃至少應達到BOD去除率50%以上；SS去除率50%以上；氨氮去除率40%以上。五、完成可用地之現地處理水質改善工程細部設計及招標文件製作(含處理場址3D動畫製作、鑑界、量測、鑽探及細部設計、相關技師簽證及申請相關文件、細部設計工程預算書、工程設計圖說、維護管理計畫及招標文件製作等)。
中文關鍵字	埤麻腳排水、水質監測、礫間接觸氧化、人工溼地

中文摘要

本計畫執行期間之多次環境現勘及背景資料蒐集分析結果，可知埤麻腳排水水體污染負荷來源主要為點污染(民生污水、事業廢水)及非點源污染；其埤麻腳排水流域整體外來污水量推估共計約3,697 CMD，BOD污染量約為718.5 kg/day。整體而言，晴天狀態下，其BOD污染來源貢獻比例分析結果，主要係以生活污水來源為主(約為80.8%)；若以點源、非點源分析比較，其BOD污染貢獻量主要係以點源為主，約佔88.0%。湯城公司團隊依據計畫工作程序，於計畫執行期間積極辦理環境背景資料及水質監測工作，以期藉由科學性分析環境地理與水理水質數據之相對關係，進而提出可行性方案執行埤麻腳水體水質改善之現地處理工程規劃地點及後續相關細部設計圖說成果，並針對嘉義市埤麻腳排水流域水質改善願景規劃，提出相關策略及建議。冀望藉由相關工程規劃及策略研擬方案，以提昇埤子頭排水之水體水質，使嘉義市境內埤麻腳排水之水體水質可以獲得改善。本計畫執行成果共區分為五大項：一、辦理完成(埤麻腳排水、大溪厝分線)有關環境背景、污染源、污染量及水質監測等研究資料，彙整、研析水質變化趨勢及污染負荷量之魚骨圖。二、針對現有可用地或鄰近其他可行用地進行場址基本規劃設計，並完成進行計畫成本初估與經濟效益評估。三、應用LID開發理念，營造兼具水質處理、景觀功能、生態保育及環境教育之現地處理設施；整體設計規畫應朝向本場址設置應與當地社區居民協力合作，除達成水體水質改善效益外，更可強化民眾參與面向，提升親水環境營造及環境教育之目標。四、辦理大溪厝社區雜排水及埤麻腳排水截流規劃，應以人工溼地設計工法為優，水體處理量至少達3,000CMD；其水質淨化效益規劃至少應達到BOD去除率50%以上；SS去除率50%以上；氨氮去除率40%以上。五、完成可用地之現地處理水質改善工程細部設計及招標文件製作(含處理場址3D動畫製作、鑑界、量測、鑽探及細部設計、相關技師簽證及申請相關文件、細部設計工程預算書、工程設計圖說、維護管理計畫及招標文件製作等)。

中文關鍵字

埤麻腳排水、水質監測、礫間接觸氧化、人工溼地

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	期末報告(定稿).pdf	55MB		2019/12/31 上午 12:00:00

摘要	The Chiayi City Government has taken into account the river pollution remediation and the construction of water environment , then hopes to combine the local characteristics and the people's participation to achieve the goal of the forward-looking infrastructure design (water environmental construction). Therefore, The Chiayi City Government propose “Water Environment Reconstruction Plan for Daxichuo Community (Pimajiao Drainage), Chiayi City, 2018.” Which is an effective program of building sustainable water environment and a goal of redevelopment in Daxichuo community. According to the implementing results of environmental surveys and analysis of background data collected, and indicate that the water pollution loading in Pimajiao drainage is mainly from point source (including of people's sewage, business wastewater and non-point source pollution.The external sewage volume in Pimajiao drainage ibasin is estimated to be approximately 3,697 CMD (m3/day) and 718.5 kg/day -BOD. Overall, as the results of the analysis of the proportion of BOD contribution in the sunny condition is mainly based on domestic sewage sources (about 80.8%).as the analysis of comparing with point source and non-point source, the main contribution source of BOD is from point source( about 88.0%). According to the entire planned procedure, the Tang City company actively handled the environmental background information and water quality monitoring during the implementation of the project, and accomplished scientifically the relative relationship between geographic environment and water quality data, and then as the result proposed some feasible methods and strategy to solve the program of water pollution in Pimajiao drainage, such as the site planning of water treatment plant by using natural purification. The results of this project are divided into five major items: 1. The completion of the work related to the environmental background, pollution sources, water pollution quality monitoring and the other research materials, consolidating, analyzing the water quality trends and pollution loading of the fishbone diagram in Pimajiao drainage. 2. Searching the available and feasible lands, and then accomplishing the basic design, the beneficial results and the economic assessments. 3. Applying development concept of the LID (Low Impact Design) to create a water purification plant that combines the functions of water quality improvement, landscape, ecological conservation and environmental education. and then also strengthen the participation of the community people and enhance the improvement of waterfront environment. 4.Accomplishing water purification plant that can be used to purifying the sewer discharged from the Daxichou community, and the water purification plant capacity should be at least 3,000 CMD, the water purification benefit should be above 50% on BOD removals, above 50% on SS removals, and above 40% on NH3-N. 5.Accomplishing the design of the on-site water treatment facilities, including bidding documents, 3D animation, topographic survey, boundary survey, geological drilling survey, detail design, relevant technician visa, budget, design layouts, maintenance ＆ management plans and the tender documents, etc.).
英文關鍵字	Pimajiao Drainage, Water quality monitoring, Gravel Contact Oxidation, Constructed Wetlands.

摘要

The Chiayi City Government has taken into account the river pollution remediation and the construction of water environment , then hopes to combine the local characteristics and the people's participation to achieve the goal of the forward-looking infrastructure design (water environmental construction). Therefore, The Chiayi City Government propose “Water Environment Reconstruction Plan for Daxichuo Community (Pimajiao Drainage), Chiayi City, 2018.” Which is an effective program of building sustainable water environment and a goal of redevelopment in Daxichuo community. According to the implementing results of environmental surveys and analysis of background data collected, and indicate that the water pollution loading in Pimajiao drainage is mainly from point source (including of people's sewage, business wastewater and non-point source pollution.The external sewage volume in Pimajiao drainage ibasin is estimated to be approximately 3,697 CMD (m3/day) and 718.5 kg/day -BOD. Overall, as the results of the analysis of the proportion of BOD contribution in the sunny condition is mainly based on domestic sewage sources (about 80.8%).as the analysis of comparing with point source and non-point source, the main contribution source of BOD is from point source( about 88.0%). According to the entire planned procedure, the Tang City company actively handled the environmental background information and water quality monitoring during the implementation of the project, and accomplished scientifically the relative relationship between geographic environment and water quality data, and then as the result proposed some feasible methods and strategy to solve the program of water pollution in Pimajiao drainage, such as the site planning of water treatment plant by using natural purification. The results of this project are divided into five major items: 1. The completion of the work related to the environmental background, pollution sources, water pollution quality monitoring and the other research materials, consolidating, analyzing the water quality trends and pollution loading of the fishbone diagram in Pimajiao drainage. 2. Searching the available and feasible lands, and then accomplishing the basic design, the beneficial results and the economic assessments. 3. Applying development concept of the LID (Low Impact Design) to create a water purification plant that combines the functions of water quality improvement, landscape, ecological conservation and environmental education. and then also strengthen the participation of the community people and enhance the improvement of waterfront environment. 4.Accomplishing water purification plant that can be used to purifying the sewer discharged from the Daxichou community, and the water purification plant capacity should be at least 3,000 CMD, the water purification benefit should be above 50% on BOD removals, above 50% on SS removals, and above 40% on NH3-N. 5.Accomplishing the design of the on-site water treatment facilities, including bidding documents, 3D animation, topographic survey, boundary survey, geological drilling survey, detail design, relevant technician visa, budget, design layouts, maintenance ＆ management plans and the tender documents, etc.).

英文關鍵字

Pimajiao Drainage, Water quality monitoring, Gravel Contact Oxidation, Constructed Wetlands.