環保專案成果報告查詢系統

專案計畫編號	EPA-107-GS02-02-A115
經費年度	107
計畫經費	4,573 千元
預算科目	水環境建設-水與環境
專案開始日期	2018/03/26
專案結束日期	2018/12/31
專案主持人	張智華
主辦單位	水保處
承辦人	黃文傑
執行單位	財團法人成大研究發展基金會
專案分類	水質保護
中文關鍵字	永續水資源管理、營養削減與控制、改善水庫優養化水質指標
英文關鍵字	Sustainable water resources management、Watershed nutrient removal and control、Strategies for improvement of water quality in reservoirs
協同主持人	林財富
共同主持人	黃良銘、陳婉如、侯文哲
計畫聯絡人	許菁娥
計畫聯絡電話	06-2757575#65826
計畫聯絡信箱	wchvang@epa.gov.tw

中文摘要	本計畫以白河水庫為目標水庫，透過污染負荷科學評估與調查方法確認關鍵水質問題、鑑定可能污染源、解析入庫營養鹽來源污染量、建立模式評估污染負荷對水質的影響及營養鹽削減措施對水庫水質的改善成效。根據評估結果以界定需管制的污染熱區範圍，並提出主要營養物質來源如溫泉廢水及養雞場非點源污染之控制方案。本計畫也導入及開發多項水庫水質創新管理方法與工具，包括利用新興污染物追蹤污染來源技術、以螢光激發光譜儀解析總有機碳來源技術及無人機遠端採樣技術等。目前調查結果顯示關子嶺溫泉區所產生之溫泉廢水，對於白河水庫污染量最大，未來可針對溫泉廢水處理進行管制及削減。
中文關鍵字	永續水資源管理、營養削減與控制、改善水庫優養化水質指標

中文摘要

本計畫以白河水庫為目標水庫，透過污染負荷科學評估與調查方法確認關鍵水質問題、鑑定可能污染源、解析入庫營養鹽來源污染量、建立模式評估污染負荷對水質的影響及營養鹽削減措施對水庫水質的改善成效。根據評估結果以界定需管制的污染熱區範圍，並提出主要營養物質來源如溫泉廢水及養雞場非點源污染之控制方案。本計畫也導入及開發多項水庫水質創新管理方法與工具，包括利用新興污染物追蹤污染來源技術、以螢光激發光譜儀解析總有機碳來源技術及無人機遠端採樣技術等。目前調查結果顯示關子嶺溫泉區所產生之溫泉廢水，對於白河水庫污染量最大，未來可針對溫泉廢水處理進行管制及削減。

中文關鍵字

永續水資源管理、營養削減與控制、改善水庫優養化水質指標

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	107年度南區水庫水質治理前瞻綜合管理計畫_定稿.pdf	38MB	107年度南區水庫水質治理前瞻綜合管理計畫定稿	2019/1/10 上午 12:00:00

摘要	The Baihe Reservoir is selected as a case study model for the current project entitled as “The Plan of Water Quality Sustainable Management for Reservoirs (South District)”. By the application of scientific approaches such as the estimation of nutrients loads from different sources and the development of water quality modeling tools, we successfully identify critical water quality problems and its pollution sources in the catchment of reservoir. Based on the results of pollution source identification and loading assessment, the areas of pollution hotspot were defined, and the site-specific strategies were provided for the control of nutrients loads from household wastewaters, hotspring wastewater, and chicken feeding wastewater. As a result of scientific research and development, novel tools and techniques for sustainable water quality management have been applied and developed in this project, including the application of emerging contaminants as tracers of wastewater/polluted-runoff from human/agriculture activities; the use of fluorescence spectroscopy for identifying sources of natural organic matters; and the development of advanced water quality monitoring techniques by using water sampling drones. The survey results show that the hot spring wastewater produced in Guanziling scenic area contributes the most to the pollution load of Baihe reservoir, and can be controlled and reduced for hot spring wastewater treatment in the future.
英文關鍵字	Sustainable water resources management、Watershed nutrient removal and control、Strategies for improvement of water quality in reservoirs

摘要

The Baihe Reservoir is selected as a case study model for the current project entitled as “The Plan of Water Quality Sustainable Management for Reservoirs (South District)”. By the application of scientific approaches such as the estimation of nutrients loads from different sources and the development of water quality modeling tools, we successfully identify critical water quality problems and its pollution sources in the catchment of reservoir. Based on the results of pollution source identification and loading assessment, the areas of pollution hotspot were defined, and the site-specific strategies were provided for the control of nutrients loads from household wastewaters, hotspring wastewater, and chicken feeding wastewater. As a result of scientific research and development, novel tools and techniques for sustainable water quality management have been applied and developed in this project, including the application of emerging contaminants as tracers of wastewater/polluted-runoff from human/agriculture activities; the use of fluorescence spectroscopy for identifying sources of natural organic matters; and the development of advanced water quality monitoring techniques by using water sampling drones. The survey results show that the hot spring wastewater produced in Guanziling scenic area contributes the most to the pollution load of Baihe reservoir, and can be controlled and reduced for hot spring wastewater treatment in the future.

英文關鍵字

Sustainable water resources management、Watershed nutrient removal and control、Strategies for improvement of water quality in reservoirs