環保專案成果報告查詢系統

專案計畫編號	H12020
經費年度	112
計畫經費	8,629 千元
預算科目	加強基層環保建設-水污染防治及流域整體性環境保護
專案開始日期	2023/01/01
專案結束日期	2023/11/30
專案主持人	孫宏華
主辦單位	高雄市政府環境保護局
承辦人	林昇衡
執行單位	磐誠工程顧問股份有限公司
專案分類	水質保護、區域環境管理
中文關鍵字	總量管制、河川污染整治、整治成效評估
英文關鍵字	Total Volume Control, River Pollution Remediation, Remediation Effectiveness Evaluation
協同主持人
共同主持人
計畫聯絡人	黃適謙
計畫聯絡電話	07-2691901#230
計畫聯絡信箱	peter.huang@pcecc.com.tw

中文摘要	本計畫彙整本市河川流域水質、雨量、人口、事業及畜牧業等流域背景資料，搭配工具地理資訊系統、空拍機及水質模式等，探討流域污染組成、河川水質之時空變化，並掌握關鍵污染源、關鍵水質指標及關鍵河段等重要資訊。本市流域污染組成原因，除二仁溪流域因畜牧事業密集，以畜牧污染為主，阿公店溪流域金屬表面處理及電鍍產業發達，以事業污染為主外，其餘流域多數因未完成接管作業以民生污染為主要水質污染項目。以RPI嚴重污染站次比率來看，8流域由107年之22%降至今(112年)之15%，各流域僅阿公店溪、典寶溪及後勁溪有惡化情形，顯示近年持續管理與整治推動下，流域水質與環境顯著提升，擺脫發臭及污染之印象，相關成果作為佐證可強化民眾觀感。此外，藉由流域污染源資料之分析，掌握重點事業，辦理查核輔導，選定事業辦理污染協談，達成關鍵水質氨氮削減，並於重點河段及民眾關注區域架設6處影像監視設備，掌握河川環境之變化。依各流域污染組成分析流域水質整治策略，建議二仁溪以推動資源化措施為主；阿公店溪以下水道建設及推動資源化措施為主，事業方面計畫於未來推行阿公店溪加嚴放流水標準；典寶溪可評估加速推動橋頭區之接管，並於接管前推動現地處理設施作為替代方案；後勁溪以下水道建設及推動資源化措施為主，事業目前正推動總量管制政策；愛河針對民生污染可持續進行用戶接管，並妥善操作既有水質淨化場；鳳山溪除持續推動下水道建設外，建議針對上游污染排水，採截流至既設或新設水淨場進行處理；鹽水港溪除持續推動下水道建設外，亦可新設現地處理設施作為下水道接管前之替代方案，並建議可強化上游生態溼地之功能；高屏溪針對民生污染可加速上游未接管地區之用戶接管，並建議可評估推動聚落式污水處理設施，於畜牧污染方面可加速資源媒合輔導，減少畜牧污水排放。
中文關鍵字	總量管制、河川污染整治、整治成效評估

中文摘要

本計畫彙整本市河川流域水質、雨量、人口、事業及畜牧業等流域背景資料，搭配工具地理資訊系統、空拍機及水質模式等，探討流域污染組成、河川水質之時空變化，並掌握關鍵污染源、關鍵水質指標及關鍵河段等重要資訊。本市流域污染組成原因，除二仁溪流域因畜牧事業密集，以畜牧污染為主，阿公店溪流域金屬表面處理及電鍍產業發達，以事業污染為主外，其餘流域多數因未完成接管作業以民生污染為主要水質污染項目。以RPI嚴重污染站次比率來看，8流域由107年之22%降至今(112年)之15%，各流域僅阿公店溪、典寶溪及後勁溪有惡化情形，顯示近年持續管理與整治推動下，流域水質與環境顯著提升，擺脫發臭及污染之印象，相關成果作為佐證可強化民眾觀感。此外，藉由流域污染源資料之分析，掌握重點事業，辦理查核輔導，選定事業辦理污染協談，達成關鍵水質氨氮削減，並於重點河段及民眾關注區域架設6處影像監視設備，掌握河川環境之變化。依各流域污染組成分析流域水質整治策略，建議二仁溪以推動資源化措施為主；阿公店溪以下水道建設及推動資源化措施為主，事業方面計畫於未來推行阿公店溪加嚴放流水標準；典寶溪可評估加速推動橋頭區之接管，並於接管前推動現地處理設施作為替代方案；後勁溪以下水道建設及推動資源化措施為主，事業目前正推動總量管制政策；愛河針對民生污染可持續進行用戶接管，並妥善操作既有水質淨化場；鳳山溪除持續推動下水道建設外，建議針對上游污染排水，採截流至既設或新設水淨場進行處理；鹽水港溪除持續推動下水道建設外，亦可新設現地處理設施作為下水道接管前之替代方案，並建議可強化上游生態溼地之功能；高屏溪針對民生污染可加速上游未接管地區之用戶接管，並建議可評估推動聚落式污水處理設施，於畜牧污染方面可加速資源媒合輔導，減少畜牧污水排放。

中文關鍵字

總量管制、河川污染整治、整治成效評估

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	112年度高雄市重點河川關鍵污染物削減暨總量管制計畫成果報告(彙整).pdf	17MB	112年度高雄市重點河川關鍵污染物削減暨總量管制計畫成果報告	2024/5/31 上午 12:00:00

摘要	This project aims to consolidate background data on river basin water quality, precipitation, population, industries, and livestock in the city. By utilizing Geographic Information Systems (GIS), drones, and water quality models, it explores the temporal and spatial variations in basin pollution composition and river water quality. The goal is to identify key pollution sources, essential water quality indicators, and critical river segments. In terms of pollution composition in the city's basins, apart from the Erren River, where livestock farming is intensive and livestock pollution prevails, and the Agongdian River basin, where metal surface treatment and electroplating industries are prominent and industrial pollution prevails, most basins are primarily affected by incomplete sewage management, with domestic pollution being the main water quality issue. Looking at the Rate of Pollution Intensity (RPI) severe pollution station ratio, it has decreased from 22% in 2018 to 15% currently (2023). Only the Agongdian River, Dianbao River, and Houjin River show deterioration, indicating a significant improvement in basin water quality and the environment in recent years. This progress dispels the impression of foul odors and pollution, serving as supporting evidence that strengthens public perception. Furthermore, through the analysis of basin pollution source data, key industries are identified for inspection and guidance. Initiatives such as pollution negotiations are implemented to achieve crucial reductions in ammonia nitrogen.6 surveillance devices are strategically placed in key river sections and areas of public concern to monitor changes in the river environment. Based on the analysis of pollution composition in each basin, water quality improvement strategies are proposed. For the Erren River, resource-oriented measures are recommended. In the case of the Agongdian River downstream, the focus is on watercourse construction and resource-oriented measures, with plans to enforce stricter discharge standards for the Agongdian River in the future. Dianbao River may consider accelerating the takeover in the Qiaotou area and promoting local treatment facilities as an alternative before the takeover. For Houjin River downstream, construction and resource-oriented measures are prioritized, and the current initiative involves implementing a total quantity control policy for industries. For Love River, continuous user takeover for domestic pollution is suggested, along with proper operation of existing water purification facilities. Fongshan River should not only continue sewage system construction but also address upstream polluted drainage by diverting it to existing or newly established water treatment plants. In the case of Yanshuei River, besides ongoing sewage system construction, the establishment of local treatment facilities as an alternative before sewage system takeover is recommended. Enhancing the functionality of upstream ecological wetlands is also advised. Regarding Gaoping River, an accelerated takeover of users in upstream non-managed areas for domestic pollution is suggested, and the evaluation of decentralized sewage treatment facilities is proposed. To address livestock pollution, expediting resource matchmaking counseling to reduce livestock wastewater discharge is recommended.
英文關鍵字	Total Volume Control, River Pollution Remediation, Remediation Effectiveness Evaluation

摘要

This project aims to consolidate background data on river basin water quality, precipitation, population, industries, and livestock in the city. By utilizing Geographic Information Systems (GIS), drones, and water quality models, it explores the temporal and spatial variations in basin pollution composition and river water quality. The goal is to identify key pollution sources, essential water quality indicators, and critical river segments. In terms of pollution composition in the city's basins, apart from the Erren River, where livestock farming is intensive and livestock pollution prevails, and the Agongdian River basin, where metal surface treatment and electroplating industries are prominent and industrial pollution prevails, most basins are primarily affected by incomplete sewage management, with domestic pollution being the main water quality issue. Looking at the Rate of Pollution Intensity (RPI) severe pollution station ratio, it has decreased from 22% in 2018 to 15% currently (2023). Only the Agongdian River, Dianbao River, and Houjin River show deterioration, indicating a significant improvement in basin water quality and the environment in recent years. This progress dispels the impression of foul odors and pollution, serving as supporting evidence that strengthens public perception. Furthermore, through the analysis of basin pollution source data, key industries are identified for inspection and guidance. Initiatives such as pollution negotiations are implemented to achieve crucial reductions in ammonia nitrogen.6 surveillance devices are strategically placed in key river sections and areas of public concern to monitor changes in the river environment. Based on the analysis of pollution composition in each basin, water quality improvement strategies are proposed. For the Erren River, resource-oriented measures are recommended. In the case of the Agongdian River downstream, the focus is on watercourse construction and resource-oriented measures, with plans to enforce stricter discharge standards for the Agongdian River in the future. Dianbao River may consider accelerating the takeover in the Qiaotou area and promoting local treatment facilities as an alternative before the takeover. For Houjin River downstream, construction and resource-oriented measures are prioritized, and the current initiative involves implementing a total quantity control policy for industries. For Love River, continuous user takeover for domestic pollution is suggested, along with proper operation of existing water purification facilities. Fongshan River should not only continue sewage system construction but also address upstream polluted drainage by diverting it to existing or newly established water treatment plants. In the case of Yanshuei River, besides ongoing sewage system construction, the establishment of local treatment facilities as an alternative before sewage system takeover is recommended. Enhancing the functionality of upstream ecological wetlands is also advised. Regarding Gaoping River, an accelerated takeover of users in upstream non-managed areas for domestic pollution is suggested, and the evaluation of decentralized sewage treatment facilities is proposed. To address livestock pollution, expediting resource matchmaking counseling to reduce livestock wastewater discharge is recommended.

英文關鍵字

Total Volume Control, River Pollution Remediation, Remediation Effectiveness Evaluation