EPA-103-GA11-03-A291

103

9,950 千元

2014/10/17

2015/10/16

潘時正

土污基管會

陳俞穎

業興環境科技股份有限公司

土壤及地下水

地下水、管理、整合

Groundwater, Management, Integration

劉志忠

林建文

02-27691002#111

lincw@setl.com.tw

本計畫主要協助環保署有關全國地下水管理及資源整合相關管理規劃工作，包括評析國內地下水環境資源調查現況，以地調所、水利署及環保署為對象；規劃地下水污染監測聯合管理策略，提出包含採樣方法比較、水文地質參數的檢核及智慧型監測井的先期測試工作；建構地下水監測資訊整合運用方案，針對地下水環境監測管理系統進行設置規劃，並且研提系統與地下水污染傳輸評估工具間的架構；最後為推動地下水聯合運用與管理工作。此外，針對地下水環境監測管理系統，規劃資訊管理與使用需求，建立相關匯入資料之檢核程序，收集國內外現有資訊系統空間分析相關範例，建立後續發展運用之架構。就地下水污染傳輸評估工具，將分析模式面臨之問題與建議後，提出評估工具應用的原則於地下水環境監測管理系統中，供使用者參考。本計畫主要工作成果包括評析國內地下水環境資源調查現況，已針對彙整水文地質、水資源評估、水質背景等歷年成果，以議題討論方式歸納目前地下水調查評估發展方向，並研析國內地下水污染分布現況與成因機制，檢討現行地下水水質列管項目與相關管制標準配套措施之完整性。規劃地下水污染控制監測聯合管理策略，完成辦理30口次地下水採樣與檢測工作、評析採樣方式對於地下水監測品質之差異性、補充辦理20組水文地質剖析儀分析與抽水試驗、建立監測井水文地質資料檢核流程、篩選1處適合區域設置3組地下水連續自動監測設備辦理智慧型監測井先驅研究等工作。本計畫已建構地下水環境監測管理系統，並規劃資料庫結構、建立連續自動監測雛型平台、及建構地下水監測資料品質檢核程序，此外，本計畫亦完成地下水聯合運用與管理之推動工作，包括辦理2場次地下水污染與資源聯合管理會議、參與2場次國外研討會、及完成臺灣地下水品質監測評析及管理成果彙編、製作推廣教材(繪本)及(環境保育宣導品)等。

地下水、管理、整合

本文-EPA103GA1103A291.pdf

29MB

2016/4/1 上午 12:00:00

The main tasks of this project are to conduct the groundwater management and its resource integration in Taiwan, including evaluation of the groundwater resources investigation of Central Geological Survey, Water Resources Agency and Environmental Protection Agency of Taiwan; planning of groundwater pollution monitoring and management strategy to propose sampling, hydrogeological test, in-situ monitoring methods, and construction of groundwater environmental monitoring and management GIS system. For the GIS system, information management and user needs are considered to establish the data input and confirmation procedure. The layouts of several international information systems are collected as the references to establish the developable and applicable system. Besides, the problems and suggestions of groundwater contamination transport models are assessed to propose the screening principles of model application. With reviewing the previous data of hydrogeological investigation, water resources assessment, and groundwater quality monitoring in the last decades, the main achievements of this project are to conclude the current issues of the groundwater resources investigation and assessment, to analyze the distributions and attribution of groundwater contaminations, and to provide suggestions about the groundwater quality threshold values. Difference between varied sampling methods is assessed by conducting 30 times groundwater sampling. The confirmation procedure of hydrogeological test is established by completing 20 times pumping tests. In-situ water quality sensors are also tested for monitoring the variation of groundwater salinization. In addition, groundwater management logistical tasks in this project are also completed, which include conducting 2 groundwater contamination and resources management meetings, participating in 2 international groundwater conferences, as well as editing groundwater quality monitoring and management achievement and teaching materials of Taiwan.

Groundwater, Management, Integration