環保專案成果報告查詢系統

專案計畫編號
經費年度	110
計畫經費	15,306 千元
預算科目	補助地方政府執行土壤、地下水污染整治相關工作
專案開始日期	2021/09/16
專案結束日期	2023/03/15
專案主持人	洪源駿
主辦單位	桃園市政府環境保護局
承辦人	梁婉蓉
執行單位	傑美工程顧問股份有限公司
專案分類	土壤及地下水
中文關鍵字	農地土壤污染、農田污染預測、污染防治
英文關鍵字	farmland soil pollution, farmland pollution prediction, pollution prevention and control
協同主持人
共同主持人
計畫聯絡人	葉銘凱
計畫聯絡電話	02-27278805#30
計畫聯絡信箱	Mingkai@pveec.com.tw

中文摘要	本計畫主要工作項目為針對已完成污染改善農地劃定農田可能再次遭受污染之預警地圖，透過土壤及水質調查、分析、渠道流向、流量與列管事業等背景資料，整合至「桃園地區污染農地改善管理系統」，擴充即時監測等污染預警功能，即時啟動污染應變及污染來源對象之鎖定，並建構造成本市農地污染事業之清冊，追查污染來源，另透過簡易試驗評析灌溉用水及底泥對農田影響，並釐清影響水質的關鍵來源以研擬農地管理關鍵策略，另透過跨局處研商與合作，共同執行污染預防之管理與分工推動。本計畫工項已全數完成，工作內容包括：（1）桃園農地背景相關資料蒐集；（2）完成桃園曾列管2,826筆農地耕作特性之現勘與確認；（3）完成農地與防再污染模式建置，並執行25個灌溉小組污染復發機率及污染增量之預測；（4）高污染潛勢灌組完成篩選，共計選定5處作為污染追查之區域，包含2-2-5小組、2-9小組、3-6號池、4-3號池及過嶺第二小組，釐清可能污染來源及提出可行改善方案；（5）簡易工程評估試驗結果，了解渠道再懸浮底泥為污染農地土壤重要的要因之一；（6）完成桃園地區污染農地改善管理系統新增功能之擴充，以及相關調查資料及圖資上傳，利於掌握污染追查工作；（7）執行相關技術支援工作。
中文關鍵字	農地土壤污染、農田污染預測、污染防治

中文摘要

本計畫主要工作項目為針對已完成污染改善農地劃定農田可能再次遭受污染之預警地圖，透過土壤及水質調查、分析、渠道流向、流量與列管事業等背景資料，整合至「桃園地區污染農地改善管理系統」，擴充即時監測等污染預警功能，即時啟動污染應變及污染來源對象之鎖定，並建構造成本市農地污染事業之清冊，追查污染來源，另透過簡易試驗評析灌溉用水及底泥對農田影響，並釐清影響水質的關鍵來源以研擬農地管理關鍵策略，另透過跨局處研商與合作，共同執行污染預防之管理與分工推動。本計畫工項已全數完成，工作內容包括：（1）桃園農地背景相關資料蒐集；（2）完成桃園曾列管2,826筆農地耕作特性之現勘與確認；（3）完成農地與防再污染模式建置，並執行25個灌溉小組污染復發機率及污染增量之預測；（4）高污染潛勢灌組完成篩選，共計選定5處作為污染追查之區域，包含2-2-5小組、2-9小組、3-6號池、4-3號池及過嶺第二小組，釐清可能污染來源及提出可行改善方案；（5）簡易工程評估試驗結果，了解渠道再懸浮底泥為污染農地土壤重要的要因之一；（6）完成桃園地區污染農地改善管理系統新增功能之擴充，以及相關調查資料及圖資上傳，利於掌握污染追查工作；（7）執行相關技術支援工作。

中文關鍵字

農地土壤污染、農田污染預測、污染防治

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	桃園市農地污染源預防管理計畫_期末報告(定稿本)__.pdf	8MB		2023/8/12 上午 12:00:00

摘要	The main tasks of this project is to delineate an early warning map of farmland that may be polluted again for farmland that has completed pollution improvement. Through the background information of soil and water quality survey, analysis, irrigation ditch direction, flow and management business, is integrated into the "Taoyuan polluted farmland improvement management system platform ". The platform will expand real-time monitoring as pollution early-warning functions, instantly activate pollution response and the target of pollution sources, and build a list of agricultural land polluting enterprises in the city to trace pollution sources. To clarify the key sources that affect water quality, simple tests will be conducted to analyze irrigation water and sediment to develop strategies for farmland management. Through interdepartmental research and cooperation, jointly implement the management and division of labor for pollution prevention. The main work progress of this project currently includes: (1) collection of relevant data on the background of Taoyuan farmland; (2) completion of the current survey and confirmation of the farming characteristics of 2,826 farmlands once listed in Taoyuan; (3) completed farmland and pollution prevention model construction and implementation of 25 irrigation groups to predict the probability of recurrence of pollution and the increase in pollution; The high-pollution potential irrigation group has completed the screening, and a total of 5 areas have been selected as pollution investigation areas, including the 2-2-5 group, the 2-9 group, the 3-6 pool, the 4-3 pool and the second group of Guoling. Clarify possible sources of pollution and propose feasible improvement plans;(5) The results of the simple engineering evaluation test showed that the sediment resuspended by the channel is one of the important reasons for polluting the farmland soil;(6) Completed the expansion of the new functions of the contaminated farmland improvement management system in the Taoyuan area, as well as the upload of relevant survey data and maps, which will facilitate the grasp of pollution investigation work;(7) Carry out relevant technical support work.
英文關鍵字	farmland soil pollution, farmland pollution prediction, pollution prevention and control

摘要

The main tasks of this project is to delineate an early warning map of farmland that may be polluted again for farmland that has completed pollution improvement. Through the background information of soil and water quality survey, analysis, irrigation ditch direction, flow and management business, is integrated into the "Taoyuan polluted farmland improvement management system platform ". The platform will expand real-time monitoring as pollution early-warning functions, instantly activate pollution response and the target of pollution sources, and build a list of agricultural land polluting enterprises in the city to trace pollution sources. To clarify the key sources that affect water quality, simple tests will be conducted to analyze irrigation water and sediment to develop strategies for farmland management. Through interdepartmental research and cooperation, jointly implement the management and division of labor for pollution prevention. The main work progress of this project currently includes: (1) collection of relevant data on the background of Taoyuan farmland; (2) completion of the current survey and confirmation of the farming characteristics of 2,826 farmlands once listed in Taoyuan; (3) completed farmland and pollution prevention model construction and implementation of 25 irrigation groups to predict the probability of recurrence of pollution and the increase in pollution; The high-pollution potential irrigation group has completed the screening, and a total of 5 areas have been selected as pollution investigation areas, including the 2-2-5 group, the 2-9 group, the 3-6 pool, the 4-3 pool and the second group of Guoling. Clarify possible sources of pollution and propose feasible improvement plans;(5) The results of the simple engineering evaluation test showed that the sediment resuspended by the channel is one of the important reasons for polluting the farmland soil;(6) Completed the expansion of the new functions of the contaminated farmland improvement management system in the Taoyuan area, as well as the upload of relevant survey data and maps, which will facilitate the grasp of pollution investigation work;(7) Carry out relevant technical support work.

英文關鍵字

farmland soil pollution, farmland pollution prediction, pollution prevention and control