環保專案成果報告查詢系統

專案計畫編號
經費年度	111
計畫經費	25,321 千元
預算科目	土壤及地下水污染調查、應變及整治之推動
專案開始日期	2022/04/14
專案結束日期	2023/11/13
專案主持人	賴允傑
主辦單位	環管署土壤及地下水污染整治基金管理會
承辦人	詹皓凱
執行單位	瑞昶科技股份有限公司
專案分類	土壤及地下水
中文關鍵字	土壤品質、持久性有機污染物、新興污染物、土壤污染管制標準、土壤資訊公開網
英文關鍵字	soil quality, persistent organic pollutants, emerging contaminants, soil pollution control standards, soil information public website
協同主持人	楊佑群
共同主持人
計畫聯絡人	盧逸
計畫聯絡電話	02-77306566#157
計畫聯絡信箱	yi.lu2@veolia.com

中文摘要	土壤品質永續管理已成為近年國際間因應全球氣候變遷影響工作的焦點，陸續制定相對應之策略或法案並投入大量資源在土壤品質管理工作上，如土壤保育、土壤資源調查、土壤教育及建立資料庫等。本計畫延續歷年土壤資源相關基礎資料調查規劃，針對我國人為利用較高之坡地辦理16處代表性土系土壤剖面調查工作，完成54組分層土壤樣品基本性質分析作業，建置污染傳輸及風險評估所需土壤特徵參數。本計畫合計完成209個土壤持久性有機污染物監測點之採樣調查作業，亦配合衛福部戴奧辛抽驗專案完成38處畜牧場會同採樣，並完成32處公園及15處農地土壤新興污染物採樣調查作業。其中大多數樣品之戴奧辛含量小於15 ng I-TEQ/kg，其他項目濃度與國外調查結果相較並無異常或均遠低於各國行政管理濃度值，風險評估結果亦均屬可接受範圍。經彙整研析我國近十年來土壤污染管制標準修訂相關議題，建議銜接國際土壤管理策略趨勢，調整土壤戴奧辛毒性當量因子基準，並配合國家國土空間發展政策分區方式分級管理，同時考量污染物實質毒性風險訂定標準，並增加監測納管之污染物項目，以達成土壤資源永續經營管理之目標。本計畫除維運「全國土壤品質資料庫」外，亦新建置「全國土壤資訊公開網」，提供民眾一個獲取土壤知識及瞭解環境部土壤調查成果之平臺。計畫中亦協助辦理「世界土壤日」活動、系統操作說明會及專家諮詢會議等工作。
中文關鍵字	土壤品質、持久性有機污染物、新興污染物、土壤污染管制標準、土壤資訊公開網

中文摘要

土壤品質永續管理已成為近年國際間因應全球氣候變遷影響工作的焦點，陸續制定相對應之策略或法案並投入大量資源在土壤品質管理工作上，如土壤保育、土壤資源調查、土壤教育及建立資料庫等。本計畫延續歷年土壤資源相關基礎資料調查規劃，針對我國人為利用較高之坡地辦理16處代表性土系土壤剖面調查工作，完成54組分層土壤樣品基本性質分析作業，建置污染傳輸及風險評估所需土壤特徵參數。本計畫合計完成209個土壤持久性有機污染物監測點之採樣調查作業，亦配合衛福部戴奧辛抽驗專案完成38處畜牧場會同採樣，並完成32處公園及15處農地土壤新興污染物採樣調查作業。其中大多數樣品之戴奧辛含量小於15 ng I-TEQ/kg，其他項目濃度與國外調查結果相較並無異常或均遠低於各國行政管理濃度值，風險評估結果亦均屬可接受範圍。經彙整研析我國近十年來土壤污染管制標準修訂相關議題，建議銜接國際土壤管理策略趨勢，調整土壤戴奧辛毒性當量因子基準，並配合國家國土空間發展政策分區方式分級管理，同時考量污染物實質毒性風險訂定標準，並增加監測納管之污染物項目，以達成土壤資源永續經營管理之目標。本計畫除維運「全國土壤品質資料庫」外，亦新建置「全國土壤資訊公開網」，提供民眾一個獲取土壤知識及瞭解環境部土壤調查成果之平臺。計畫中亦協助辦理「世界土壤日」活動、系統操作說明會及專家諮詢會議等工作。

中文關鍵字

土壤品質、持久性有機污染物、新興污染物、土壤污染管制標準、土壤資訊公開網

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	+全國土壤品質特性及關切污染物調查與管理計畫成果報告(公開版).pdf	32MB		2024/1/31 上午 12:00:00

摘要	Sustainable soil quality management has become the focus of international efforts to cope with the impacts of global climate change in recent years, with corresponding strategies or laws being formulated and a great deal of resources being invested in soil quality management, such as soil conservation, soil resource surveys, soil education, and the establishment of databases. This project continues the basic soil resource investigation plan from previous years, and conducted 16 representative soil profile investigations on slopes with high human utilization, completed 54 layered soil samples for basic property analysis, to build the necessary soil characteristic parameters required for pollution transmission and risk assessment. This project completed the sampling and investigation of 209 soil persistent organic pollutant (POPs) monitoring sites, 38 livestock farms in conjunction with the Ministry of Health and Welfare (MOHFW) dioxin sampling program, and 32 parks and 15 agricultural areas for emerging soil pollutants. Most of the samples contained less than 15 ng I-TEQ/kg of dioxin, the concentrations of other items were not abnormal or far below the administrative concentrations in other countries, and the results of the risk assessment were within acceptable limits. After analyzing the issues related to the revision of soil pollution control standards over the past decade, it is proposed to converge with the international trend of soil management strategies, adjust the benchmarks of dioxin toxicity equivalency factors for soils, coordinate with the national spatial land development policy in a zoning approach for hierarchical management, consider the actual toxicity risk of pollutants in setting standards, and increase the number of pollutants to be included in the monitoring and control of pollutants, to achieve the goal of sustainable management of soil resources. In addition to maintaining the National Soil Quality Database, this project has also established a new National Soil Information Public Website to provide a platform for the public to acquire soil knowledge and understand the results of the Ministry of the Environment's soil surveys. The project also assisted in organizing activities, such as World Soil Day, educational training, and expert consultation meetings.
英文關鍵字	soil quality, persistent organic pollutants, emerging contaminants, soil pollution control standards, soil information public website

摘要

Sustainable soil quality management has become the focus of international efforts to cope with the impacts of global climate change in recent years, with corresponding strategies or laws being formulated and a great deal of resources being invested in soil quality management, such as soil conservation, soil resource surveys, soil education, and the establishment of databases. This project continues the basic soil resource investigation plan from previous years, and conducted 16 representative soil profile investigations on slopes with high human utilization, completed 54 layered soil samples for basic property analysis, to build the necessary soil characteristic parameters required for pollution transmission and risk assessment. This project completed the sampling and investigation of 209 soil persistent organic pollutant (POPs) monitoring sites, 38 livestock farms in conjunction with the Ministry of Health and Welfare (MOHFW) dioxin sampling program, and 32 parks and 15 agricultural areas for emerging soil pollutants. Most of the samples contained less than 15 ng I-TEQ/kg of dioxin, the concentrations of other items were not abnormal or far below the administrative concentrations in other countries, and the results of the risk assessment were within acceptable limits. After analyzing the issues related to the revision of soil pollution control standards over the past decade, it is proposed to converge with the international trend of soil management strategies, adjust the benchmarks of dioxin toxicity equivalency factors for soils, coordinate with the national spatial land development policy in a zoning approach for hierarchical management, consider the actual toxicity risk of pollutants in setting standards, and increase the number of pollutants to be included in the monitoring and control of pollutants, to achieve the goal of sustainable management of soil resources. In addition to maintaining the National Soil Quality Database, this project has also established a new National Soil Information Public Website to provide a platform for the public to acquire soil knowledge and understand the results of the Ministry of the Environment's soil surveys. The project also assisted in organizing activities, such as World Soil Day, educational training, and expert consultation meetings.

英文關鍵字

soil quality, persistent organic pollutants, emerging contaminants, soil pollution control standards, soil information public website