環保專案成果報告查詢系統

專案計畫編號
經費年度	107
計畫經費	22,700 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	2018/08/28
專案結束日期	2020/02/27
專案主持人	康文尚、陳尊賢
主辦單位	土污基管會
承辦人	詹皓凱
執行單位	霖昌工程有限公司
專案分類	土壤及地下水
中文關鍵字	土壤品質、土壤污染管制標準、持久性有機污染物
英文關鍵字	Soil Quality, Soil Pollution Control Standards, Persistent Organic Pollutants
協同主持人	楊佑群
共同主持人
計畫聯絡人	黃泰祥
計畫聯絡電話	02-77092285#169
計畫聯絡信箱	taihsiang.huang@veolia.com

中文摘要	本計畫收集彙整土壤污染管制標準相關資料，並研議土壤污染管制標準修訂架構，完備土壤污染新增管制項目篩選評估方法。本計畫於桃園、臺中、彰化、雲林、臺南、高雄、屏東、宜蘭、臺東主要土系計19處代表性土系土壤剖面調查工作，完成82組分層土壤樣品採樣及基本性質分析作業、55組微量金屬元素分析作業，建置污染傳輸及風險評估所需土壤特徵參數。透過國外先進之土壤評估及管理方式蒐集，本計畫研擬我國土壤功能評估方式，發展包含土壤污染緩衝與淨化等四個主要面相及相應之評估方式。本計畫辦理民眾生活區（基線）及潛在污染排放源周圍（特定區域）採樣調查，完成106個基線含量監測點與249個特定區域監測點之土壤採樣作業，共檢測戴奧辛139組、多氯聯苯91組、多溴二苯醚217組、六氯丁二烯74組、五氯酚28組。戴奧辛基線含量介於0.071～20.3 ng I-TEQ/kg、特定區域含量介於0.239～48.6 ng I-TEQ/kg，低於現行之土壤污染管制標準，並完成我國中長期監測規劃。本計畫研擬我國富砷土壤環境管理策略，依土壤砷的來源發展場址之管理作為，並透過研析「土壤砷污染判定及處理原則」各縣市執行案例，提供實際應用上建議及後續研修參考。
中文關鍵字	土壤品質、土壤污染管制標準、持久性有機污染物

中文摘要

本計畫收集彙整土壤污染管制標準相關資料，並研議土壤污染管制標準修訂架構，完備土壤污染新增管制項目篩選評估方法。本計畫於桃園、臺中、彰化、雲林、臺南、高雄、屏東、宜蘭、臺東主要土系計19處代表性土系土壤剖面調查工作，完成82組分層土壤樣品採樣及基本性質分析作業、55組微量金屬元素分析作業，建置污染傳輸及風險評估所需土壤特徵參數。透過國外先進之土壤評估及管理方式蒐集，本計畫研擬我國土壤功能評估方式，發展包含土壤污染緩衝與淨化等四個主要面相及相應之評估方式。本計畫辦理民眾生活區（基線）及潛在污染排放源周圍（特定區域）採樣調查，完成106個基線含量監測點與249個特定區域監測點之土壤採樣作業，共檢測戴奧辛139組、多氯聯苯91組、多溴二苯醚217組、六氯丁二烯74組、五氯酚28組。戴奧辛基線含量介於0.071～20.3 ng I-TEQ/kg、特定區域含量介於0.239～48.6 ng I-TEQ/kg，低於現行之土壤污染管制標準，並完成我國中長期監測規劃。本計畫研擬我國富砷土壤環境管理策略，依土壤砷的來源發展場址之管理作為，並透過研析「土壤砷污染判定及處理原則」各縣市執行案例，提供實際應用上建議及後續研修參考。

中文關鍵字

土壤品質、土壤污染管制標準、持久性有機污染物

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	全國土壤品質及背景特性調查與管理計畫定稿公開版.pdf	37MB	全國土壤品質及背景特性調查與管理計畫定稿公開版	2020/8/31 上午 12:00:00

摘要	In order to improve and revise the Soil Pollution Control Standard and its researching structure, this relevant project has collected and summarized the relevant information. This project has made amendment on evaluating method for selecting additional soil pollution control items. After the soil profiles investigation of 19 locations of representative soil series in Taoyuan, Taichung, Changhua, Yunlin, Tainan, Kaohsiung, Pingtung, Yilan, Taitung. This project has completed soil sampling and soil property analysis of 82 samples of layered soil. Trace metal element analysis of 55 soil samples has also been completed to build the necessary soil characteristic parameters for pollution transmission evaluation and risk assessments. This project has collected the soil assessment and management measure from the developed countries, and has proposed the assessment process of soil function for representative soil series. Four aspects of soil functions and relevant assessment processes have established, including the soil capacity of pollutant mitigation. Persistent organic pollutants (POPs) in soil are targets that concerned in this project, and executed the baseline survey and designated area investigation, therefore, from which 106 and 249 monitoring sites soils have allocated, respectively. Soil samples were analyzed and determined the concentration of dioxin, polychlorinated biphenyl (PCB), polybrominated diphenyl ethers (PBDEs), hexachlorobutadiene, pentachlorophenol, among which 139, 91, 217, 74 and 28 data have been collected, respectively. The soil concentration of dioxin from the baseline survey was between 0.071～20.3 ng I-TEQ/kg, while in the designated area investigation, dioxin concentration in soil ranged from 0.239～48.6 ng I-TEQ/kg, soil dioxin concentration in this project were all lower than the Soil Pollution Control Standard in Taiwan. Based on the previous results, long-term monitoring plan for POPs were subsequently proposed. This project developed the administration measurement for arsenic rich soil environment, according to the specific origin of arsenic, such as groundwater or geology. To determine soil arsenic whether originate from geogenic source, the local government should follow the principle and procedure. Cases have also collected and reviewed, some inconsistency found within the cases, several systematic suggestions for the principle and the procedure have been made in this project.
英文關鍵字	Soil Quality, Soil Pollution Control Standards, Persistent Organic Pollutants

摘要

In order to improve and revise the Soil Pollution Control Standard and its researching structure, this relevant project has collected and summarized the relevant information. This project has made amendment on evaluating method for selecting additional soil pollution control items. After the soil profiles investigation of 19 locations of representative soil series in Taoyuan, Taichung, Changhua, Yunlin, Tainan, Kaohsiung, Pingtung, Yilan, Taitung. This project has completed soil sampling and soil property analysis of 82 samples of layered soil. Trace metal element analysis of 55 soil samples has also been completed to build the necessary soil characteristic parameters for pollution transmission evaluation and risk assessments. This project has collected the soil assessment and management measure from the developed countries, and has proposed the assessment process of soil function for representative soil series. Four aspects of soil functions and relevant assessment processes have established, including the soil capacity of pollutant mitigation. Persistent organic pollutants (POPs) in soil are targets that concerned in this project, and executed the baseline survey and designated area investigation, therefore, from which 106 and 249 monitoring sites soils have allocated, respectively. Soil samples were analyzed and determined the concentration of dioxin, polychlorinated biphenyl (PCB), polybrominated diphenyl ethers (PBDEs), hexachlorobutadiene, pentachlorophenol, among which 139, 91, 217, 74 and 28 data have been collected, respectively. The soil concentration of dioxin from the baseline survey was between 0.071～20.3 ng I-TEQ/kg, while in the designated area investigation, dioxin concentration in soil ranged from 0.239～48.6 ng I-TEQ/kg, soil dioxin concentration in this project were all lower than the Soil Pollution Control Standard in Taiwan. Based on the previous results, long-term monitoring plan for POPs were subsequently proposed. This project developed the administration measurement for arsenic rich soil environment, according to the specific origin of arsenic, such as groundwater or geology. To determine soil arsenic whether originate from geogenic source, the local government should follow the principle and procedure. Cases have also collected and reviewed, some inconsistency found within the cases, several systematic suggestions for the principle and the procedure have been made in this project.

英文關鍵字

Soil Quality, Soil Pollution Control Standards, Persistent Organic Pollutants