環境資源報告成果查詢系統

高污染潛勢工業區污染源調查及管制計畫(第三期)

中文摘要 為掌握國內高污染潛勢工業區之土壤及地下水品質狀況,行政院環境保護署委辦「高污染潛勢工業區污染源調查及管制計畫(第三期)」。依據全國工業區土壤及地下水品質管理燈號分級狀況,選擇高雄市林園工業區及桃園縣大園工業區2處屬橘燈之工業區,作為本年度計畫調查對象。 現場調查分兩大部分進行,第一部分為工業區尺度調查作業,包含工業區內之地球物理探測、地質鑽探等水文地質調查,以掌握工業區之水文地質概況;第二部分則為工業區工廠調查作業,透過工廠實地的現勘與訪談,評估工廠之污染潛勢,篩選進場調查名單。調查方式主要藉由工廠污染潛勢評估結果,應用地球物理探測技術,搭配其他現場篩測工具,針對高污染潛勢區域進行土壤及地下水調查及查證作業。最後,依據前述調查結果,進行健康風險評估並提出後續行政管制措施建議等事項。 本計畫共完成2處工業區51處工廠環境場址評估作業,並篩選出具高污染潛勢10處工廠進行調查,調查結果中共計4處工廠之土壤及地下水檢測結果超過管制標準,2處工廠之土壤檢測結果超過管制標準。超過管制標準項目,在土壤方面包含有重金屬(鉻、銅、鋅、鎳)、苯及總石油碳氫化合物;在地下水方面則為重金屬(鉻、鎳)、苯、硝酸鹽氮及亞硝酸鹽氮。針對土壤或地下水超過污染管制標準之工廠,建議依土壤及地下水污染整治法相關規定進行公告列管,並列為污染行為人,同時要求其進行後續污染改善作業,避免污染持續擴散。 依據健康風險評估結果,本計畫調查之2處工業區目前污染情形對於調查範圍內受體不具有致癌及非致癌性風險,且已無使用地下水做為製程及日常生活用途,無受體主動暴露途徑,惟林園工業區部份場址仍有有裸露地表,故有食入、吸入、誤食土壤之可能風險,雖在保守評估下總致癌風險及非致癌風險皆已低於目標值,建議於土壤上進行鋪面隔絕直接接觸土壤之途徑,並持續進行工業區內土壤及地下水監測,以掌握污染物濃度及保障廠區內從業人員之健康。
中文關鍵字 水文地質調查、地球物理、污染調查、健康風險評估、行政管制

基本資訊

專案計畫編號 EPA-102-GA12-03-A120 經費年度 102 計畫經費 27421.413 千元
專案開始日期 2013/05/10 專案結束日期 2014/08/09 專案主持人 劉文堯
主辦單位 土污基管會 承辦人 吳長恩 執行單位 美商傑明工程顧問(股)台灣分公司

成果下載

類型 檔名 檔案大小 說明
期末報告 EPA-102-GA12-03-A120(公開版).pdf 19MB

Contamination Source Investigation and Mitigation Plan for Industrial Park of High Contamination Pot

英文摘要 In order to assess soil and groundwater qualities in the industrial parks, the Environmental Protection Administration (EPA) issued the project “Contamination Source Investigation and Mitigation Plan for Industrial Park of High Contamination Potential (PhaseⅢ)”. Based on the Light Classification Management designated by the EPA, the Linyuan industrial park and the Dayuan industrial park were selected in this project. In this project, the investigation included two stages. At the first stage, geophysical surveys and geological drilling were conducted within the areas of the above-mentioned industrial parks. At the second stage, questionnaire surveys and interviews with workers were conducted to select the factories with higher pollution potential. A total of 10 sites were selected for further investigation in which geophysical surveys, soil sampling, well installation, and groundwater sampling were subsequently conducted. Based on these results of the two stages, the plumes of contamination and hot spots were identified. Human health risk assessments was conducted in order to ensure the safety of residential water usage. Furthermore, the administrative control measures was also proposed. According to the investigating results of 10 factories, pollutants of soil and groundwater in 4 factories were found to be over the pollution control standards, and pollutants of soil in 2 factories were found to be over the standards. The soil pollutants included Cr, Cu, Zn, Ni, benzene and TPH; the groundwater pollutants included Cr, Ni, benzene, NO3--N and NO2-N. It has been suggested that all the factories listed above be supervised by the Environmental Protection Bureau, according to the Soil and Groundwater Pollution Regulations. Regarding to the human health risk, the values were lower than the target values within the 2 industrial parks. It was recommended that the Environment Protection Bureau should cut off direct contact by pavement for contaminated soil, and continuous monitoring of the industrial zone of groundwater contaminant concentrations within this area people exposing to the contaminated groundwater.
英文關鍵字 hydrogeological investigation, geophysical, health risk assessments, pollution investigation, administrative control measures