環境資源報告成果查詢系統

105年度「屏南工業區污染巡稽查及減量輔導計畫」

中文摘要 屏南工業區目前設廠家數共84家,其中屬固定污染源列管的有43家、未列管32家、暫時停工7家、設置中2家。 共執行工業區工廠巡查共343件次,巡查期間發現異常或缺失狀況30件次,其中污染路面1件次、異味4件次、設備異常12件次、異常排放3件次、粉塵逸散10件次,扣除其中2件次為同廠次但不同異常/缺失狀況後為28件次,約佔總巡查件數的8.2%,另有接獲通報工安事件2件、異常排放1件、環保局元件洩漏稽查缺失1件及非法施工1件,亦納入追蹤管制,除1家公司併許可變更申請中而未完成改善外,其餘各廠均已完成改善。另彙整環保局105年度屏南工業區廠商告發裁罰案件共9件,目前尚有1家改善部份併許可變更尚未通過核定。共執行假日巡查24次及夜間巡查33次,發現15件次異味,經查推測來源分別為飼料業、鉛二級冶煉業、造紙業、輪胎熱裂解業與印刷業,除勸導改善外,分別執行周界異味稽查或輔導改善,未來仍需持續追蹤。 共執行4季空氣品質監測,除NMHC可能受工業區影響而有較明顯之變化外,其餘各污染物濃度起伏變化均小,且濃度變化趨勢主要受高屏地區整體空氣品質變化之影響。 4季周界空氣中戴奧辛平均值0.056 (標準偏差0.030,不含PCBs) pg I-TEQ/m3,以WHO2005-TEF換算並納入PCBs後總毒性當量平均濃度約0.053 pg WHO2005-TEQ/m3(含PCBs),遠低於日本環境品質空氣標準年平均0.6 pg WHO2005-TEQ/m3。PCBs佔總毒性當量的2.2~12.1%,影響並不明顯。總PCDDs/Fs濃度與毒性當量主要貢獻來源均為PCDFs,東海國小測值為三處採樣點中最高,顯示其受工業區污染源與周邊環境之影響較高,濃度範圍則與同年度環保署屏東空品測站監測結果相近。4季底泥樣品平均值1.119 (標準偏差0.454) ng I-TEQ/kg,各樣品均低於行政院環保署「底泥品質指標之分類管理及用途限制辦法」下限值6.82 ng I-TEQ/kg。 煙道檢測共執行PSN稽查5根次、戴奧辛3根次、VOCs削減率檢驗1根次與PM2.5及TSP採樣分析2根次,檢測結果均符合法規標準。 臭味官能測定方面共執行12點次異味官能測定,其中支援環保局陳情案件稽查非屏南工業區廠商周界異味檢測1點次,檢測結果不符標準,已由環保局開單告發;工業區內檢測執行周界9點次與煙道2根次,除翔○公司被測出周界異味超標,已由環保局告發處份,其餘受測廠商均無超標情形。
中文關鍵字 戴奧辛、空氣品質、工業區

基本資訊

專案計畫編號 105-1-4 經費年度 105 計畫經費 4950 千元
專案開始日期 2016/02/19 專案結束日期 2017/02/18 專案主持人 林永祥
主辦單位 屏東縣政府環境保護局 承辦人 蕭智元 執行單位 仲禹工程顧問股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 [上傳用]105屏南期末報告-定稿(全).pdf 77MB

2016 Pingnan Industrial Park Pollution Inspection, Audit and Emission Reduction Project

英文摘要 There are currently 84 factories in Pingnan Industrial Park, of which 43 of them are subject to control of fixed pollution sources, 32 of them are not subject to the control, 7 of them suspend their operation, and 2 of them are under installation. There have been 343 inspections carried out in the industrial park and 30 abnormality or defect cases were identified during the inspection. Of those, 1 of them was pollution of the road surface, 4 of them indicated particular smells, 12 of them showed malfunction of the equipment, 3 of them showed unusual emission, and 10 of them were dust emissions. After deduction of 2 cases involving the same factories but different abnormalities/defects, there were 28 abnormality/defect cases, which occupied 8.2% of the total inspection cases. As for the reported cases, 2 of them were occupational cases, 1 of them was unusual emission, 1 case showed the equipment leakage audit defect defined by the Environmental Protection Bureau, and 1 case showed illegal construction. All of these cases have been recorded for tracking and control. Except for Xingwei Co., Ltd., which did not make improvement completely due to application for change of the permit, all factories have made thorough improvements. There are 9 accusation and punishment cases among the factories in Pingnan Industrial Park as summarized in 2016, and currently the improvement of Xingwei and change of its permit have not been approved yet. There were 24 inspections on the holiday and 33 night inspections have been executed. 15 of them showed particular smells and the sources might be Dachan, Ching Hung, Hong Heng, Yin Yu, Enrestec, and Yi Yang. In addition to exhortation for improvement, perimeters were inspected for particular smells or supporting measures were taken for improvement. Continuous follow-up actions are still required. The air quality monitoring was conducted for 4 quarters. The concentration of all the pollutants changed insignificantly except NMHC, which could be affected by the industrial park and had significant change in the concentration. The change of the concentration developed mainly under the variation of the overall air quality in the Kaoshiung and Pintung Area. As for the 4-quarter air quality inspection of the perimeter, the average value of the dioxin in the air was 0.056 (standard deviation: 0.030, excluding PCBs) pg I-TEQ/m3. The average concentration of the total toxic equivalent was about 0.053 pg WHO2005-TEQ/m3 (including PCBs) after conversion with WHO2005-TEF. The value is much less than the annual average concentration of 0.6 pg WHO2005-TEQ/m3 as specified in the Japanese environmental quality and air standard. PCBs occupied 2.2~12.1% of the total toxic equivalent and the influence was insignificant. The main source of the total PCDDs/Fs concentration and toxic equivalent was PCDFs. Dong Hai Elementary School, which is located at the highest position among the three measuring points, was affected more seriously by the pollution sources of the industrial zone and peripheral environment. The range of the concentration was similar to the monitoring result of the Pingtung Air Quality Monitoring Station, Environmental Protection Administration (EPA). The average value of the 4-quarter sediment samples was 1.119 (standard deviation: 0.454) ng I-TEQ/kg. All the samples complied with the lower limit value of 6.82 ng I-TEQ/kg as specified in the “Regulations for Classified Management of Sediment Quality Indicators and Application Control” established by the EPA, Executive Yuan. There were 5 units of secondary flue PSN inspections, 3 units of secondary dioxin inspections, 1 unit of secondary VOC reduction rate, and 2 units of secondary PM2.5 and TSP sampling analyses have been executed. All inspection results complied with the regulations and standards. The sensory evaluation of odour was executed at 12 points and the perimeter odour inspection of the factories outside the Pingnan Industrial Park with respect to the complaint cases with the Environmental Protection Bureau was executed at 1 point. The result of the inspection showed incompliance and the Environmental Protection Bureau issued a ticket for a fine. Perimeter inspections in the industrial part were executed at 9 points and 2 units of secondary flue inspections were executed. No factories subject to the inspection did not show any excess of the standard value except Xiang Fa, which was identified with odour on the perimeter exceeded the standard value. The Environmental Protection Bureau issued a ticket to punish Xiang Fa.
英文關鍵字 dioxin, air quality, Industrial Park