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	6,487 千元
專案開始日期	2021/02/24
專案結束日期	2021/12/31
專案主持人	張文旭
主辦單位	雲林縣環境保護局
承辦人	曾鴻智
執行單位	祥威環境科技股份有限公司
專案分類	大氣空氣、環境監測及檢測
中文關鍵字	臭味、揮發性有機物、石化業
英文關鍵字	odor, volatile organic compounds (VOCs), petrochemical industry
協同主持人
共同主持人
計畫聯絡人	林世杰
計畫聯絡電話	04-23166997#504
計畫聯絡信箱	sjay.lin@leder.com.tw

中文摘要	本計畫目標在維持石化業專用監測車及監測設備正常運轉，透過定期保養與品保品管（QA/QC）作業，確保監測設備準確度及監測數據品質，並透過數據分析，瞭解六輕工業區對附近空氣品質的影響，作為本縣改善空氣品質及制訂管制策略之參考。有關監測設備的各層級維護與品保作業均依時程執行，各月之單機資料獲取率多數達到80%以上。近年許厝分校六大空氣品質指標物種（SO2、NO2、CO、O3、PM10、PM2.5）濃度除臭氧有惡化趨勢，其他污染物均呈現改善趨勢；而蚊港安檢所容易發生PM10高值與此處強風揚起海邊沙塵有關，110年12月月平均值達到98 μg/m3。臭味物質方面，許厝分校H2S小時高值易於北風期間發生，NH3小時高值易在西南風期間發生。蚊港安檢所H2S小時高值易在南風期間發生，推測受當地養殖業及畜養業的影響所致，NH3小時高值易在西北期間發生，不排除與六輕工業區排放有關。 VOCs分析儀可分析74種揮發性有機物，歷月監測結果顯示較常分析出的物種數約50種～60種。許厝分校以甲苯、乙烷、乙烯、丙烷及正丁烷平均濃度較高，110年許厝分校監測結果，可看出濃度前五大物種中以乙烷（最大月平均4.77 ppbv）及丙烷（最大月平均3.33 ppbv）濃度最高，蚊港安檢所則是丙烷（最大月平均10.34 ppbv）濃度最高。
中文關鍵字	臭味、揮發性有機物、石化業

中文摘要

本計畫目標在維持石化業專用監測車及監測設備正常運轉，透過定期保養與品保品管（QA/QC）作業，確保監測設備準確度及監測數據品質，並透過數據分析，瞭解六輕工業區對附近空氣品質的影響，作為本縣改善空氣品質及制訂管制策略之參考。有關監測設備的各層級維護與品保作業均依時程執行，各月之單機資料獲取率多數達到80%以上。近年許厝分校六大空氣品質指標物種（SO2、NO2、CO、O3、PM10、PM2.5）濃度除臭氧有惡化趨勢，其他污染物均呈現改善趨勢；而蚊港安檢所容易發生PM10高值與此處強風揚起海邊沙塵有關，110年12月月平均值達到98 μg/m3。臭味物質方面，許厝分校H2S小時高值易於北風期間發生，NH3小時高值易在西南風期間發生。蚊港安檢所H2S小時高值易在南風期間發生，推測受當地養殖業及畜養業的影響所致，NH3小時高值易在西北期間發生，不排除與六輕工業區排放有關。 VOCs分析儀可分析74種揮發性有機物，歷月監測結果顯示較常分析出的物種數約50種～60種。許厝分校以甲苯、乙烷、乙烯、丙烷及正丁烷平均濃度較高，110年許厝分校監測結果，可看出濃度前五大物種中以乙烷（最大月平均4.77 ppbv）及丙烷（最大月平均3.33 ppbv）濃度最高，蚊港安檢所則是丙烷（最大月平均10.34 ppbv）濃度最高。

中文關鍵字

臭味、揮發性有機物、石化業

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	110年度雲林縣石化業專用監測車操作維護計畫.pdf	18MB		2022/6/17 上午 12:00:00

摘要	This project aims to maintain the regular operation of vehicles and equipment dedicated to air quality monitoring for the petrochemical industry. This goal is achieved through routine maintenance and QA/QC to ensure the accuracy of monitoring equipment and data quality. The second goal of this project is to understand the impacts of The No. 6 Naphtha Cracker Complex on regional air quality through data analysis. This information can be incorporated into policymaking strategies at the county level to improve air quality. Maintenance and quality assurance were performed on monitoring equipment at all levels according to a predetermined schedule. Most of the usability of monthly data from each device was over 80%. In recent years, in terms of the six indicator species (SO2, NO2, CO, O3, PM10, and PM2.5), pollution levels at the Xucuo Campus were shown a deteriorating trend for ozone, and the others were shown an improvement trend. At the Wengang Security Checkpoint, the high PM10 level was related to dust and sand raised by the strong sea breeze at this location. And the monthly average reached 98 μg/m3 in December 2021. Among the odor pollutants measured at the Xucuo Campus, hourly measurements of H2S tended to reach high levels under the northerlies. And high hourly levels of NH3 tended to occur during the periods under the influence of west-southerlies. At the Wengang Security Checkpoint, high hourly values of H2S tended to occur during the southerlies. Therefore, we suspect these pollutants are due to local aquaculture and stock farming. The high hourly values of NH3 tended to occur during the west-northerlies. The occurrence of NH3 is likely to be related to The No. 6 Naphtha Cracker Complex. The VOC analyzer can measure 74 types of volatile organic compounds. Monthly monitoring results indicate that about 50 to 60 types of species are commonly detected. Compared to other volatile organic compounds, toluene, ethane, ethylene, propane, and N-butane reached relatively high levels at the Xucuo Campus. The results of the Xucuo Campus show that during 2021, the level of ethane and propane were the highest that among these five most prominent species, at 4.77 ppbv and 3.33 ppbv. At the Wengang Security Checkpoint, however, the level of propane was the highest, at 10.34 ppbv.
英文關鍵字	odor, volatile organic compounds (VOCs), petrochemical industry

摘要

This project aims to maintain the regular operation of vehicles and equipment dedicated to air quality monitoring for the petrochemical industry. This goal is achieved through routine maintenance and QA/QC to ensure the accuracy of monitoring equipment and data quality. The second goal of this project is to understand the impacts of The No. 6 Naphtha Cracker Complex on regional air quality through data analysis. This information can be incorporated into policymaking strategies at the county level to improve air quality. Maintenance and quality assurance were performed on monitoring equipment at all levels according to a predetermined schedule. Most of the usability of monthly data from each device was over 80%. In recent years, in terms of the six indicator species (SO2, NO2, CO, O3, PM10, and PM2.5), pollution levels at the Xucuo Campus were shown a deteriorating trend for ozone, and the others were shown an improvement trend. At the Wengang Security Checkpoint, the high PM10 level was related to dust and sand raised by the strong sea breeze at this location. And the monthly average reached 98 μg/m3 in December 2021. Among the odor pollutants measured at the Xucuo Campus, hourly measurements of H2S tended to reach high levels under the northerlies. And high hourly levels of NH3 tended to occur during the periods under the influence of west-southerlies. At the Wengang Security Checkpoint, high hourly values of H2S tended to occur during the southerlies. Therefore, we suspect these pollutants are due to local aquaculture and stock farming. The high hourly values of NH3 tended to occur during the west-northerlies. The occurrence of NH3 is likely to be related to The No. 6 Naphtha Cracker Complex. The VOC analyzer can measure 74 types of volatile organic compounds. Monthly monitoring results indicate that about 50 to 60 types of species are commonly detected. Compared to other volatile organic compounds, toluene, ethane, ethylene, propane, and N-butane reached relatively high levels at the Xucuo Campus. The results of the Xucuo Campus show that during 2021, the level of ethane and propane were the highest that among these five most prominent species, at 4.77 ppbv and 3.33 ppbv. At the Wengang Security Checkpoint, however, the level of propane was the highest, at 10.34 ppbv.

英文關鍵字

odor, volatile organic compounds (VOCs), petrochemical industry