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	7,786 千元
預算科目	地方政府執行空氣污染防制工作
專案開始日期	2021/03/01
專案結束日期	2022/12/31
專案主持人	鄭以鴻
主辦單位	高雄市政府環境保護局
承辦人	張鳳儀
執行單位	環佑實業有限公司
專案分類	大氣空氣
中文關鍵字	開徑式傅立葉轉換紅外光光譜儀、大社工業區、污染追蹤
英文關鍵字	OP-FTIR, Dashe Industrial Zone, Pollution Tracking
協同主持人
共同主持人
計畫聯絡人	陳澤駿
計畫聯絡電話	07-7023238#23
計畫聯絡信箱	zejun0104@huan-yu.com.tw

中文摘要	經評估計畫重點工業區大社工業區污染貢獻對於周遭環境之影響，並考量工業區周邊陳情數量、工業區季節風向下風影響區域、人口密集情形及區域監測能量等因素後，遴選大社工業區東側三奶里集會所做為固定式OP-FTIR長期監測之設置位置，經環保局同意後，即計畫規範建構1組OP-FTIR監測分析系統及氣象站，並於110年4月8日啟動大社工業區東側OP-FTIR測站之連續監測作業。統計監測期間，共計掌握37項化合物，其中氰化氫、丁二烯、丙烯腈及氯化氫有超過周界標準之情形，本計畫即進行來源追蹤。在氰化氫方面，推測以中石化大社廠及高塑公司管道排放具較高氰化氫貢獻潛勢，本計畫已建議各廠應就設備元件洩漏、管道排放污染減量及flare使用減量等進行改善；在丁二烯方面，推測以國喬公司及台橡公司具有較高丁二烯貢獻潛勢，本計畫已建議上述兩廠於開停車期間若情況許可，優先以防制設備處理尾氣，減少燃燒塔使用頻率，並針對防制設備缺失或效能進行改善；在丙烯腈方面，以中石化大社廠具有較高貢獻潛勢，已建議廠方針對儲槽逸散問題進行改善；在氯化氫方面，大社工業區內無工廠登記大量使用或生產該項物種，且其出現頻率極低，屬偶發性及低污染型態。現階段中石化大社廠、高塑公司及國喬公司已達初期改善，台橡公司將規劃於未來研擬改善作為。計畫針對超標污染物除追蹤其污染改善情形外，並將相關監測及查核成果橫向提供給其他管制計畫或單位，藉由結合各方管制量能，以逐步改善大社工業區東側測站污染物超標情形。
中文關鍵字	開徑式傅立葉轉換紅外光光譜儀、大社工業區、污染追蹤

中文摘要

經評估計畫重點工業區大社工業區污染貢獻對於周遭環境之影響，並考量工業區周邊陳情數量、工業區季節風向下風影響區域、人口密集情形及區域監測能量等因素後，遴選大社工業區東側三奶里集會所做為固定式OP-FTIR長期監測之設置位置，經環保局同意後，即計畫規範建構1組OP-FTIR監測分析系統及氣象站，並於110年4月8日啟動大社工業區東側OP-FTIR測站之連續監測作業。統計監測期間，共計掌握37項化合物，其中氰化氫、丁二烯、丙烯腈及氯化氫有超過周界標準之情形，本計畫即進行來源追蹤。在氰化氫方面，推測以中石化大社廠及高塑公司管道排放具較高氰化氫貢獻潛勢，本計畫已建議各廠應就設備元件洩漏、管道排放污染減量及flare使用減量等進行改善；在丁二烯方面，推測以國喬公司及台橡公司具有較高丁二烯貢獻潛勢，本計畫已建議上述兩廠於開停車期間若情況許可，優先以防制設備處理尾氣，減少燃燒塔使用頻率，並針對防制設備缺失或效能進行改善；在丙烯腈方面，以中石化大社廠具有較高貢獻潛勢，已建議廠方針對儲槽逸散問題進行改善；在氯化氫方面，大社工業區內無工廠登記大量使用或生產該項物種，且其出現頻率極低，屬偶發性及低污染型態。現階段中石化大社廠、高塑公司及國喬公司已達初期改善，台橡公司將規劃於未來研擬改善作為。計畫針對超標污染物除追蹤其污染改善情形外，並將相關監測及查核成果橫向提供給其他管制計畫或單位，藉由結合各方管制量能，以逐步改善大社工業區東側測站污染物超標情形。

中文關鍵字

開徑式傅立葉轉換紅外光光譜儀、大社工業區、污染追蹤

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	110年度高雄市OP-FTIR監測及污染追蹤計畫.pdf	14MB		2023/1/1 上午 12:00:00

摘要	After evaluating the impact of pollution contribution from the key industrial park of this project - Dashe Industrial Park on their surrounding environment, and considering the amount of petition of the surrounding of the industrial park, downwind area affected by seasonal wind direction of industrial park, population density and regional monitoring capacities, etc., the fixed open-path Fourier transform infrared (OP-FTIR) systems were chosen to set at Sannai Village which is near the east side of Dashe Industrial Park. On the heels of the approval of Environmental Protection Bureau Kaohsiung City Government, this project set up an OP-FTIR monitoring analysis system and weather station pursuant to the contract specifications and started the preceding OP-FTIR station to implement a continuous monitoring on April 8, 2021. During monitoring period, a total of 37 chemical compounds were identified, of which hydrogen cyanide, butadiene, acrylonitrile and hydrogen chloride exceeded the Emission Standards of Peripheral Boundary and this project proceeded to track the pollution sources. As regards hydrogen cyanide, emission through exhaust pipes from China Petrochemical Development Corporation (Dashe Site) and Kaohsiung Monomer Company may have higher contribution potential. This project already recommended the foregoing premises to improve leak from equipment components, pollution reduction of pipe emission and flare use reduction, etc. As to butadiene, Grand Pacific Petrochemical Corporation and TSRC Corporation may have higher contribution potential. This project has suggested the preceding two premises to treat exhaust emissions using pollution control equipment first to reduce the frequency of the use of flares during startup and stop period, if possible, and improve deficiency or performance of pollution control equipment. With respect to acrylonitrile, China Petrochemical Development Corporation (Dashe Site) may have higher contribution potential. This project already suggested the above-mentioned premise to improve the problems of fugitive emission from storage tanks. Respecting hydrogen chloride, no factory in Dashe Industrial Park registered to use or produce the foregoing chemical specie in quantity and the frequency of its detection was extremely low, which was attributed to accidental and low pollution type. At the present stage, China Petrochemical Development Corporation (Dashe Site), Kaohsiung Monomer Company and Grand Pacific Petrochemical Corporation have reached preliminary improvement; however, TSRC Corporation will draw up a plan for improvement in the future. Besides tracking down the improvement of the above-mentioned premises for pollutants exceeding the Emission Standards, this project also horizontally provided relevant results of monitoring and checking to other control projects or sections to improve the situation of having pollutants exceeding the Emission Standards step by step by combining their control capacities.
英文關鍵字	OP-FTIR, Dashe Industrial Zone, Pollution Tracking

摘要

After evaluating the impact of pollution contribution from the key industrial park of this project - Dashe Industrial Park on their surrounding environment, and considering the amount of petition of the surrounding of the industrial park, downwind area affected by seasonal wind direction of industrial park, population density and regional monitoring capacities, etc., the fixed open-path Fourier transform infrared (OP-FTIR) systems were chosen to set at Sannai Village which is near the east side of Dashe Industrial Park. On the heels of the approval of Environmental Protection Bureau Kaohsiung City Government, this project set up an OP-FTIR monitoring analysis system and weather station pursuant to the contract specifications and started the preceding OP-FTIR station to implement a continuous monitoring on April 8, 2021. During monitoring period, a total of 37 chemical compounds were identified, of which hydrogen cyanide, butadiene, acrylonitrile and hydrogen chloride exceeded the Emission Standards of Peripheral Boundary and this project proceeded to track the pollution sources. As regards hydrogen cyanide, emission through exhaust pipes from China Petrochemical Development Corporation (Dashe Site) and Kaohsiung Monomer Company may have higher contribution potential. This project already recommended the foregoing premises to improve leak from equipment components, pollution reduction of pipe emission and flare use reduction, etc. As to butadiene, Grand Pacific Petrochemical Corporation and TSRC Corporation may have higher contribution potential. This project has suggested the preceding two premises to treat exhaust emissions using pollution control equipment first to reduce the frequency of the use of flares during startup and stop period, if possible, and improve deficiency or performance of pollution control equipment. With respect to acrylonitrile, China Petrochemical Development Corporation (Dashe Site) may have higher contribution potential. This project already suggested the above-mentioned premise to improve the problems of fugitive emission from storage tanks. Respecting hydrogen chloride, no factory in Dashe Industrial Park registered to use or produce the foregoing chemical specie in quantity and the frequency of its detection was extremely low, which was attributed to accidental and low pollution type. At the present stage, China Petrochemical Development Corporation (Dashe Site), Kaohsiung Monomer Company and Grand Pacific Petrochemical Corporation have reached preliminary improvement; however, TSRC Corporation will draw up a plan for improvement in the future. Besides tracking down the improvement of the above-mentioned premises for pollutants exceeding the Emission Standards, this project also horizontally provided relevant results of monitoring and checking to other control projects or sections to improve the situation of having pollutants exceeding the Emission Standards step by step by combining their control capacities.

英文關鍵字

OP-FTIR, Dashe Industrial Zone, Pollution Tracking