環保專案成果報告查詢系統

專案計畫編號
經費年度	109
計畫經費	7,900 千元
專案開始日期	2020/01/01
專案結束日期	2020/12/31
專案主持人	吳岳侖
主辦單位	新竹縣政府環境保護局
承辦人	張維升
執行單位	慧群環境科技股份有限公司
專案分類	大氣空氣
中文關鍵字	揮發性有機物，設備元件，加油站，異味官能測定
英文關鍵字	VOCs, equipment components, gas stations, odor determination
協同主持人
共同主持人
計畫聯絡人	蘇敬倫
計畫聯絡電話	02-27920587#107
計畫聯絡信箱	frank_su@escotech.com.tw

中文摘要	本縣工廠登記數為1,683家，109年空污列管工廠數為757家，VOCs總排放量為3,353.41公噸/年。本縣工業區主要為新竹工業區及新竹科學園區，新竹工業區清查掌握工廠數為606家(有污染排放管制278家)，而新竹科學園區清查掌握工廠數為162家(有污染排放管制27家)，合計有134家工廠使用高風險物質之易致空氣污染。 109年本計畫整體VOCs削減量為114.05噸/年，分別為運用紅外線執行石化業與加油站之洩漏削減量分別為1.86、90.85公噸/年，利用氣油比檢測儀器針對加油站執行檢測削減量為1.96公噸/年，以FID執行設備元件檢測削減量為0.076公噸/年，進行15處活性碳吸附設備排放管道前後端濃度檢測，7處公私場所進行改善，削減量為19.3噸/年。其中以紅外線氣體成像儀針對加油站洩漏削減比例達79.7%為最高，建議持續運用紅外線氣體成像儀針對轄內排放量大及加油站業者執行洩漏檢測，以下分別針對各項工作成果摘要說明。統計至109年11月30日共完成102家次工廠查核作業，工廠行業別大致可分為半導體業、光電業、光碟業、其他金屬品處理業、表面塗裝業、其他電子零組件業、印刷業、輪胎製造業及其他行業等，109年工廠清查102家次VOCs排放量為3,353.41 (噸/年)。 VOCs減量輔導主要針對轄內電子零組件製造業及輪胎業為主，輪胎業之「南港輪胎」規劃110年將現有吸附設備汰換為連續吸脫附防制設備，「普利司通」規劃增設VOCs處理設備或將VOCs廢氣導入鍋爐，各廠總體改善期程陸續於110年改善完成。另清查轄內公私場所設備元件、儲槽及裝載設施之檢測，檢測點次達轄內石化業申報之設備元件6,000個元件，測得洩漏源1點次(淨檢值大於1,000ppm)，削減量為0.076噸/年；活性碳吸附設備效能驗證完成15根次檢測作業，7處公私場所完成改善，削減量為19.3噸/年；加油站檢測共完成氣油比檢測共75站次。轄內總油槍數1,663槍，抽測槍數共1,027槍，初測合格槍數為1,015槍，初測合格率98.83%；複測槍數為12槍，複測合格率100%，削減量為1.96公噸/年。針對各項檢測工作，皆依環檢所檢測方法執行，本年度規劃委託「台灣檢驗科技股份有限公司SGS」執行排放管道NMHCs檢測、異味官能測定及排放管道揮發性有機物定性定量分析作業，另委託「佳美檢驗科技股份有限公司」執行排放管道NMHCs檢測及異味官能測定檢測分析作業。截至109年11月30日止，針對民眾陳情所衍生之異味官能測定共20件次；揮發性有機物排放管道之NMHCs檢測達18根次；另石化製程難以檢測元件、儲槽、裝載過程及加油站利用紅外線氣體成像儀完成78小時監測作業，共檢測34,472點次設備元件，共檢出40點洩漏源，其中元件洩漏源佔1點次，儲槽、裝載區、回收設施及相關連接設備等非元件類佔10點次，加油站設備佔29點次；經廠方完成修復後依環保署設備元件排放量資料進行削減量推估，紅外線氣體成像儀總削減量為92.71公噸/年。本年度委託工研院完成5件次CC-FTIR進行污染物排放種類確認及查核，藉以了解固定污染源所排放之物種，後續並邀請專家學者至現場進行污染評鑑作業，藉此以加強工廠污染防制作業之落實。本年度評鑑作業篩選原則主要主要針對工廠製程逸散及防制設備效能不足之處加強輔導，另針對工廠污染排放量部分，輔導新增設污染防制設備或提升防制設備效能。本計畫為宣導執行成效，於每月5日前彙整前月執行成果登於本計畫專屬網頁之上，供民眾了解；本年度針對油量較大與民眾對於加油跳停認知偏低之鄉鎮設置10座LED字幕機向民眾宣導『跳停就好』，希冀落實”加油跳停就好”政策，亦可以提升加油站的油氣逸散防制。
中文關鍵字	揮發性有機物，設備元件，加油站，異味官能測定

中文摘要

本縣工廠登記數為1,683家，109年空污列管工廠數為757家，VOCs總排放量為3,353.41公噸/年。本縣工業區主要為新竹工業區及新竹科學園區，新竹工業區清查掌握工廠數為606家(有污染排放管制278家)，而新竹科學園區清查掌握工廠數為162家(有污染排放管制27家)，合計有134家工廠使用高風險物質之易致空氣污染。 109年本計畫整體VOCs削減量為114.05噸/年，分別為運用紅外線執行石化業與加油站之洩漏削減量分別為1.86、90.85公噸/年，利用氣油比檢測儀器針對加油站執行檢測削減量為1.96公噸/年，以FID執行設備元件檢測削減量為0.076公噸/年，進行15處活性碳吸附設備排放管道前後端濃度檢測，7處公私場所進行改善，削減量為19.3噸/年。其中以紅外線氣體成像儀針對加油站洩漏削減比例達79.7%為最高，建議持續運用紅外線氣體成像儀針對轄內排放量大及加油站業者執行洩漏檢測，以下分別針對各項工作成果摘要說明。統計至109年11月30日共完成102家次工廠查核作業，工廠行業別大致可分為半導體業、光電業、光碟業、其他金屬品處理業、表面塗裝業、其他電子零組件業、印刷業、輪胎製造業及其他行業等，109年工廠清查102家次VOCs排放量為3,353.41 (噸/年)。 VOCs減量輔導主要針對轄內電子零組件製造業及輪胎業為主，輪胎業之「南港輪胎」規劃110年將現有吸附設備汰換為連續吸脫附防制設備，「普利司通」規劃增設VOCs處理設備或將VOCs廢氣導入鍋爐，各廠總體改善期程陸續於110年改善完成。另清查轄內公私場所設備元件、儲槽及裝載設施之檢測，檢測點次達轄內石化業申報之設備元件6,000個元件，測得洩漏源1點次(淨檢值大於1,000ppm)，削減量為0.076噸/年；活性碳吸附設備效能驗證完成15根次檢測作業，7處公私場所完成改善，削減量為19.3噸/年；加油站檢測共完成氣油比檢測共75站次。轄內總油槍數1,663槍，抽測槍數共1,027槍，初測合格槍數為1,015槍，初測合格率98.83%；複測槍數為12槍，複測合格率100%，削減量為1.96公噸/年。針對各項檢測工作，皆依環檢所檢測方法執行，本年度規劃委託「台灣檢驗科技股份有限公司SGS」執行排放管道NMHCs檢測、異味官能測定及排放管道揮發性有機物定性定量分析作業，另委託「佳美檢驗科技股份有限公司」執行排放管道NMHCs檢測及異味官能測定檢測分析作業。截至109年11月30日止，針對民眾陳情所衍生之異味官能測定共20件次；揮發性有機物排放管道之NMHCs檢測達18根次；另石化製程難以檢測元件、儲槽、裝載過程及加油站利用紅外線氣體成像儀完成78小時監測作業，共檢測34,472點次設備元件，共檢出40點洩漏源，其中元件洩漏源佔1點次，儲槽、裝載區、回收設施及相關連接設備等非元件類佔10點次，加油站設備佔29點次；經廠方完成修復後依環保署設備元件排放量資料進行削減量推估，紅外線氣體成像儀總削減量為92.71公噸/年。本年度委託工研院完成5件次CC-FTIR進行污染物排放種類確認及查核，藉以了解固定污染源所排放之物種，後續並邀請專家學者至現場進行污染評鑑作業，藉此以加強工廠污染防制作業之落實。本年度評鑑作業篩選原則主要主要針對工廠製程逸散及防制設備效能不足之處加強輔導，另針對工廠污染排放量部分，輔導新增設污染防制設備或提升防制設備效能。本計畫為宣導執行成效，於每月5日前彙整前月執行成果登於本計畫專屬網頁之上，供民眾了解；本年度針對油量較大與民眾對於加油跳停認知偏低之鄉鎮設置10座LED字幕機向民眾宣導『跳停就好』，希冀落實”加油跳停就好”政策，亦可以提升加油站的油氣逸散防制。

中文關鍵字

揮發性有機物，設備元件，加油站，異味官能測定

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	109年度新竹縣揮發性有機物稽查管制計畫.pdf	17MB		2021/12/21 上午 12:00:00

摘要	The area of this County is 1,427.59 square kilometers and the population was 563,104 at the end of December 2020. There are 1,683 registered factories and 757 of these were listed as air pollution control factories in 2020. The total VOCs emission was3,353.41 metric tons. The overall VOC reduction volume for this 2020project was 114.05 tons/year, out of which 1.86 and 90.85 tons/year were leaking reductions from the petrochemical industry and service stations, respectively, detected by using infrared light. Reductions of 1.96 tons/year were detected with the air-fuel ratio detector from service stations and 0.076 tons/year were reductions from checking the components of equipment, were detected with FID. As a result, reductions were achieved at79.7%, the highest and the second-highest, for service stations and the leakage of the service stations by using infrared gas imaging instruments. It is recommended that the infrared gas imaging instruments should be used continuously within this jurisdiction area for detecting leakage to those industries with heavy emissions and service stations. Each item of work achievement is briefly described as follows: We had checked 102factories at the end of December 2020. All the factories can be approximately classified as Semiconductor industry, Optoelectronic industry, CD industry, Processing of Other Fabricated Metal Products, External Coating, Electronic Parts and Components, Printing, Tire and so on. This project had completed checks of total 102 factories-times, including sectors such as Semiconductor industry, Optoelectronics, Compact Disks, Metallic Product Processing, Surface Coating, Electronic Parts and Components, Printing, Tire Manufacturing, and others. The total VOCs emission from factories that had been checked was 3,353.41 tons/year in 2020. VOCs reduction guidance was mainly made for industries such as the Petrochemical industry, and Tire Manufacturing within this jurisdiction area. One of the Petrochemical industry “Croslene Chemical Industries” is planning to complete the setting of Regenerative Thermal Oxidizer (RTO) in 2021 and start to operate as well. Additionally, “Headway Advanced Materials” will expand its condensation plant to deal with exhaust emissions; one of the Tire Manufacturing “Nankang Tires” is planning to replace adsorption equipment by continuous adsorption control equipment, and renew the old washing equipment at the old factory. The overall improvements made by each factory is scheduled for completion in 2021. Besides, all pieces of equipment and components, storage tanks and loading facilities of public and private locations within this jurisdiction area had been checked for inspections. For this declared equipment and components of the petrochemical industry within this jurisdictional area, checks were made to 6,000 components. A total of four leak sources were found at five factories (net value of checking over 1,000ppm) with reductions of 0.076 tons/year; 19.3 instances of factory performance verifications of activated carbon adsorption equipment were completed. Three public and private locations had completed their improvement with reductions of 1.96 tons/year. Total 75 service stations were checked using the air-fuel ratio detector in 2020 (total 1,663 fueling guns). A total of 1,027 fueling guns were checked randomly. 1,015fuel guns were checked “PASS” at the first check, with a first-time 98.83% “PASS” rate. 24 fuel guns were checked “PASS” at the second check, with a second-time 100% “PASS” rate. Reductions totaled 6.69 tons/year. This detection work was conducted according to the methods set down by the Environmental Analysis Laboratory. This year, SGS has been commissioned to implement water VOCs concentration detection, emission channel NMHCs detection, odor determination, and emission channel volatile organic substance qualitative/quantitative analysis work. Chi Mei Inspection Tech Co Ltd has been commissioned to implement emission channel NMHCs detection and odor test analysis. According to public petitions at the end of December 2020, 20 checks were made for derived unpleasant orders. There were sixteen instances of pipes being checked for NMHCs of VOC discharge pipes. However, it was difficult to check components, storage tanks, and the loading process during the petrochemical manufacturing process. A total of 78 hours of monitoring had been completed for service stations using the infrared gas imaging instruments, with a total of 34,472 points-times of equipment and components, out of which 40 points were detected having leakage: 1 points-times for component leakage, 10 points-times for non-components such as, storage tanks, loading areas, recovery facilities, and related connecting equipment, 29 points-times for service station equipment. After troubles had been completed correcting by factories, reductions were estimated based on the EPA’s emission data of equipment and components. Reductions detected by infrared gas imaging instruments totaled92.71 tons/year. In this fiscal year, Industrial Technology Research Institute (ITRI) was commissioned to confirm and check the kinds of discharged pollutants, with a total 5 times of CC-FTIR, to understand the types of discharged pollutants from a fixed source. Subsequently, experts and scholars were also invited onsite to visit to examine and confirm the pollutants. In so doing, the implementation of factory pollution prevention had been strengthened. In this fiscal year, the screening principle for examination and confirmation mainly focused on dissipation from manufacturing processes in factories and giving guidance to poor performance of those preventive facilities. Additionally, for the discharge of pollutants from factories, guidance was given to new pollution preventive facilities or to increase the performance of the preventive equipment. The results obtained each month under this project will be posted on the project website before the 5th of the following month. This year, 10 LED displays will be set up at gas fueling stations where the gas use is high and public awareness of the “automatic stop is the best” habit is low. This will promote the “automatic stop when fueling” policy and reduce the escape of gas at gas stations.
英文關鍵字	VOCs, equipment components, gas stations, odor determination

摘要

The area of this County is 1,427.59 square kilometers and the population was 563,104 at the end of December 2020. There are 1,683 registered factories and 757 of these were listed as air pollution control factories in 2020. The total VOCs emission was3,353.41 metric tons. The overall VOC reduction volume for this 2020project was 114.05 tons/year, out of which 1.86 and 90.85 tons/year were leaking reductions from the petrochemical industry and service stations, respectively, detected by using infrared light. Reductions of 1.96 tons/year were detected with the air-fuel ratio detector from service stations and 0.076 tons/year were reductions from checking the components of equipment, were detected with FID. As a result, reductions were achieved at79.7%, the highest and the second-highest, for service stations and the leakage of the service stations by using infrared gas imaging instruments. It is recommended that the infrared gas imaging instruments should be used continuously within this jurisdiction area for detecting leakage to those industries with heavy emissions and service stations. Each item of work achievement is briefly described as follows: We had checked 102factories at the end of December 2020. All the factories can be approximately classified as Semiconductor industry, Optoelectronic industry, CD industry, Processing of Other Fabricated Metal Products, External Coating, Electronic Parts and Components, Printing, Tire and so on. This project had completed checks of total 102 factories-times, including sectors such as Semiconductor industry, Optoelectronics, Compact Disks, Metallic Product Processing, Surface Coating, Electronic Parts and Components, Printing, Tire Manufacturing, and others. The total VOCs emission from factories that had been checked was 3,353.41 tons/year in 2020. VOCs reduction guidance was mainly made for industries such as the Petrochemical industry, and Tire Manufacturing within this jurisdiction area. One of the Petrochemical industry “Croslene Chemical Industries” is planning to complete the setting of Regenerative Thermal Oxidizer (RTO) in 2021 and start to operate as well. Additionally, “Headway Advanced Materials” will expand its condensation plant to deal with exhaust emissions; one of the Tire Manufacturing “Nankang Tires” is planning to replace adsorption equipment by continuous adsorption control equipment, and renew the old washing equipment at the old factory. The overall improvements made by each factory is scheduled for completion in 2021. Besides, all pieces of equipment and components, storage tanks and loading facilities of public and private locations within this jurisdiction area had been checked for inspections. For this declared equipment and components of the petrochemical industry within this jurisdictional area, checks were made to 6,000 components. A total of four leak sources were found at five factories (net value of checking over 1,000ppm) with reductions of 0.076 tons/year; 19.3 instances of factory performance verifications of activated carbon adsorption equipment were completed. Three public and private locations had completed their improvement with reductions of 1.96 tons/year. Total 75 service stations were checked using the air-fuel ratio detector in 2020 (total 1,663 fueling guns). A total of 1,027 fueling guns were checked randomly. 1,015fuel guns were checked “PASS” at the first check, with a first-time 98.83% “PASS” rate. 24 fuel guns were checked “PASS” at the second check, with a second-time 100% “PASS” rate. Reductions totaled 6.69 tons/year. This detection work was conducted according to the methods set down by the Environmental Analysis Laboratory. This year, SGS has been commissioned to implement water VOCs concentration detection, emission channel NMHCs detection, odor determination, and emission channel volatile organic substance qualitative/quantitative analysis work. Chi Mei Inspection Tech Co Ltd has been commissioned to implement emission channel NMHCs detection and odor test analysis. According to public petitions at the end of December 2020, 20 checks were made for derived unpleasant orders. There were sixteen instances of pipes being checked for NMHCs of VOC discharge pipes. However, it was difficult to check components, storage tanks, and the loading process during the petrochemical manufacturing process. A total of 78 hours of monitoring had been completed for service stations using the infrared gas imaging instruments, with a total of 34,472 points-times of equipment and components, out of which 40 points were detected having leakage: 1 points-times for component leakage, 10 points-times for non-components such as, storage tanks, loading areas, recovery facilities, and related connecting equipment, 29 points-times for service station equipment. After troubles had been completed correcting by factories, reductions were estimated based on the EPA’s emission data of equipment and components. Reductions detected by infrared gas imaging instruments totaled92.71 tons/year. In this fiscal year, Industrial Technology Research Institute (ITRI) was commissioned to confirm and check the kinds of discharged pollutants, with a total 5 times of CC-FTIR, to understand the types of discharged pollutants from a fixed source. Subsequently, experts and scholars were also invited onsite to visit to examine and confirm the pollutants. In so doing, the implementation of factory pollution prevention had been strengthened. In this fiscal year, the screening principle for examination and confirmation mainly focused on dissipation from manufacturing processes in factories and giving guidance to poor performance of those preventive facilities. Additionally, for the discharge of pollutants from factories, guidance was given to new pollution preventive facilities or to increase the performance of the preventive equipment. The results obtained each month under this project will be posted on the project website before the 5th of the following month. This year, 10 LED displays will be set up at gas fueling stations where the gas use is high and public awareness of the “automatic stop is the best” habit is low. This will promote the “automatic stop when fueling” policy and reduce the escape of gas at gas stations.

英文關鍵字

VOCs, equipment components, gas stations, odor determination