"Yunlin County Hazardous Pollutants Monitoring and survey Plan in year 2017"
「"Yunlin County Hazardous Pollutants Monitoring and survey Plan in year 2017"」於資料集「EPQSummary_EnvironmentalMonitoringAndTesting」由單位「行政院環境保護署」的陳先生所提供，聯繫電話是02-2311-7722#2386，最近更新時間為：2023-07-30 01:01:45。 欄位Project Title的內容是"Yunlin County Hazardous Pollutants Monitoring and survey Plan in year 2017" ， 欄位Project Subject的內容是"This Project commenced on 20/11/2017. Project scopes include
•consolidated and analyzed data of hazardous air pollutants;
•consolidated and analyzed emission information of hazardous air pollutants from stationary sources in the county;
•evaluated priorities on regulating target stationary sources;
•continuous emission monitoring of VOCs; and
•tested hazardous air pollutants
Project results during the reporting period are summarized below.
(1)To better understanding HAP species concentrations in special industrial stations, this Project had consolidated and analyzed monitoring information in Liuhing Industrial District from 2015 to 2017. Seven important pollutants, namely Benzene, Ethylbenzene, Arsenic, Formaldehyde, Nickel, Lead and Acetaldehyde were picked. Formaldehyde had the highest yearly average concentration (20.5~54.1 ppbv) among all pollutants, indicating formaldehyde was commonly found in atmosphere. Lead was among heavy metals that had the highest yearly average concentration (0.010~0.016 μg/m3), but it was below overseas baseline concentration (0.5 μg/m3). Having taken into consideration the hazardous nature of all pollutants, formaldehyde, acetaldehyde and benzene had higher risk of carcinogenicity whereas acetaldehyde imposed the greatest non-cancer-causing risks on health.
(2)4-season monitoring of hazardous air pollutants targeting VOCs, carbonyl compounds, acidic gases and PAHs had been completed. 16 samples were collected, and 5 types of VOCs were tested with methanol having the highest concentration (23.9 ppbv), followed by 2-Butanone (5.1 ppbv), Acetone (4.5 ppbv) and Toluene (2.9 ppbv). 3 types of carbonyl compounds were tested with formaldehyde having the highest concentration (0.0275 ppmv), followed by acetaldehyde (0.0217 ppmv), but occurrences were not frequent. Test results of 7 types of acidic gases showed N.D. or exceeded MDL concentrations but below lowest concentration of calibration line, indicating ambient acidic gases concentration was low. 4 types of PAHs were measured with Naphthalene being the highest (65.4 ng/m3) followed by Phenanthrene (4.7 ng/m3), indicating emissions of PAHs in the atmosphere of the district were low.
(3)Explained the reasons of air pollution levy on hazardous air pollutants in Yunlin County from 2011-2017. Among 13 VOCs, emissions of Toluene and Xylene topped the measurements. They also contributed most to the process emissions (738.4~1,070.9 tonne, 81.5~90.8 %). Confirmed the priority of regulating Benzene, Ethylene dichloride and chloroform after having taken into consideration of their impacts to human beings and in terms of carcinogenic emission volumes. Toluene should be listed as the top regulated substance since it contributed the greatest volume to the emissions of non-carcinogenic substances.
(4)Regarding investigation into emissions of major hazardous air pollutants in manufacturing processes, 15 times of exhaust duct testing, targeting “PU Leather Manufacturing Process”, “Gravure Printing Process”, “Plastic Tape Manufacturing”, “Acrylonitrile-Butadiene- Styrene Compounds (ABS) Chemical Manufacturing Process”, “Styrene Manufacturing Process” and “Phthalic Anhydride Manufacturing Process”, had been conducted for calculating emission coefficients. Emission coefficients were compared with coefficients obtained from similar local and overseas manufacturing processes. Results showed the emission coefficients obtained from this Project were lower than local and overseas figures, with 78.5-100 % difference.
(5)Based on the results of continuous monitoring of VOCs, relatively higher concentrations were obtained from industrial district. North location was being influenced by emissions from South East and South West directions while South location was being influenced by emissions from North West and North East directions.
(6)Except Acrylic, monthly avera..." ， 欄位Project Year的內容是2017 ， 欄位Organizer的內容是"Environmental Protection Bureau Yunlin County" ， 欄位Executive Unit的內容是"捷思環能股份有限公司" ， 欄位Reporting download URL的內容是https://epq.epa.gov.tw/project/filedownload.aspx?fid=198579 ， 欄位Publish Date的內容是20190707 。
Project Title
"Yunlin County Hazardous Pollutants Monitoring and survey Plan in year 2017"
Project Subject
"This Project commenced on 20/11/2017. Project scopes include •consolidated and analyzed data of hazardous air pollutants; •consolidated and analyzed emission information of hazardous air pollutants from stationary sources in the county; •evaluated priorities on regulating target stationary sources; •continuous emission monitoring of VOCs; and •tested hazardous air pollutants Project results during the reporting period are summarized below. (1)To better understanding HAP species concentrations in special industrial stations, this Project had consolidated and analyzed monitoring information in Liuhing Industrial District from 2015 to 2017. Seven important pollutants, namely Benzene, Ethylbenzene, Arsenic, Formaldehyde, Nickel, Lead and Acetaldehyde were picked. Formaldehyde had the highest yearly average concentration (20.5~54.1 ppbv) among all pollutants, indicating formaldehyde was commonly found in atmosphere. Lead was among heavy metals that had the highest yearly average concentration (0.010~0.016 μg/m3), but it was below overseas baseline concentration (0.5 μg/m3). Having taken into consideration the hazardous nature of all pollutants, formaldehyde, acetaldehyde and benzene had higher risk of carcinogenicity whereas acetaldehyde imposed the greatest non-cancer-causing risks on health. (2)4-season monitoring of hazardous air pollutants targeting VOCs, carbonyl compounds, acidic gases and PAHs had been completed. 16 samples were collected, and 5 types of VOCs were tested with methanol having the highest concentration (23.9 ppbv), followed by 2-Butanone (5.1 ppbv), Acetone (4.5 ppbv) and Toluene (2.9 ppbv). 3 types of carbonyl compounds were tested with formaldehyde having the highest concentration (0.0275 ppmv), followed by acetaldehyde (0.0217 ppmv), but occurrences were not frequent. Test results of 7 types of acidic gases showed N.D. or exceeded MDL concentrations but below lowest concentration of calibration line, indicating ambient acidic gases concentration was low. 4 types of PAHs were measured with Naphthalene being the highest (65.4 ng/m3) followed by Phenanthrene (4.7 ng/m3), indicating emissions of PAHs in the atmosphere of the district were low. (3)Explained the reasons of air pollution levy on hazardous air pollutants in Yunlin County from 2011-2017. Among 13 VOCs, emissions of Toluene and Xylene topped the measurements. They also contributed most to the process emissions (738.4~1,070.9 tonne, 81.5~90.8 %). Confirmed the priority of regulating Benzene, Ethylene dichloride and chloroform after having taken into consideration of their impacts to human beings and in terms of carcinogenic emission volumes. Toluene should be listed as the top regulated substance since it contributed the greatest volume to the emissions of non-carcinogenic substances. (4)Regarding investigation into emissions of major hazardous air pollutants in manufacturing processes, 15 times of exhaust duct testing, targeting “PU Leather Manufacturing Process”, “Gravure Printing Process”, “Plastic Tape Manufacturing”, “Acrylonitrile-Butadiene- Styrene Compounds (ABS) Chemical Manufacturing Process”, “Styrene Manufacturing Process” and “Phthalic Anhydride Manufacturing Process”, had been conducted for calculating emission coefficients. Emission coefficients were compared with coefficients obtained from similar local and overseas manufacturing processes. Results showed the emission coefficients obtained from this Project were lower than local and overseas figures, with 78.5-100 % difference. (5)Based on the results of continuous monitoring of VOCs, relatively higher concentrations were obtained from industrial district. North location was being influenced by emissions from South East and South West directions while South location was being influenced by emissions from North West and North East directions. (6)Except Acrylic, monthly avera..."
Project Year
2017
Organizer
"Environmental Protection Bureau Yunlin County"
Executive Unit
"捷思環能股份有限公司"
Reporting download URL
Publish Date
20190707
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