The project of emission investigation and health risk access of
「The project of emission investigation and health risk access of 」於資料集「EPQSummary_ChemicalSubstanceManagement」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 01:01:48。 欄位Project Title的內容是The project of emission investigation and health risk access of air toxic pollutants (Dioxins and he ， 欄位Project Subject的內容是(The project of emission investigation and health risk access of air toxic pollutants (Dioxins and heavy metals) from the stationary sources.)
The scope of work for this project includes: 1) emission inventory establishment and update; 2) monitoring for stationary emission and the ambient environment; 3) reviewing the control strategy and risk assessment; 4) providing the technique and administrative assistance for the EPA.
The total dioxin emission quantity in Taiwan area is estimated to be 23.8~210.7 g I-TEQ/year in 2008 with an average value as 58.9 g I-TEQ/year. While in 2009, the total dioxin emission quantity is 23.1~237.1 g I-TEQ/year with an average value as 52.8 g I-TEQ/year. The major pollution sources include the electric arc furnaces and sinter plants. As for the heavy metal parts, the total emission quantity for lead is 10.14 metric tons/year, cadmium is 1.01 metric tons/year, mercury is 1.37 metric tons/year and arsenic is 4.03 metric tons/year in 2008. The major emission sources include the waste incinerators, coal electric utilities and cement kiln.
For heavy metal emission, this study investigates industries such as: coal-burning boilers, high technic industry, waste battery, waste tubes recycle plant as well as steel electrical furnace. . Based on the investigation data, the emission concentration of the coal-burning boilers is close to recent annual concentration. Lead and mercury were recovered by waste battery and tube recycle plants, and both emission concentrations imply with current emission standards. This shows the pollution control facilities can reduce emission quantity effectively.
For dioxin and heavy metal emission from agricultural waste open burning, this study executes experiments on bell apple, sweetsop, guava, to obtain relevant emission coefficient and included in the emission inventory for agricultural waste open burning.
For the ambient dioxin monitoring, this year is target on general monitoring station, traffic monitoring station and areas around major pollution sources. The monitoring frequency is once every season, in addition, dioxin-like PCB is included for analysis. The concentration resulted from seasonal monitoring range from 0.006 pg WHO2005-TEQ/m3 ~ 0.547 pg WHO2005-TEQ/m3, the monitoring results are fluctuated significantly with seasonal changes. The highest concentration monitored is at the area of one major pollution sources, the Quan-Hsin Industrial Area at Changhua County, which is 0.324 pg WHO2005-TEQ/m3and 0.547 pg WHO2005-TEQ/m3 on January and May 2010, respectively. All other monitoring results are lower than the Japan’s ambient air dioxin standard (0.6 pg WHO2005-TEQ/m3).
For the ambient heavy metal monitoring, this year is target on general monitoring station and traffic monitoring station. The monitoring results show ambient concentrations of Lead, Arsenic, Cadmium and Nickel are all below Euro’s ambient air quality standard, no matter it was measured at general or traffic monitoring stations. While concentrations of Arsenic, Cadmium, Nickel and Lead measured at Chiahsin Primary School at Chiayi County and Nanzi area at Kaohsiung are higher than data from other stations. This is as the result of higher PM10 concentration.
This study purpose the following actions based on planning and reviewing of current emission control strategy and results of risk assessment. For air emission standard of stationary pollution sources, this study suggests to revise the control standard of Lead to 1.0 mg/Nm3 and Cadmium to 0.02 mg/Nm3.
This study carries out multi-medium risk assessment in Central Area, where with most of the dioxin emission sources. The results show the cancer risk value for all the cities and counties are below one in one million. Among them, the cancer risk value of Changhua County is 1.05×10-7, which is slightly higher than others. Taichung Coun... ， 欄位Project Year的內容是2009 ， 欄位Organizer的內容是Department of Air Quality Protection ＆amp; Noise Control ， 欄位Executive Unit的內容是中興工程顧問股份有限公司 ， 欄位Reporting download URL的內容是https://epq.epa.gov.tw ， 欄位Publish Date的內容是20110101 。
Project Title
The project of emission investigation and health risk access of air toxic pollutants (Dioxins and he
Project Subject
(The project of emission investigation and health risk access of air toxic pollutants (Dioxins and heavy metals) from the stationary sources.) The scope of work for this project includes: 1) emission inventory establishment and update; 2) monitoring for stationary emission and the ambient environment; 3) reviewing the control strategy and risk assessment; 4) providing the technique and administrative assistance for the EPA. The total dioxin emission quantity in Taiwan area is estimated to be 23.8~210.7 g I-TEQ/year in 2008 with an average value as 58.9 g I-TEQ/year. While in 2009, the total dioxin emission quantity is 23.1~237.1 g I-TEQ/year with an average value as 52.8 g I-TEQ/year. The major pollution sources include the electric arc furnaces and sinter plants. As for the heavy metal parts, the total emission quantity for lead is 10.14 metric tons/year, cadmium is 1.01 metric tons/year, mercury is 1.37 metric tons/year and arsenic is 4.03 metric tons/year in 2008. The major emission sources include the waste incinerators, coal electric utilities and cement kiln. For heavy metal emission, this study investigates industries such as: coal-burning boilers, high technic industry, waste battery, waste tubes recycle plant as well as steel electrical furnace. . Based on the investigation data, the emission concentration of the coal-burning boilers is close to recent annual concentration. Lead and mercury were recovered by waste battery and tube recycle plants, and both emission concentrations imply with current emission standards. This shows the pollution control facilities can reduce emission quantity effectively. For dioxin and heavy metal emission from agricultural waste open burning, this study executes experiments on bell apple, sweetsop, guava, to obtain relevant emission coefficient and included in the emission inventory for agricultural waste open burning. For the ambient dioxin monitoring, this year is target on general monitoring station, traffic monitoring station and areas around major pollution sources. The monitoring frequency is once every season, in addition, dioxin-like PCB is included for analysis. The concentration resulted from seasonal monitoring range from 0.006 pg WHO2005-TEQ/m3 ~ 0.547 pg WHO2005-TEQ/m3, the monitoring results are fluctuated significantly with seasonal changes. The highest concentration monitored is at the area of one major pollution sources, the Quan-Hsin Industrial Area at Changhua County, which is 0.324 pg WHO2005-TEQ/m3and 0.547 pg WHO2005-TEQ/m3 on January and May 2010, respectively. All other monitoring results are lower than the Japan’s ambient air dioxin standard (0.6 pg WHO2005-TEQ/m3). For the ambient heavy metal monitoring, this year is target on general monitoring station and traffic monitoring station. The monitoring results show ambient concentrations of Lead, Arsenic, Cadmium and Nickel are all below Euro’s ambient air quality standard, no matter it was measured at general or traffic monitoring stations. While concentrations of Arsenic, Cadmium, Nickel and Lead measured at Chiahsin Primary School at Chiayi County and Nanzi area at Kaohsiung are higher than data from other stations. This is as the result of higher PM10 concentration. This study purpose the following actions based on planning and reviewing of current emission control strategy and results of risk assessment. For air emission standard of stationary pollution sources, this study suggests to revise the control standard of Lead to 1.0 mg/Nm3 and Cadmium to 0.02 mg/Nm3. This study carries out multi-medium risk assessment in Central Area, where with most of the dioxin emission sources. The results show the cancer risk value for all the cities and counties are below one in one million. Among them, the cancer risk value of Changhua County is 1.05×10-7, which is slightly higher than others. Taichung Coun...
Project Year
2009
Organizer
Department of Air Quality Protection ＆amp; Noise Control
Executive Unit
中興工程顧問股份有限公司
Reporting download URL
Publish Date
20110101
「The project of emission investigation and health risk access of 」所屬的資料集：「EPQSummary_ChemicalSubstanceManagement」的其他資料
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