Regulations Drafted for Air Quality Simulation Modelsair2002
「Regulations Drafted for Air Quality Simulation Modelsair2002」於資料集「Environmental Policy Monthly」由單位「行政院環境保護署」的楊先生所提供，聯繫電話是(02)23117722#2217,(02)23117722#2216，最近更新時間為：2022-01-15 01:13:03。 欄位編號的內容是959 ， 欄位標題的內容是Regulations Drafted for Air Quality Simulation Models ， 欄位摘要的內容是The EPA has completed its draft of regulations for air quality simulation models. These regulations require operators based on emissions volumes and types of pollutants, to conduct air quality simulations using either Gaussian dispersion, trajectory, or grid modeling when installing new stationary pollution sources or modifying existing ones. Data generated from these simulations will be used as a basis for reviewing permit applications.
Articles 6 and 8 of the Air Pollution Control Act require operators to conduct air quality simulations when installing new stationary pollution sources or modifying existing ones whose emissions volumes are expected to exceed specified levels and that are located in Class II or Class III air quality control regions or total quantity control (TQC) zones that meet air quality standards. These simulations will forecast the effects of air pollution emissions on these areas and neighboring areas and will be used by competent authorities as a basis for reviewing installation and operation permit applications for stationary pollution sources.
In order to implement these regulations, the EPA has drafted the Criteria for Air Quality Simulation Models (空氣品質模式模擬規範). This draft designates three models for predicting the dispersion of air pollution: the Gaussian dispersion model, trajectory model, and grid model. The conditions under which these air quality simulations must be conducted are listed below.
1. Operators required to conduct simulations using either the Gaussian dispersion model, trajectory model, or grid model must simulate PM10 increase rates when their annual particulate matter (PM) emissions reach 15 metric tons, must simulate SO2 increase rates when annual SOX emissions reach 60 metric tons, and must simulate NO2 increase rates when annual NOX emissions reach 40 metric tons.
2. Operators required to use either the trajectory model or grid model must model ozone increase rates when combined annual NOX and VOC emissions fall between 500 metric tons and 2000 metric tons. These operators are also required to conduct modeling of secondary aerosol increase rates when their combined annual emissions of NOX, PM, and SOX fall between 500 metric tons and 2000 metric tons.
3. Operators required to use the grid model must simulate ozone increase rates when their combined annual NOX and VOC emissions exceed 2000 metric tons and must model secondary aerosol increase rates when combined annual emissions of NOX, PM, and SOX surpass 2000 metric tons.
Those operators located on Taiwan’s offshore islands, including Penghu, Kinmen and Matsu, are not required under this draft to conduct air quality simulations because meteorological data for these areas is inadequate. The competent authorities will review permit applications from these operators on a case-by-case basis. However, the draft stipulates that operators in all other areas of Taiwan that meet the above conditions must conduct air quality modeling when installing new stationary pollution sources or modifying existing ones. Permits will only be issued to operators whose simulations show that the increase in pollution concentrations resulting from their facilities does not exceed air pollution increase limits.
To accompany these simulation regulations, the EPA has also formulated its draft of Air Pollution Increase Limits (空氣污染物增量限值) in line with regulations under Articles 6 and 8 of the Air Pollution Control Act. This draft stipulates that the simulated concentration of each type of pollutant must fall within maximum allowable increase limits at each receptor point within the simulation area.
For more information, please call 02-2311-7722 ext. 2799.
Air Pollution Increase Limits for Stationary Pollution Sources (Draft)
Pollutant
Class I control regions
Class II control regions and TQC zones that meet air quality standards
Class III control regions
Special Notes
PM10 (ug/m3)
Annual average
1
0.5(Cs-Cb)
3
1. Class III control region increase limits will be applied to Class II control regions and TQC zones that meet air quality standards when the limits of these latter two are lower than the Class III control region limits.
2. The competent authority will set increase limits following case-by-case reviews for development projects that are required to complete EIA.
Maximum daily average
3
1.0(Cs-Cb)
6
SO2 (ppb)
Annual average
1
0.5(Cs-Cb)
3
Maximum daily average
3
1.7(Cs-Cb)
10
Maximum hourly average
8
4.2(Cs-Cb)
25
NO2 (ppb)
Annual average
2
0.5(Cs-Cb)
5
Maximum hourly average
8
2.5(Cs-Cb)
25
Ozone
To undergo case-by-case reviews by competent authorities
Secondary aerosol
To undergo case-by-case reviews by competent authorities
Notes:
Cs denotes the annual average for each pollutant as stipulated in air quality standards.
Cb denotes the background air quality value. ， 欄位全文的內容是The EPA has completed its draft of regulations for air quality simulation models. These regulations require operators based on emissions volumes and types of pollutants, to conduct air quality simulations using either Gaussian dispersion, trajectory, or grid modeling when installing new stationary pollution sources or modifying existing ones. Data generated from these simulations will be used as a basis for reviewing permit applications.
Articles 6 and 8 of the Air Pollution Control Act require operators to conduct air quality simulations when installing new stationary pollution sources or modifying existing ones whose emissions volumes are expected to exceed specified levels and that are located in Class II or Class III air quality control regions or total quantity control (TQC) zones that meet air quality standards. These simulations will forecast the effects of air pollution emissions on these areas and neighboring areas and will be used by competent authorities as a basis for reviewing installation and operation permit applications for stationary pollution sources.
In order to implement these regulations, the EPA has drafted the Criteria for Air Quality Simulation Models (空氣品質模式模擬規範). This draft designates three models for predicting the dispersion of air pollution: the Gaussian dispersion model, trajectory model, and grid model. The conditions under which these air quality simulations must be conducted are listed below.
1. Operators required to conduct simulations using either the Gaussian dispersion model, trajectory model, or grid model must simulate PM10 increase rates when their annual particulate matter (PM) emissions reach 15 metric tons, must simulate SO2 increase rates when annual SOX emissions reach 60 metric tons, and must simulate NO2 increase rates when annual NOX emissions reach 40 metric tons.
2. Operators required to use either the trajectory model or grid model must model ozone increase rates when combined annual NOX and VOC emissions fall between 500 metric tons and 2000 metric tons. These operators are also required to conduct modeling of secondary aerosol increase rates when their combined annual emissions of NOX, PM, and SOX fall between 500 metric tons and 2000 metric tons.
3. Operators required to use the grid model must simulate ozone increase rates when their combined annual NOX and VOC emissions exceed 2000 metric tons and must model secondary aerosol increase rates when combined annual emissions of NOX, PM, and SOX surpass 2000 metric tons.
Those operators located on Taiwan’s offshore islands, including Penghu, Kinmen and Matsu, are not required under this draft to conduct air quality simulations because meteorological data for these areas is inadequate. The competent authorities will review permit applications from these operators on a case-by-case basis. However, the draft stipulates that operators in all other areas of Taiwan that meet the above conditions must conduct air quality modeling when installing new stationary pollution sources or modifying existing ones. Permits will only be issued to operators whose simulations show that the increase in pollution concentrations resulting from their facilities does not exceed air pollution increase limits.
To accompany these simulation regulations, the EPA has also formulated its draft of Air Pollution Increase Limits (空氣污染物增量限值) in line with regulations under Articles 6 and 8 of the Air Pollution Control Act. This draft stipulates that the simulated concentration of each type of pollutant must fall within maximum allowable increase limits at each receptor point within the simulation area.
For more information, please call 02-2311-7722 ext. 2799.
Air Pollution Increase Limits for Stationary Pollution Sources (Draft)
Pollutant
Class I control regions
Class II control regions and TQC zones that meet air quality standards
Class III control regions
Special Notes
PM10 (ug/m3)
Annual average
1
0.5(Cs-Cb)
3
1. Class III control region increase limits will be applied to Class II control regions and TQC zones that meet air quality standards when the limits of these latter two are lower than the Class III control region limits.
2. The competent authority will set increase limits following case-by-case reviews for development projects that are required to complete EIA.
Maximum daily average
3
1.0(Cs-Cb)
6
SO2 (ppb)
Annual average
1
0.5(Cs-Cb)
3
Maximum daily average
3
1.7(Cs-Cb)
10
Maximum hourly average
8
4.2(Cs-Cb)
25
NO2 (ppb)
Annual average
2
0.5(Cs-Cb)
5
Maximum hourly average
8
2.5(Cs-Cb)
25
Ozone
To undergo case-by-case reviews by competent authorities
Secondary aerosol
To undergo case-by-case reviews by competent authorities
Notes:
Cs denotes the annual average for each pollutant as stipulated in air quality standards.
Cb denotes the background air quality value. ， 欄位年度的內容是2002 ， 欄位月份的內容是5 ， 欄位卷的內容是5 ， 欄位期的內容是6 ， 欄位順序的內容是1 ， 欄位倒序的內容是2 ， 欄位分類的內容是air ， 欄位標題2的內容是Regulations Drafted for Air Quality Simulation Models ， 欄位檔案位置的內容是print/V5/V5-06 。
編號
959
標題
Regulations Drafted for Air Quality Simulation Models
摘要
The EPA has completed its draft of regulations for air quality simulation models. These regulations require operators based on emissions volumes and types of pollutants, to conduct air quality simulations using either Gaussian dispersion, trajectory, or grid modeling when installing new stationary pollution sources or modifying existing ones. Data generated from these simulations will be used as a basis for reviewing permit applications. Articles 6 and 8 of the Air Pollution Control Act require operators to conduct air quality simulations when installing new stationary pollution sources or modifying existing ones whose emissions volumes are expected to exceed specified levels and that are located in Class II or Class III air quality control regions or total quantity control (TQC) zones that meet air quality standards. These simulations will forecast the effects of air pollution emissions on these areas and neighboring areas and will be used by competent authorities as a basis for reviewing installation and operation permit applications for stationary pollution sources. In order to implement these regulations, the EPA has drafted the Criteria for Air Quality Simulation Models (空氣品質模式模擬規範). This draft designates three models for predicting the dispersion of air pollution: the Gaussian dispersion model, trajectory model, and grid model. The conditions under which these air quality simulations must be conducted are listed below. 1. Operators required to conduct simulations using either the Gaussian dispersion model, trajectory model, or grid model must simulate PM10 increase rates when their annual particulate matter (PM) emissions reach 15 metric tons, must simulate SO2 increase rates when annual SOX emissions reach 60 metric tons, and must simulate NO2 increase rates when annual NOX emissions reach 40 metric tons. 2. Operators required to use either the trajectory model or grid model must model ozone increase rates when combined annual NOX and VOC emissions fall between 500 metric tons and 2000 metric tons. These operators are also required to conduct modeling of secondary aerosol increase rates when their combined annual emissions of NOX, PM, and SOX fall between 500 metric tons and 2000 metric tons. 3. Operators required to use the grid model must simulate ozone increase rates when their combined annual NOX and VOC emissions exceed 2000 metric tons and must model secondary aerosol increase rates when combined annual emissions of NOX, PM, and SOX surpass 2000 metric tons. Those operators located on Taiwan’s offshore islands, including Penghu, Kinmen and Matsu, are not required under this draft to conduct air quality simulations because meteorological data for these areas is inadequate. The competent authorities will review permit applications from these operators on a case-by-case basis. However, the draft stipulates that operators in all other areas of Taiwan that meet the above conditions must conduct air quality modeling when installing new stationary pollution sources or modifying existing ones. Permits will only be issued to operators whose simulations show that the increase in pollution concentrations resulting from their facilities does not exceed air pollution increase limits. To accompany these simulation regulations, the EPA has also formulated its draft of Air Pollution Increase Limits (空氣污染物增量限值) in line with regulations under Articles 6 and 8 of the Air Pollution Control Act. This draft stipulates that the simulated concentration of each type of pollutant must fall within maximum allowable increase limits at each receptor point within the simulation area. For more information, please call 02-2311-7722 ext. 2799. Air Pollution Increase Limits for Stationary Pollution Sources (Draft) Pollutant Class I control regions Class II control regions and TQC zones that meet air quality standards Class III control regions Special Notes PM10 (ug/m3) Annual average 1 0.5(Cs-Cb) 3 1. Class III control region increase limits will be applied to Class II control regions and TQC zones that meet air quality standards when the limits of these latter two are lower than the Class III control region limits. 2. The competent authority will set increase limits following case-by-case reviews for development projects that are required to complete EIA. Maximum daily average 3 1.0(Cs-Cb) 6 SO2 (ppb) Annual average 1 0.5(Cs-Cb) 3 Maximum daily average 3 1.7(Cs-Cb) 10 Maximum hourly average 8 4.2(Cs-Cb) 25 NO2 (ppb) Annual average 2 0.5(Cs-Cb) 5 Maximum hourly average 8 2.5(Cs-Cb) 25 Ozone To undergo case-by-case reviews by competent authorities Secondary aerosol To undergo case-by-case reviews by competent authorities Notes: Cs denotes the annual average for each pollutant as stipulated in air quality standards. Cb denotes the background air quality value.
全文
The EPA has completed its draft of regulations for air quality simulation models. These regulations require operators based on emissions volumes and types of pollutants, to conduct air quality simulations using either Gaussian dispersion, trajectory, or grid modeling when installing new stationary pollution sources or modifying existing ones. Data generated from these simulations will be used as a basis for reviewing permit applications. Articles 6 and 8 of the Air Pollution Control Act require operators to conduct air quality simulations when installing new stationary pollution sources or modifying existing ones whose emissions volumes are expected to exceed specified levels and that are located in Class II or Class III air quality control regions or total quantity control (TQC) zones that meet air quality standards. These simulations will forecast the effects of air pollution emissions on these areas and neighboring areas and will be used by competent authorities as a basis for reviewing installation and operation permit applications for stationary pollution sources. In order to implement these regulations, the EPA has drafted the Criteria for Air Quality Simulation Models (空氣品質模式模擬規範). This draft designates three models for predicting the dispersion of air pollution: the Gaussian dispersion model, trajectory model, and grid model. The conditions under which these air quality simulations must be conducted are listed below. 1. Operators required to conduct simulations using either the Gaussian dispersion model, trajectory model, or grid model must simulate PM10 increase rates when their annual particulate matter (PM) emissions reach 15 metric tons, must simulate SO2 increase rates when annual SOX emissions reach 60 metric tons, and must simulate NO2 increase rates when annual NOX emissions reach 40 metric tons. 2. Operators required to use either the trajectory model or grid model must model ozone increase rates when combined annual NOX and VOC emissions fall between 500 metric tons and 2000 metric tons. These operators are also required to conduct modeling of secondary aerosol increase rates when their combined annual emissions of NOX, PM, and SOX fall between 500 metric tons and 2000 metric tons. 3. Operators required to use the grid model must simulate ozone increase rates when their combined annual NOX and VOC emissions exceed 2000 metric tons and must model secondary aerosol increase rates when combined annual emissions of NOX, PM, and SOX surpass 2000 metric tons. Those operators located on Taiwan’s offshore islands, including Penghu, Kinmen and Matsu, are not required under this draft to conduct air quality simulations because meteorological data for these areas is inadequate. The competent authorities will review permit applications from these operators on a case-by-case basis. However, the draft stipulates that operators in all other areas of Taiwan that meet the above conditions must conduct air quality modeling when installing new stationary pollution sources or modifying existing ones. Permits will only be issued to operators whose simulations show that the increase in pollution concentrations resulting from their facilities does not exceed air pollution increase limits. To accompany these simulation regulations, the EPA has also formulated its draft of Air Pollution Increase Limits (空氣污染物增量限值) in line with regulations under Articles 6 and 8 of the Air Pollution Control Act. This draft stipulates that the simulated concentration of each type of pollutant must fall within maximum allowable increase limits at each receptor point within the simulation area. For more information, please call 02-2311-7722 ext. 2799. Air Pollution Increase Limits for Stationary Pollution Sources (Draft) Pollutant Class I control regions Class II control regions and TQC zones that meet air quality standards Class III control regions Special Notes PM10 (ug/m3) Annual average 1 0.5(Cs-Cb) 3 1. Class III control region increase limits will be applied to Class II control regions and TQC zones that meet air quality standards when the limits of these latter two are lower than the Class III control region limits. 2. The competent authority will set increase limits following case-by-case reviews for development projects that are required to complete EIA. Maximum daily average 3 1.0(Cs-Cb) 6 SO2 (ppb) Annual average 1 0.5(Cs-Cb) 3 Maximum daily average 3 1.7(Cs-Cb) 10 Maximum hourly average 8 4.2(Cs-Cb) 25 NO2 (ppb) Annual average 2 0.5(Cs-Cb) 5 Maximum hourly average 8 2.5(Cs-Cb) 25 Ozone To undergo case-by-case reviews by competent authorities Secondary aerosol To undergo case-by-case reviews by competent authorities Notes: Cs denotes the annual average for each pollutant as stipulated in air quality standards. Cb denotes the background air quality value.
年度
2002
月份
5
卷
5
期
6
順序
1
倒序
2
分類
air
標題2
Regulations Drafted for Air Quality Simulation Models
檔案位置
print/V5/V5-06
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每1時更新,454陳先生 | 02-2311-7722#2386 | 2023-08-02 00:57:50
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每1日更新,110林先生 | 02-23117722#2926 | 2023-07-28 00:59:57
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不定期更新更新,38沈小姐 | 02-23491031 | 2022-01-14 01:22:59
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每6月更新,145許先生 | 02-23257399#55328 | 2023-07-27 01:03:31
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每1日更新,102陳先生 | 02-2311-7722#2386 | 2023-08-02 00:58:32
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每1時更新,138陳先生 | 02-2311-7722#2386 | 2023-08-02 00:58:44
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每年更新更新,82謝小姐 | 02-23117722#2103 | 2022-01-14 01:22:30
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不定期更新更新,47薛先生 | 02-2325-7399#55413 | 2023-07-27 01:02:55
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