Central TQC District to Focus on Pollution Reductionair2000
「Central TQC District to Focus on Pollution Reductionair2000」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420 ， 欄位標題的內容是Central TQC District to Focus on Pollution Reduction ， 欄位摘要的內容是The Central Air Quality District total quantity control pilot project is formally underway. In the first stage contracted organizations proposed 12 pollution reduction plans. One of these has initially selected 20 key stationary pollution sources for implementing pollution reduction measures. According to EPA plans, 2001 reduction targets are set at 28,062 tons for suspended particulate matter, 50,100 tons for SOX, and 21,300 tons for NOX. For 2006, reduction targets for these pollutants have been set at 37,718 tons, 72,580 tons, and 67,178 tons, respectively.
Amendments made in January this year to the Air Pollution Control Act provided a legal basis for total pollutant quantity control concepts. Subsequently, the EPA chose Taiwan’s Central Air Quality District as the location for a pilot project. Due to its high potential for further industrial development, this district provides many examples of how related measures can be implemented. On July 1 of this year, the pilot project was officially kicked-off, and the EPA chose through open bidding a private consulting firm to implement related activities.
According to EPA plans, the Central Air Quality District pilot project will proceed until December of 2002 and will be divided into three implementation phases. However, due to the heavy damages suffered in this region during the September 21 earthquake, the schedule for total quality control implementation will be adjusted to complement earthquake reconstruction efforts. Regardless, elements of the first implementation phase include best available control technology (BACT) measures and pollution reduction measures for existing sources. Plans submitted by the contracted organization have outlined the following elements of pollution reduction in the Central Air Quality District:
1. Coordinate EPA mobile pollution source controls and educational activities.
2. Promote pollution reduction measures and improvement tracking for 20 key stationary pollution sources with poor air emissions.
3. Review the efficiency of large-scale boilers and nitrogen oxide (NOX) and sulfur oxide (SOX) control equipment.
4. Promote Nantou and Chang-Hwa Counties implementation of the ban on 0.5% sulfur-content fuel and petrol products, and conduct random sampling.
5. Investigate and initiate discussion on volatile organic compound (VOC) emissions reductions for the building and surface-coating industries.
6. Promote classification and control of dirty streets and privatization of street cleaning operations.
7. Implement assessment of pollution control at 20 construction sites and provide relevant improvement assistance.
8. Promote reductions of commuting and transportation on the part of large-scale enterprises.
9. Coordinate remote sensing and monitoring of vehicle emissions and the tracking of improvements.
10. Promote and coordinate sampling analyses of vehicle fuels and industrial fuels.
11. Promote beautification/greenification of exposed areas surrounding monitoring stations, schoolyards, and factories.
12. Implement analyses of traffic flow and vehicle types on major roadways in the Central Air Quality District.
As part of the reduction measures focused on 20 key stationary pollution sources, primary targets will be large annual emitters of particulate pollutants, NOX, and SOX. Industry groups targeted will include power plants, paper manufacturers, steel producers, glass producers, gas-fired brick kilns, and asphalt mixing plants. Priority for selecting listed pollution sources will be based on proximity to monitoring stations. Follow ups will also continue to monitor progress on improvements made by key stationary pollution sources involved in the pollution reduction negotiations which took place last year. By considering the points mentioned above, the contracted organization has already initially identified 20 key factories to act as special implementation cases. Of these, the Taichung Thermal Power Plant has the highest portion of emissions – approximately 68%.
Another important factor is the use of best available control technology (BACT). Because pollution sources within a given industry can differ based on scale and production processes, it is necessary to consider related production, engineering and transportation costs. This plan, therefore, takes a five-step approach to deciding BACT criteria, including control technology confirmation, feasibility analyses of control technology, and ranking of control technology. By the end of 1999, these criteria should be completed, and measures are slated to take effect next year.
The EPA has indicated that, in addition to pollution reduction, a major goal of this project is to build up actual operational experience of total quantity control mechanisms. The next step will be to establish a national system of total quantity controls. By 2001, it is hoped that the following reduction targets can be met: particulate emissions by 28,062 tons, SOX emissions by 50,100 tons, and NOX emissions by 21,300 tons. Reduction targets in 2006 for these pollutants will be 37,718 tons, 72,580 tons, and 67,178 tons, respectively. ， 欄位全文的內容是The Central Air Quality District total quantity control pilot project is formally underway. In the first stage contracted organizations proposed 12 pollution reduction plans. One of these has initially selected 20 key stationary pollution sources for implementing pollution reduction measures. According to EPA plans, 2001 reduction targets are set at 28,062 tons for suspended particulate matter, 50,100 tons for SOX, and 21,300 tons for NOX. For 2006, reduction targets for these pollutants have been set at 37,718 tons, 72,580 tons, and 67,178 tons, respectively.
Amendments made in January this year to the Air Pollution Control Act provided a legal basis for total pollutant quantity control concepts. Subsequently, the EPA chose Taiwan’s Central Air Quality District as the location for a pilot project. Due to its high potential for further industrial development, this district provides many examples of how related measures can be implemented. On July 1 of this year, the pilot project was officially kicked-off, and the EPA chose through open bidding a private consulting firm to implement related activities.
According to EPA plans, the Central Air Quality District pilot project will proceed until December of 2002 and will be divided into three implementation phases. However, due to the heavy damages suffered in this region during the September 21 earthquake, the schedule for total quality control implementation will be adjusted to complement earthquake reconstruction efforts. Regardless, elements of the first implementation phase include best available control technology (BACT) measures and pollution reduction measures for existing sources. Plans submitted by the contracted organization have outlined the following elements of pollution reduction in the Central Air Quality District:
1. Coordinate EPA mobile pollution source controls and educational activities.
2. Promote pollution reduction measures and improvement tracking for 20 key stationary pollution sources with poor air emissions.
3. Review the efficiency of large-scale boilers and nitrogen oxide (NOX) and sulfur oxide (SOX) control equipment.
4. Promote Nantou and Chang-Hwa Counties implementation of the ban on 0.5% sulfur-content fuel and petrol products, and conduct random sampling.
5. Investigate and initiate discussion on volatile organic compound (VOC) emissions reductions for the building and surface-coating industries.
6. Promote classification and control of dirty streets and privatization of street cleaning operations.
7. Implement assessment of pollution control at 20 construction sites and provide relevant improvement assistance.
8. Promote reductions of commuting and transportation on the part of large-scale enterprises.
9. Coordinate remote sensing and monitoring of vehicle emissions and the tracking of improvements.
10. Promote and coordinate sampling analyses of vehicle fuels and industrial fuels.
11. Promote beautification/greenification of exposed areas surrounding monitoring stations, schoolyards, and factories.
12. Implement analyses of traffic flow and vehicle types on major roadways in the Central Air Quality District.
As part of the reduction measures focused on 20 key stationary pollution sources, primary targets will be large annual emitters of particulate pollutants, NOX, and SOX. Industry groups targeted will include power plants, paper manufacturers, steel producers, glass producers, gas-fired brick kilns, and asphalt mixing plants. Priority for selecting listed pollution sources will be based on proximity to monitoring stations. Follow ups will also continue to monitor progress on improvements made by key stationary pollution sources involved in the pollution reduction negotiations which took place last year. By considering the points mentioned above, the contracted organization has already initially identified 20 key factories to act as special implementation cases. Of these, the Taichung Thermal Power Plant has the highest portion of emissions – approximately 68%.
Another important factor is the use of best available control technology (BACT). Because pollution sources within a given industry can differ based on scale and production processes, it is necessary to consider related production, engineering and transportation costs. This plan, therefore, takes a five-step approach to deciding BACT criteria, including control technology confirmation, feasibility analyses of control technology, and ranking of control technology. By the end of 1999, these criteria should be completed, and measures are slated to take effect next year.
The EPA has indicated that, in addition to pollution reduction, a major goal of this project is to build up actual operational experience of total quantity control mechanisms. The next step will be to establish a national system of total quantity controls. By 2001, it is hoped that the following reduction targets can be met: particulate emissions by 28,062 tons, SOX emissions by 50,100 tons, and NOX emissions by 21,300 tons. Reduction targets in 2006 for these pollutants will be 37,718 tons, 72,580 tons, and 67,178 tons, respectively. ， 欄位年度的內容是2000 ， 欄位月份的內容是3 ， 欄位卷的內容是3 ， 欄位期的內容是4 ， 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Central TQC District to Focus on Pollution Reduction ， 欄位檔案位置的內容是print/V3/V3-04 。
編號
420
標題
Central TQC District to Focus on Pollution Reduction
摘要
The Central Air Quality District total quantity control pilot project is formally underway. In the first stage contracted organizations proposed 12 pollution reduction plans. One of these has initially selected 20 key stationary pollution sources for implementing pollution reduction measures. According to EPA plans, 2001 reduction targets are set at 28,062 tons for suspended particulate matter, 50,100 tons for SOX, and 21,300 tons for NOX. For 2006, reduction targets for these pollutants have been set at 37,718 tons, 72,580 tons, and 67,178 tons, respectively. Amendments made in January this year to the Air Pollution Control Act provided a legal basis for total pollutant quantity control concepts. Subsequently, the EPA chose Taiwan’s Central Air Quality District as the location for a pilot project. Due to its high potential for further industrial development, this district provides many examples of how related measures can be implemented. On July 1 of this year, the pilot project was officially kicked-off, and the EPA chose through open bidding a private consulting firm to implement related activities. According to EPA plans, the Central Air Quality District pilot project will proceed until December of 2002 and will be divided into three implementation phases. However, due to the heavy damages suffered in this region during the September 21 earthquake, the schedule for total quality control implementation will be adjusted to complement earthquake reconstruction efforts. Regardless, elements of the first implementation phase include best available control technology (BACT) measures and pollution reduction measures for existing sources. Plans submitted by the contracted organization have outlined the following elements of pollution reduction in the Central Air Quality District: 1. Coordinate EPA mobile pollution source controls and educational activities. 2. Promote pollution reduction measures and improvement tracking for 20 key stationary pollution sources with poor air emissions. 3. Review the efficiency of large-scale boilers and nitrogen oxide (NOX) and sulfur oxide (SOX) control equipment. 4. Promote Nantou and Chang-Hwa Counties implementation of the ban on 0.5% sulfur-content fuel and petrol products, and conduct random sampling. 5. Investigate and initiate discussion on volatile organic compound (VOC) emissions reductions for the building and surface-coating industries. 6. Promote classification and control of dirty streets and privatization of street cleaning operations. 7. Implement assessment of pollution control at 20 construction sites and provide relevant improvement assistance. 8. Promote reductions of commuting and transportation on the part of large-scale enterprises. 9. Coordinate remote sensing and monitoring of vehicle emissions and the tracking of improvements. 10. Promote and coordinate sampling analyses of vehicle fuels and industrial fuels. 11. Promote beautification/greenification of exposed areas surrounding monitoring stations, schoolyards, and factories. 12. Implement analyses of traffic flow and vehicle types on major roadways in the Central Air Quality District. As part of the reduction measures focused on 20 key stationary pollution sources, primary targets will be large annual emitters of particulate pollutants, NOX, and SOX. Industry groups targeted will include power plants, paper manufacturers, steel producers, glass producers, gas-fired brick kilns, and asphalt mixing plants. Priority for selecting listed pollution sources will be based on proximity to monitoring stations. Follow ups will also continue to monitor progress on improvements made by key stationary pollution sources involved in the pollution reduction negotiations which took place last year. By considering the points mentioned above, the contracted organization has already initially identified 20 key factories to act as special implementation cases. Of these, the Taichung Thermal Power Plant has the highest portion of emissions – approximately 68%. Another important factor is the use of best available control technology (BACT). Because pollution sources within a given industry can differ based on scale and production processes, it is necessary to consider related production, engineering and transportation costs. This plan, therefore, takes a five-step approach to deciding BACT criteria, including control technology confirmation, feasibility analyses of control technology, and ranking of control technology. By the end of 1999, these criteria should be completed, and measures are slated to take effect next year. The EPA has indicated that, in addition to pollution reduction, a major goal of this project is to build up actual operational experience of total quantity control mechanisms. The next step will be to establish a national system of total quantity controls. By 2001, it is hoped that the following reduction targets can be met: particulate emissions by 28,062 tons, SOX emissions by 50,100 tons, and NOX emissions by 21,300 tons. Reduction targets in 2006 for these pollutants will be 37,718 tons, 72,580 tons, and 67,178 tons, respectively.
全文
The Central Air Quality District total quantity control pilot project is formally underway. In the first stage contracted organizations proposed 12 pollution reduction plans. One of these has initially selected 20 key stationary pollution sources for implementing pollution reduction measures. According to EPA plans, 2001 reduction targets are set at 28,062 tons for suspended particulate matter, 50,100 tons for SOX, and 21,300 tons for NOX. For 2006, reduction targets for these pollutants have been set at 37,718 tons, 72,580 tons, and 67,178 tons, respectively. Amendments made in January this year to the Air Pollution Control Act provided a legal basis for total pollutant quantity control concepts. Subsequently, the EPA chose Taiwan’s Central Air Quality District as the location for a pilot project. Due to its high potential for further industrial development, this district provides many examples of how related measures can be implemented. On July 1 of this year, the pilot project was officially kicked-off, and the EPA chose through open bidding a private consulting firm to implement related activities. According to EPA plans, the Central Air Quality District pilot project will proceed until December of 2002 and will be divided into three implementation phases. However, due to the heavy damages suffered in this region during the September 21 earthquake, the schedule for total quality control implementation will be adjusted to complement earthquake reconstruction efforts. Regardless, elements of the first implementation phase include best available control technology (BACT) measures and pollution reduction measures for existing sources. Plans submitted by the contracted organization have outlined the following elements of pollution reduction in the Central Air Quality District: 1. Coordinate EPA mobile pollution source controls and educational activities. 2. Promote pollution reduction measures and improvement tracking for 20 key stationary pollution sources with poor air emissions. 3. Review the efficiency of large-scale boilers and nitrogen oxide (NOX) and sulfur oxide (SOX) control equipment. 4. Promote Nantou and Chang-Hwa Counties implementation of the ban on 0.5% sulfur-content fuel and petrol products, and conduct random sampling. 5. Investigate and initiate discussion on volatile organic compound (VOC) emissions reductions for the building and surface-coating industries. 6. Promote classification and control of dirty streets and privatization of street cleaning operations. 7. Implement assessment of pollution control at 20 construction sites and provide relevant improvement assistance. 8. Promote reductions of commuting and transportation on the part of large-scale enterprises. 9. Coordinate remote sensing and monitoring of vehicle emissions and the tracking of improvements. 10. Promote and coordinate sampling analyses of vehicle fuels and industrial fuels. 11. Promote beautification/greenification of exposed areas surrounding monitoring stations, schoolyards, and factories. 12. Implement analyses of traffic flow and vehicle types on major roadways in the Central Air Quality District. As part of the reduction measures focused on 20 key stationary pollution sources, primary targets will be large annual emitters of particulate pollutants, NOX, and SOX. Industry groups targeted will include power plants, paper manufacturers, steel producers, glass producers, gas-fired brick kilns, and asphalt mixing plants. Priority for selecting listed pollution sources will be based on proximity to monitoring stations. Follow ups will also continue to monitor progress on improvements made by key stationary pollution sources involved in the pollution reduction negotiations which took place last year. By considering the points mentioned above, the contracted organization has already initially identified 20 key factories to act as special implementation cases. Of these, the Taichung Thermal Power Plant has the highest portion of emissions – approximately 68%. Another important factor is the use of best available control technology (BACT). Because pollution sources within a given industry can differ based on scale and production processes, it is necessary to consider related production, engineering and transportation costs. This plan, therefore, takes a five-step approach to deciding BACT criteria, including control technology confirmation, feasibility analyses of control technology, and ranking of control technology. By the end of 1999, these criteria should be completed, and measures are slated to take effect next year. The EPA has indicated that, in addition to pollution reduction, a major goal of this project is to build up actual operational experience of total quantity control mechanisms. The next step will be to establish a national system of total quantity controls. By 2001, it is hoped that the following reduction targets can be met: particulate emissions by 28,062 tons, SOX emissions by 50,100 tons, and NOX emissions by 21,300 tons. Reduction targets in 2006 for these pollutants will be 37,718 tons, 72,580 tons, and 67,178 tons, respectively.
年度
2000
月份
3
卷
3
期
4
順序
1
倒序
2
分類
air
標題2
Central TQC District to Focus on Pollution Reduction
檔案位置
print/V3/V3-04
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不定期更新更新,42程先生 | 02-2311-7722#2833 | 2023-08-09 01:04:06
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不定期更新更新,46許先生 | 02-2311-7722#2831 | 2022-01-18 01:24:46
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每2年更新,709劉小姐 | 02-23117722#6111 | 2023-07-30 01:04:45
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不定期更新更新,215郭先生 | 02-2311-7722 EXT.2399 | 2022-01-15 01:13:52
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每1時更新,122陳先生 | 02-2311-7722#2386 | 2023-08-02 00:57:59
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每年更新更新,42郭小姐 | 02-2311-7722#2164 | 2022-01-15 01:09:42
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不定期更新更新,33程先生 | 02-2311-7722#2833 | 2023-08-09 01:04:09
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不定期更新更新,106王先生 | 02-23712121#6401 | 2022-01-14 01:18:45
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不定期更新,48黃先生 | 02-2311-7722#2839 | 2022-01-14 01:22:19
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每1月更新,127顏先生 | 02-23117722#2109 | 2023-07-27 01:01:15
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不定期更新更新,110謝小姐 | 02-23117722#2386 | 2022-01-14 01:23:17
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3天更新,108謝小姐 | 02-2311-7722#2386 | 2022-01-14 01:00:18
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不定期更新更新,36郭先生 | 02-2311-7722#2829 | 2023-08-09 01:04:16
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每季更新更新,39李小姐 | 02-23117722#2724 | 2022-01-15 01:10:50
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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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不定期更新更新,58程先生 | 02-2311-7722#2833 | 2023-08-09 01:04:05
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