EPA Research Shows that Planting Certain Trees near Industrial P
「EPA Research Shows that Planting Certain Trees near Industrial P」於資料集「MajorEnvironmentalPolicies」由單位「行政院環境保護署」的陳小姐所提供，聯繫電話是(02)23117722#2753,(02)23117722#2756，最近更新時間為：2023-07-30 01:03:45。 欄位編號的內容是3048 ， 欄位標題的內容是EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality ， 欄位摘要的內容是Air quality
EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality
The EPA has been working with research organizations to select suitable species of trees that are able to improve air quality near industrial parks. An on-site survey of species presently growing at the boundaries and along main roads in industrial parks with concentrations of petroleum and steel industrial operations was conducted to select the species that displayed superior health. Additional evidence was also gathered from laboratory experiments that compared the ability of various species to purify polluted air. The EPA now has a list of species that have been proven to remove pollutants from the air in petroleum and steel industrial parks.
The species most suitable for planting near petroleum industry zones include Taiwan zelkova Chinese pistache, poonga oil tree, lobular terminalia, lemon eucaplyptus, Norfolk Island pine, bishopwood, Chinese tamarix, silvery messerschmidia, and India laurel fig. The species most suitable for planting near steel industry zones include eucalyptus urophylla, Chinese tamarix, date palm, silvery messerschmidia, Norfolk Island pine, and India laurel fig. The EPA is now recommending industrial park operators who wish to green their parks, and developers conducting environmental impact assessments, to plant the above species in green belts or wherever else greening is required. The EPA will soon be publishing relevant information on its Web site for viewing by the public.
The petroleum and steel industries have traditionally always been highly polluting and highly energy consumptive, as their manufacturing processes unavoidably produce air pollutants. The main pollutants produced by the petroleum industry are VOCs. For the steel industry there are three main pollutant categories according to the manufacturing process involved: Sox, Nox, hydrogen fluoride, and suspended fine particulate matter in smelting plants; particulate matter and dioxins from electric arc furnaces; and factories that reuse fly ash. Environmental agencies and industrial enterprises have been doing a fine job of reducing emissions through tightening emission standards and other measures but some air pollutants are still finding their way into the atmosphere, which is why planting trees that can naturally purify the air and beautify the environment is a sound strategy.
To assess the health of trees that have been planted near industrial parks, the EPA has drawn up a 1~5 scale based upon the proportion of each tree that show signs of disease, leaf loss, yellowing, browning, withering, or browning of leaves, with a higher score indicating a healthier tree. A recent survey by the EPA discovered that trees planted close to the aforementioned Category 2 industrial parks all had a health index in the 2 to 4 range, indicating that there is a need for more trees or different species to be planted.
The findings in the field were cross-checked with measurement data from lab tests using environmental test chambers and fumigation cabinets. The results of the lab tests showed that the best species for planting in areas with high concentrations of sulfur dioxide in the air are Norfolk Island pine, beef wood, Taiwan zelkova, date palm, and Chinese tamarix. The most suitable species for planting in areas with high concentrations of Nox in the air are Chinese tamarix, Taiwan zelkova, Chinese pistache, beef wood, and lemon eucalyptus. The best species for planting in areas with high concentrations of ethylene in the air are Taiwan zelkova, Chinese pistache, bishopwood, and lobular terminalia. The most effective species for planting in areas with high concentrations of toluene in the air are poonga oil tree, date palm, beef wood, Chinese pistache, and bishopwood. The best species for planting in areas with high concentrations of ozone in the air are Chinese pistache, silvery messerschmidia, Chinese tamarix, Indian almond, and India laurel fig. And the best species for planting in areas with high concentrations of hydrogen fluoride in the air are lobular terminalia, India laurel fig, Chinese tamarix, and Taiwan zelkova. ， 欄位全文的內容是Air quality
EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality
The EPA has been working with research organizations to select suitable species of trees that are able to improve air quality near industrial parks. An on-site survey of species presently growing at the boundaries and along main roads in industrial parks with concentrations of petroleum and steel industrial operations was conducted to select the species that displayed superior health. Additional evidence was also gathered from laboratory experiments that compared the ability of various species to purify polluted air. The EPA now has a list of species that have been proven to remove pollutants from the air in petroleum and steel industrial parks.
The species most suitable for planting near petroleum industry zones include Taiwan zelkova Chinese pistache, poonga oil tree, lobular terminalia, lemon eucaplyptus, Norfolk Island pine, bishopwood, Chinese tamarix, silvery messerschmidia, and India laurel fig. The species most suitable for planting near steel industry zones include eucalyptus urophylla, Chinese tamarix, date palm, silvery messerschmidia, Norfolk Island pine, and India laurel fig. The EPA is now recommending industrial park operators who wish to green their parks, and developers conducting environmental impact assessments, to plant the above species in green belts or wherever else greening is required. The EPA will soon be publishing relevant information on its Web site for viewing by the public.
The petroleum and steel industries have traditionally always been highly polluting and highly energy consumptive, as their manufacturing processes unavoidably produce air pollutants. The main pollutants produced by the petroleum industry are VOCs. For the steel industry there are three main pollutant categories according to the manufacturing process involved: Sox, Nox, hydrogen fluoride, and suspended fine particulate matter in smelting plants; particulate matter and dioxins from electric arc furnaces; and factories that reuse fly ash. Environmental agencies and industrial enterprises have been doing a fine job of reducing emissions through tightening emission standards and other measures but some air pollutants are still finding their way into the atmosphere, which is why planting trees that can naturally purify the air and beautify the environment is a sound strategy.
To assess the health of trees that have been planted near industrial parks, the EPA has drawn up a 1~5 scale based upon the proportion of each tree that show signs of disease, leaf loss, yellowing, browning, withering, or browning of leaves, with a higher score indicating a healthier tree. A recent survey by the EPA discovered that trees planted close to the aforementioned Category 2 industrial parks all had a health index in the 2 to 4 range, indicating that there is a need for more trees or different species to be planted.
The findings in the field were cross-checked with measurement data from lab tests using environmental test chambers and fumigation cabinets. The results of the lab tests showed that the best species for planting in areas with high concentrations of sulfur dioxide in the air are Norfolk Island pine, beef wood, Taiwan zelkova, date palm, and Chinese tamarix. The most suitable species for planting in areas with high concentrations of Nox in the air are Chinese tamarix, Taiwan zelkova, Chinese pistache, beef wood, and lemon eucalyptus. The best species for planting in areas with high concentrations of ethylene in the air are Taiwan zelkova, Chinese pistache, bishopwood, and lobular terminalia. The most effective species for planting in areas with high concentrations of toluene in the air are poonga oil tree, date palm, beef wood, Chinese pistache, and bishopwood. The best species for planting in areas with high concentrations of ozone in the air are Chinese pistache, silvery messerschmidia, Chinese tamarix, Indian almond, and India laurel fig. And the best species for planting in areas with high concentrations of hydrogen fluoride in the air are lobular terminalia, India laurel fig, Chinese tamarix, and Taiwan zelkova. ， 欄位年度的內容是2013 ， 欄位月份的內容是9 ， 欄位卷的內容是16 ， 欄位期的內容是9 ， 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EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality ， 欄位檔案位置的內容是V16/V16-09 。
編號
3048
標題
EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality
摘要
Air quality EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality The EPA has been working with research organizations to select suitable species of trees that are able to improve air quality near industrial parks. An on-site survey of species presently growing at the boundaries and along main roads in industrial parks with concentrations of petroleum and steel industrial operations was conducted to select the species that displayed superior health. Additional evidence was also gathered from laboratory experiments that compared the ability of various species to purify polluted air. The EPA now has a list of species that have been proven to remove pollutants from the air in petroleum and steel industrial parks. The species most suitable for planting near petroleum industry zones include Taiwan zelkova Chinese pistache, poonga oil tree, lobular terminalia, lemon eucaplyptus, Norfolk Island pine, bishopwood, Chinese tamarix, silvery messerschmidia, and India laurel fig. The species most suitable for planting near steel industry zones include eucalyptus urophylla, Chinese tamarix, date palm, silvery messerschmidia, Norfolk Island pine, and India laurel fig. The EPA is now recommending industrial park operators who wish to green their parks, and developers conducting environmental impact assessments, to plant the above species in green belts or wherever else greening is required. The EPA will soon be publishing relevant information on its Web site for viewing by the public. The petroleum and steel industries have traditionally always been highly polluting and highly energy consumptive, as their manufacturing processes unavoidably produce air pollutants. The main pollutants produced by the petroleum industry are VOCs. For the steel industry there are three main pollutant categories according to the manufacturing process involved: Sox, Nox, hydrogen fluoride, and suspended fine particulate matter in smelting plants; particulate matter and dioxins from electric arc furnaces; and factories that reuse fly ash. Environmental agencies and industrial enterprises have been doing a fine job of reducing emissions through tightening emission standards and other measures but some air pollutants are still finding their way into the atmosphere, which is why planting trees that can naturally purify the air and beautify the environment is a sound strategy. To assess the health of trees that have been planted near industrial parks, the EPA has drawn up a 1~5 scale based upon the proportion of each tree that show signs of disease, leaf loss, yellowing, browning, withering, or browning of leaves, with a higher score indicating a healthier tree. A recent survey by the EPA discovered that trees planted close to the aforementioned Category 2 industrial parks all had a health index in the 2 to 4 range, indicating that there is a need for more trees or different species to be planted. The findings in the field were cross-checked with measurement data from lab tests using environmental test chambers and fumigation cabinets. The results of the lab tests showed that the best species for planting in areas with high concentrations of sulfur dioxide in the air are Norfolk Island pine, beef wood, Taiwan zelkova, date palm, and Chinese tamarix. The most suitable species for planting in areas with high concentrations of Nox in the air are Chinese tamarix, Taiwan zelkova, Chinese pistache, beef wood, and lemon eucalyptus. The best species for planting in areas with high concentrations of ethylene in the air are Taiwan zelkova, Chinese pistache, bishopwood, and lobular terminalia. The most effective species for planting in areas with high concentrations of toluene in the air are poonga oil tree, date palm, beef wood, Chinese pistache, and bishopwood. The best species for planting in areas with high concentrations of ozone in the air are Chinese pistache, silvery messerschmidia, Chinese tamarix, Indian almond, and India laurel fig. And the best species for planting in areas with high concentrations of hydrogen fluoride in the air are lobular terminalia, India laurel fig, Chinese tamarix, and Taiwan zelkova.
全文
Air quality EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality The EPA has been working with research organizations to select suitable species of trees that are able to improve air quality near industrial parks. An on-site survey of species presently growing at the boundaries and along main roads in industrial parks with concentrations of petroleum and steel industrial operations was conducted to select the species that displayed superior health. Additional evidence was also gathered from laboratory experiments that compared the ability of various species to purify polluted air. The EPA now has a list of species that have been proven to remove pollutants from the air in petroleum and steel industrial parks. The species most suitable for planting near petroleum industry zones include Taiwan zelkova Chinese pistache, poonga oil tree, lobular terminalia, lemon eucaplyptus, Norfolk Island pine, bishopwood, Chinese tamarix, silvery messerschmidia, and India laurel fig. The species most suitable for planting near steel industry zones include eucalyptus urophylla, Chinese tamarix, date palm, silvery messerschmidia, Norfolk Island pine, and India laurel fig. The EPA is now recommending industrial park operators who wish to green their parks, and developers conducting environmental impact assessments, to plant the above species in green belts or wherever else greening is required. The EPA will soon be publishing relevant information on its Web site for viewing by the public. The petroleum and steel industries have traditionally always been highly polluting and highly energy consumptive, as their manufacturing processes unavoidably produce air pollutants. The main pollutants produced by the petroleum industry are VOCs. For the steel industry there are three main pollutant categories according to the manufacturing process involved: Sox, Nox, hydrogen fluoride, and suspended fine particulate matter in smelting plants; particulate matter and dioxins from electric arc furnaces; and factories that reuse fly ash. Environmental agencies and industrial enterprises have been doing a fine job of reducing emissions through tightening emission standards and other measures but some air pollutants are still finding their way into the atmosphere, which is why planting trees that can naturally purify the air and beautify the environment is a sound strategy. To assess the health of trees that have been planted near industrial parks, the EPA has drawn up a 1~5 scale based upon the proportion of each tree that show signs of disease, leaf loss, yellowing, browning, withering, or browning of leaves, with a higher score indicating a healthier tree. A recent survey by the EPA discovered that trees planted close to the aforementioned Category 2 industrial parks all had a health index in the 2 to 4 range, indicating that there is a need for more trees or different species to be planted. The findings in the field were cross-checked with measurement data from lab tests using environmental test chambers and fumigation cabinets. The results of the lab tests showed that the best species for planting in areas with high concentrations of sulfur dioxide in the air are Norfolk Island pine, beef wood, Taiwan zelkova, date palm, and Chinese tamarix. The most suitable species for planting in areas with high concentrations of Nox in the air are Chinese tamarix, Taiwan zelkova, Chinese pistache, beef wood, and lemon eucalyptus. The best species for planting in areas with high concentrations of ethylene in the air are Taiwan zelkova, Chinese pistache, bishopwood, and lobular terminalia. The most effective species for planting in areas with high concentrations of toluene in the air are poonga oil tree, date palm, beef wood, Chinese pistache, and bishopwood. The best species for planting in areas with high concentrations of ozone in the air are Chinese pistache, silvery messerschmidia, Chinese tamarix, Indian almond, and India laurel fig. And the best species for planting in areas with high concentrations of hydrogen fluoride in the air are lobular terminalia, India laurel fig, Chinese tamarix, and Taiwan zelkova.
年度
2013
月份
9
卷
16
期
9
順序
1
倒序
2
分類
air
標題2
EPA Research Shows that Planting Certain Trees near Industrial Parks Improves Air Quality
檔案位置
V16/V16-09
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