Future Soil Pollution Control Standards to Incorporate Land Use Considerations
「Future Soil Pollution Control Standards to Incorporate Land Use Considerations」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363 ， 欄位標題的內容是Future Soil Pollution Control Standards to Incorporate Land Use Considerations ， 欄位摘要的內容是The EPA previously invited scholars to draw up a set of soil contamination control standards. Preliminary results recommend listing eight heavy metals for restriction and setting separate control standards according to the three land zoning categories in the ROC namely agricultural, residential & park, and industrial/commercial. Furthermore, an initial 97 organic pollutants have been listed.
The draft of the Soil Pollution Control Act was formally submitted to the Executive Yuan for deliberation. This act is intended to provide a foundation upon which to implement administrative control over soil pollution prevention work in Taiwan. This draft Act includes soil pollution monitoring trigger values, control standards, and remediation standards. The EPA requested the assistance of National Taiwan University to research standards appropriate to soil pollution issues faced in the ROC. This research is nearing completion and initial findings were submitted recently to the EPA.
This report sets control standards that distinguish between the three major land use categories of agricultural, residential & park, and industrial/commercial. Research was conducted based on information gathered from the Taiwan Area Soil Contaminants Database and from local environmental conditions and made use of various other countries’ experiences in soil pollution control.
Control Standards for Heavy Metals in Soil (draft) [mg/kg]
Land Use Category
Arsenic
Cadmium
Chromium
Copper
Mercury
Nickel
Lead
Zinc
Agricultural
40
5
400
200
2
200
500
500
Residential & Parks
50
5
250
400
2
200
2000
1000
Industrial / Commercial
50
20
800
500
10
500
2000
1500
The report recommends that control measures start from a baseline of total quantity control as this is the approach taken by most countries when setting soil pollution control standards. Other scholars working on the research also recommended that concentrations of bioeffectiveness should be established, however the Taiwan University team suggested that a date be set later, based on actual need.
German, Dutch, and British standards served as principal references in setting heavy metal control standards for agricultural land. Also taking into consideration the upper limits of heavy metals in Taiwan’s background environment, the results of over 9,000 sample analyses conducted between 1992 and 1997, and practical concerns regarding the effects of controls implementation, the report lists an initial eight heavy metals. These metals are arsenic, cadmium, chromium, copper, mercury, nickel, lead, and zinc.
German standards were used as the principal resource and Canadian standards as a supplemental resource to set the maximum permitted levels of listed heavy metals by land use category. In general, land used for residential and park purposes is controlled more strictly than land zoned for industrial or commercial activity. Similarly, land intended for agriculture is controlled more strictly than residential and park land. (refer to the chart below for details)
Control standards for organic pollutants were set at equivalent levels for all land use categories in light of the research program principle that the focus of controls on organic compounds would be to protect groundwater quality and to prevent harm to human health only. The current research separates organics into six major categories. These categories include: simple aromatic hydrocarbons, poly-aromatic hydrocarbons, phenol compounds, chlorinated hydrocarbons, pesticides, and other organic pollutants.
Research on the control of organic pollutants also examined relevant controls used in the United States, Canada, and the Netherlands. Priority was given to those organic compounds that already had fixed control standards. When discrepancies between standards in all three countries occurred, the standards range used concurrently by various US States was adopted. The research also took into consideration the US Resource Conservation and Recovery Act (RCRA), and following the principles of RCRA, the report currently recommends a total of 97 organic pollutants be listed for further consideration.
The EPA will await issuance of the final report on research results, slated for June, to call a public hearing to solicit the opinions of various sectors. ， 欄位全文的內容是The EPA previously invited scholars to draw up a set of soil contamination control standards. Preliminary results recommend listing eight heavy metals for restriction and setting separate control standards according to the three land zoning categories in the ROC namely agricultural, residential & park, and industrial/commercial. Furthermore, an initial 97 organic pollutants have been listed.
The draft of the Soil Pollution Control Act was formally submitted to the Executive Yuan for deliberation. This act is intended to provide a foundation upon which to implement administrative control over soil pollution prevention work in Taiwan. This draft Act includes soil pollution monitoring trigger values, control standards, and remediation standards. The EPA requested the assistance of National Taiwan University to research standards appropriate to soil pollution issues faced in the ROC. This research is nearing completion and initial findings were submitted recently to the EPA.
This report sets control standards that distinguish between the three major land use categories of agricultural, residential & park, and industrial/commercial. Research was conducted based on information gathered from the Taiwan Area Soil Contaminants Database and from local environmental conditions and made use of various other countries’ experiences in soil pollution control.
Control Standards for Heavy Metals in Soil (draft) [mg/kg]
Land Use Category
Arsenic
Cadmium
Chromium
Copper
Mercury
Nickel
Lead
Zinc
Agricultural
40
5
400
200
2
200
500
500
Residential & Parks
50
5
250
400
2
200
2000
1000
Industrial / Commercial
50
20
800
500
10
500
2000
1500
The report recommends that control measures start from a baseline of total quantity control as this is the approach taken by most countries when setting soil pollution control standards. Other scholars working on the research also recommended that concentrations of bioeffectiveness should be established, however the Taiwan University team suggested that a date be set later, based on actual need.
German, Dutch, and British standards served as principal references in setting heavy metal control standards for agricultural land. Also taking into consideration the upper limits of heavy metals in Taiwan’s background environment, the results of over 9,000 sample analyses conducted between 1992 and 1997, and practical concerns regarding the effects of controls implementation, the report lists an initial eight heavy metals. These metals are arsenic, cadmium, chromium, copper, mercury, nickel, lead, and zinc.
German standards were used as the principal resource and Canadian standards as a supplemental resource to set the maximum permitted levels of listed heavy metals by land use category. In general, land used for residential and park purposes is controlled more strictly than land zoned for industrial or commercial activity. Similarly, land intended for agriculture is controlled more strictly than residential and park land. (refer to the chart below for details)
Control standards for organic pollutants were set at equivalent levels for all land use categories in light of the research program principle that the focus of controls on organic compounds would be to protect groundwater quality and to prevent harm to human health only. The current research separates organics into six major categories. These categories include: simple aromatic hydrocarbons, poly-aromatic hydrocarbons, phenol compounds, chlorinated hydrocarbons, pesticides, and other organic pollutants.
Research on the control of organic pollutants also examined relevant controls used in the United States, Canada, and the Netherlands. Priority was given to those organic compounds that already had fixed control standards. When discrepancies between standards in all three countries occurred, the standards range used concurrently by various US States was adopted. The research also took into consideration the US Resource Conservation and Recovery Act (RCRA), and following the principles of RCRA, the report currently recommends a total of 97 organic pollutants be listed for further consideration.
The EPA will await issuance of the final report on research results, slated for June, to call a public hearing to solicit the opinions of various sectors. ， 欄位年度的內容是1999 ， 欄位月份的內容是2 ， 欄位卷的內容是2 ， 欄位期的內容是12 ， 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Soil and Groundwater ， 欄位標題2的內容是Future Soil Pollution Control Standards to Incorporate Land Use Considerations ， 欄位檔案位置的內容是V2/V2-12 。
編號
363
標題
Future Soil Pollution Control Standards to Incorporate Land Use Considerations
摘要
The EPA previously invited scholars to draw up a set of soil contamination control standards. Preliminary results recommend listing eight heavy metals for restriction and setting separate control standards according to the three land zoning categories in the ROC namely agricultural, residential & park, and industrial/commercial. Furthermore, an initial 97 organic pollutants have been listed. The draft of the Soil Pollution Control Act was formally submitted to the Executive Yuan for deliberation. This act is intended to provide a foundation upon which to implement administrative control over soil pollution prevention work in Taiwan. This draft Act includes soil pollution monitoring trigger values, control standards, and remediation standards. The EPA requested the assistance of National Taiwan University to research standards appropriate to soil pollution issues faced in the ROC. This research is nearing completion and initial findings were submitted recently to the EPA. This report sets control standards that distinguish between the three major land use categories of agricultural, residential & park, and industrial/commercial. Research was conducted based on information gathered from the Taiwan Area Soil Contaminants Database and from local environmental conditions and made use of various other countries’ experiences in soil pollution control. Control Standards for Heavy Metals in Soil (draft) [mg/kg] Land Use Category Arsenic Cadmium Chromium Copper Mercury Nickel Lead Zinc Agricultural 40 5 400 200 2 200 500 500 Residential & Parks 50 5 250 400 2 200 2000 1000 Industrial / Commercial 50 20 800 500 10 500 2000 1500 The report recommends that control measures start from a baseline of total quantity control as this is the approach taken by most countries when setting soil pollution control standards. Other scholars working on the research also recommended that concentrations of bioeffectiveness should be established, however the Taiwan University team suggested that a date be set later, based on actual need. German, Dutch, and British standards served as principal references in setting heavy metal control standards for agricultural land. Also taking into consideration the upper limits of heavy metals in Taiwan’s background environment, the results of over 9,000 sample analyses conducted between 1992 and 1997, and practical concerns regarding the effects of controls implementation, the report lists an initial eight heavy metals. These metals are arsenic, cadmium, chromium, copper, mercury, nickel, lead, and zinc. German standards were used as the principal resource and Canadian standards as a supplemental resource to set the maximum permitted levels of listed heavy metals by land use category. In general, land used for residential and park purposes is controlled more strictly than land zoned for industrial or commercial activity. Similarly, land intended for agriculture is controlled more strictly than residential and park land. (refer to the chart below for details) Control standards for organic pollutants were set at equivalent levels for all land use categories in light of the research program principle that the focus of controls on organic compounds would be to protect groundwater quality and to prevent harm to human health only. The current research separates organics into six major categories. These categories include: simple aromatic hydrocarbons, poly-aromatic hydrocarbons, phenol compounds, chlorinated hydrocarbons, pesticides, and other organic pollutants. Research on the control of organic pollutants also examined relevant controls used in the United States, Canada, and the Netherlands. Priority was given to those organic compounds that already had fixed control standards. When discrepancies between standards in all three countries occurred, the standards range used concurrently by various US States was adopted. The research also took into consideration the US Resource Conservation and Recovery Act (RCRA), and following the principles of RCRA, the report currently recommends a total of 97 organic pollutants be listed for further consideration. The EPA will await issuance of the final report on research results, slated for June, to call a public hearing to solicit the opinions of various sectors.
全文
The EPA previously invited scholars to draw up a set of soil contamination control standards. Preliminary results recommend listing eight heavy metals for restriction and setting separate control standards according to the three land zoning categories in the ROC namely agricultural, residential & park, and industrial/commercial. Furthermore, an initial 97 organic pollutants have been listed. The draft of the Soil Pollution Control Act was formally submitted to the Executive Yuan for deliberation. This act is intended to provide a foundation upon which to implement administrative control over soil pollution prevention work in Taiwan. This draft Act includes soil pollution monitoring trigger values, control standards, and remediation standards. The EPA requested the assistance of National Taiwan University to research standards appropriate to soil pollution issues faced in the ROC. This research is nearing completion and initial findings were submitted recently to the EPA. This report sets control standards that distinguish between the three major land use categories of agricultural, residential & park, and industrial/commercial. Research was conducted based on information gathered from the Taiwan Area Soil Contaminants Database and from local environmental conditions and made use of various other countries’ experiences in soil pollution control. Control Standards for Heavy Metals in Soil (draft) [mg/kg] Land Use Category Arsenic Cadmium Chromium Copper Mercury Nickel Lead Zinc Agricultural 40 5 400 200 2 200 500 500 Residential & Parks 50 5 250 400 2 200 2000 1000 Industrial / Commercial 50 20 800 500 10 500 2000 1500 The report recommends that control measures start from a baseline of total quantity control as this is the approach taken by most countries when setting soil pollution control standards. Other scholars working on the research also recommended that concentrations of bioeffectiveness should be established, however the Taiwan University team suggested that a date be set later, based on actual need. German, Dutch, and British standards served as principal references in setting heavy metal control standards for agricultural land. Also taking into consideration the upper limits of heavy metals in Taiwan’s background environment, the results of over 9,000 sample analyses conducted between 1992 and 1997, and practical concerns regarding the effects of controls implementation, the report lists an initial eight heavy metals. These metals are arsenic, cadmium, chromium, copper, mercury, nickel, lead, and zinc. German standards were used as the principal resource and Canadian standards as a supplemental resource to set the maximum permitted levels of listed heavy metals by land use category. In general, land used for residential and park purposes is controlled more strictly than land zoned for industrial or commercial activity. Similarly, land intended for agriculture is controlled more strictly than residential and park land. (refer to the chart below for details) Control standards for organic pollutants were set at equivalent levels for all land use categories in light of the research program principle that the focus of controls on organic compounds would be to protect groundwater quality and to prevent harm to human health only. The current research separates organics into six major categories. These categories include: simple aromatic hydrocarbons, poly-aromatic hydrocarbons, phenol compounds, chlorinated hydrocarbons, pesticides, and other organic pollutants. Research on the control of organic pollutants also examined relevant controls used in the United States, Canada, and the Netherlands. Priority was given to those organic compounds that already had fixed control standards. When discrepancies between standards in all three countries occurred, the standards range used concurrently by various US States was adopted. The research also took into consideration the US Resource Conservation and Recovery Act (RCRA), and following the principles of RCRA, the report currently recommends a total of 97 organic pollutants be listed for further consideration. The EPA will await issuance of the final report on research results, slated for June, to call a public hearing to solicit the opinions of various sectors.
年度
1999
月份
2
卷
2
期
12
順序
1
倒序
2
分類
Soil and Groundwater
標題2
Future Soil Pollution Control Standards to Incorporate Land Use Considerations
檔案位置
V2/V2-12
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