Promotion of Sustainable Water QualityWater quality2022
「Promotion of Sustainable Water QualityWater quality2022」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4194 ， 欄位標題的內容是Promotion of Sustainable Water Quality ， 欄位摘要的內容是In line with the goal of “clean water and sanitation,” one of the UN’s SDGs (Sustainable Development Goals), the EPA is aiming to achieve the ultimate goal of sustainable water quality as major rivers in Taiwan have seen gradual improvements in their water quality. Several projects designed to cut down polluting effluents and pollutants like ammonia nitrogen, have been in place in recent years to meet people’s hopes of enhanced river quality. Such projects include the Ammonia Nitrogen Reduction Demonstration Plan, the National Water Environment Improvement Plan, and other tasks that focus on improving river water quality. ， 欄位全文的內容是Promotion of Sustainable Water Quality
In line with the goal of “clean water and sanitation,” one of the UN’s SDGs (Sustainable Development Goals), the EPA is aiming to achieve the ultimate goal of sustainable water quality as major rivers in Taiwan have seen gradual improvements in their water quality. Several projects designed to cut down polluting effluents and pollutants like ammonia nitrogen, have been in place in recent years to meet people’s hopes of enhanced river quality. Such projects include the Ammonia Nitrogen Reduction Demonstration Plan, the National Water Environment Improvement Plan, and other tasks that focus on improving river water quality.
Background
The water quality of Taiwan’s 50 major rivers has been gradually improved, but many rivers still fall short of the target of lowered ammonia nitrogen concentration, and some river sections are still severely polluted. Work, therefore, needs to continue to keep enhancing water quality. Ammonia nitrogen in water depletes dissolved oxygen, causes water quality deterioration, kills aquatic organisms, and produces unpleasant odors that affect public perception. There is a need to reduce ammonia nitrogen in water to ensure that there are no severely polluted river sections and that the current river improvement results can last longer. As a result, the EPA launched the four-year Ammonia Nitrogen Reduction Demonstration Plan (2020-2023) so that river water quality can improve and meet the desired standards.
Otherwise, the implementation of the National Water Environment Improvement Plan and other tasks strengthening river water quality and controlling drinking water quality are still ongoing. Relevant achievements are as follows:
(1) Ammonia nitrogen reduction demonstration plan
A. Subsidies for collecting and treating ammonia nitrogen in livestock wastewater and for obtaining recycling facilities or machinery
To assist small livestock farms with manure disposal, the EPA subsidized local governments in implementing large-farms-assisting-small-farms projects for manure collection from individual farms or centralized treatment of livestock manure. The EPA has subsidized 15 projects that treated and reutilized livestock manure produced by 129,801 pigs and 4,260 cattle from 80 livestock farms. In addition, the EPA also subsidized local governments for purchasing manure collecting and transporting vehicles, irrigation vehicles or machinery, and farm storage barrels to help establish fertilization and irrigation systems. As of July 2022, the EPA had approved and provided subsidies for the purchase of 74 irrigation vehicles, 22 irrigation machines, and 221 agricultural storage barrels. Counties and cities that received the subsidies included Taoyuan City, Taichung City, Changhua County, Yunlin County, Chiayi County, Tainan City, Kaohsiung City, Pingtung County, Hualien County, and Yilan County.
B. Using livestock manure digestate as fertilizer for farmland
The EPA started to promote the use of livestock manure digestate as fertilizer for agricultural land in 2016. As of the end of July 2022, 2,755 farms had adopted livestock manure reutilization, which included 1,633 farms that used manure digestate as fertilizer, 166 farms that reutilized agricultural wastes, and 936 farms that recycled manure to irrigate crops while meeting the effluent standards. Furthermore, 195 of these farms have adopted two of the aforementioned reutilization methods at the same time. Such results have led to an annual total of 8,950,000 metric tons of manure that had been permitted for use as fertilizer. The livestock manure reutilization ratio had reached 30.89% and fertilized 4,031 hectares of farmland, leading to an annual reduction of 56,548 metric tons of organic pollutants. Nitrogen content in the fertilizer had reached 1,388 metric tons per year.
C. Enhancing inspections of the livestock industry
Since 2016, the EPA has instructed local governments to step up inspections of livestock enterprises located near heavily polluted river sections. As of the end of Juy 2022, 25,111 enterprises had been inspected with 3,944 enterprises penalized. Both assistance and enhanced control have been used to improve river water quality.
(2) Forward-Looking Infrastructure Development Program: National Water Environment Improvement Plan (2017-2025)
Promoting the creation of aquatic environments, water purification and wastewater treatment
The EPA subsidizes local governments to carry out river pollution remediation, the establishment of water purification and other treatment facilities, pollution reduction at the source and other water quality improvement projects. As of July 2022, 72 projects had been contracted out, with the main construction completed in 54 of them. As a result, 51,287 hectares of waterfront space with a daily wastewater treatment capacity of 237,800 metric tons, equivalent to a reduction of 6,273.71 kg/day of biochemical oxygen demand (BOD), had been established.
(3) Strengthening river water quality improvement and drinking water quality controls
A. Revising regulations related to the Water Pollution Control Act (水污染防治法)
a. The controls for above-ground and underground storage tanks, storage containers, and oil storage sites have been integrated, and they are now regulated as storage facilities. On 1 July 2020 and 26 April 2021, the EPA announced the revisions of the Enterprise Classification and Definition of the Water Pollution Control Act, adding the category of storage enterprise and amending the part under the Water Pollution Control Act that is applicable to storage systems.
b. To upgrade controls on storage systems, the EPA announced on 31 May 2021 revisions of the Regulations Concerning Water Pollution Control Measures and Plans and Permit Applications and Reviews (水污染防治措施計畫及許可申請審查管理辦法), the Regulations Concerning Water Pollution Control Measures, Testing, and Registrations (水污染防治措施及檢測申報管理辦法), and the Guidelines for Penalties for Violating the Water Pollution Control Act (違反水污染防治法罰鍰額度裁罰準則). Other than changing “oil storage plants” in the original texts to “storage systems”, the revisions specified that storage systems are to comply with relevant storage regulations if they store substances announced by Article 33, paragraph 1 of the Water Pollution Control Act. For different types of violations and penalties, the revisions also added points that will affect evaluations.
B. Promoting livestock wastewater reutilization
(1) After referring to the practices of other countries, the EPA has moved away from the conventional concept that regards livestock manure as waste and instead adopted reutilization strategies. This is done in hopes of ameliorating river pollution, raising rural air quality, and properly carrying out policies that turn manure into nitrogen-containing fertilizers.
(2) The EPA cooperated with local environmental authorities and industry groups and provided them with subsidies for sending personnel to farms to provide livestock enterprises with free services, such as matching farms in need of irrigation; conducting tests on soil and groundwater and digestate quality; drafting plans to utilize digestate as fertilizer; and assisting with applications and reviews. In addition, regulations were reviewed and revised on a rolling basis, and procedures were simplified. The livestock enterprises that were still undecided or unwilling to improve under the manure reutilization policy were listed as targets for inspections in order to expedite policy implementation.
(3) The Executive Yuan coordinated with the EPA, the COA, the MOEA, the Industrial Technology Research Institute, and the Taiwan Sugar Corporation to launch Taisugar Donghaifeng Circular Agriculture Park in September 2019. In this park, pig manure from Donghaifeng Farm is treated through anaerobic digestion for reutilization. The park also collects and treats concentrated manure from nearby pig farms. Every day, the park treats about 100 metric tons of pig manure from Donghaifeng Farm, 100 metric tons of manure from nearby farms, 40 metric tons of liquid agricultural waste and 60 metric tons of solid agricultural waste. Pollution in local rivers and environments has been effectively ameliorated, while local pig farms are assisted with manure treatment.
(4) To further promote livestock manure reutilization, the EPA has cooperated with the COA to assist 2,572 pig farms to establish facilities that combine new water-saving pig sheds with a high-efficiency wastewater treatment capacity. Together the agencies have achieved excellent results, such as river pollution amelioration, reduction of odors in rural areas, lower emissions, and a circular economy in the livestock industry.
(5) In light of the EU’s announcement of its draft Carbon Border Adjustment Mechanism (CBAM) in mid-July 2021 to officially implement a carbon border tax in 2026, and the fact that currently, the livestock industry can obtain reduction credits through the "Micro-Scale Offset Projects", meetings were held on 16 August 2021 and 9 September 2021 with the Industrial Development Bureau, Bureau of Energy, Bureau of Standards, Metrology and Inspection, the Council of Agriculture and the top 16 carbon emitting enterprises and paper industries regulated under greenhouse gas regulations (such as Formosa Petrochemical Corporation, China Steel Corporation, and strongly impacted enterprises such as those in the petrochemical, steel, cement and paper industries). At the meetings, enterprises were encouraged to invest in large-farms-assist-small-farms projects or projects for centralized treatment of livestock manure, and to acquire renewable energy related certifications, carbon rights or green energy systems. The purpose was to promote sustainability by putting into effect the recycling of livestock resources, activate development of industries, and bring in external capital investment to the livestock industry.
C. Pollution reduction in severely polluted rivers
The percentage of river sections with severe pollution in Taiwan has dropped from 14.0% in 2002 to 3.7% in 2021, and the number of monitoring stations detecting severe pollution has decreased from 66 in 2002 to nine in 2021, demonstrating the improvement of river water quality in the country (Image 5). In recent years, river water quality has been affected by irregular climatic conditions. Uneven rainfalls have caused insufficient base flow and pollutant tolerability and affected river water quality. Since 2017, the number of monitoring stations detecting severe pollution has remained unchanged at ten stations.
The EPA has surveyed river water quality in the country and listed nine monitoring stations that continued to detect severe pollution as primary targets for improvement. The pollution sources and the current problems of these river sections have been analyzed to propose integrated response measures concerning household, livestock, and industrial wastewater, and to determine the minimum amount of pollution that needs to be reduced for these river sections to improve beyond the severely polluted status. Cross-ministerial meetings are to be held to evaluate whether additional or reinforcement measures are needed.
Future prospect
The EPA will continue to carry out relevant, sustainable water quality projects and endeavor to reach the goal of “clean water and sanitation” as prescribed by the UN’s SDG6. To enhance water quality before 2030, work will continue to decrease pollution, cut down the discharge of hazardous chemicals and substances into water bodies, as well as increase water recycling and safe reuse by reducing the ratio of untreated wastewater.
， 欄位年度的內容是2022 ， 欄位月份的內容是8 ， 欄位卷的內容是25 ， 欄位期的內容是2 ， 欄位順序的內容是 ， 欄位倒序的內容是 ， 欄位分類的內容是Water quality ， 欄位標題2的內容是 ， 欄位檔案位置的內容是 。
編號
4194
標題
Promotion of Sustainable Water Quality
摘要
In line with the goal of “clean water and sanitation,” one of the UN’s SDGs (Sustainable Development Goals), the EPA is aiming to achieve the ultimate goal of sustainable water quality as major rivers in Taiwan have seen gradual improvements in their water quality. Several projects designed to cut down polluting effluents and pollutants like ammonia nitrogen, have been in place in recent years to meet people’s hopes of enhanced river quality. Such projects include the Ammonia Nitrogen Reduction Demonstration Plan, the National Water Environment Improvement Plan, and other tasks that focus on improving river water quality.
全文
Promotion of Sustainable Water Quality In line with the goal of “clean water and sanitation,” one of the UN’s SDGs (Sustainable Development Goals), the EPA is aiming to achieve the ultimate goal of sustainable water quality as major rivers in Taiwan have seen gradual improvements in their water quality. Several projects designed to cut down polluting effluents and pollutants like ammonia nitrogen, have been in place in recent years to meet people’s hopes of enhanced river quality. Such projects include the Ammonia Nitrogen Reduction Demonstration Plan, the National Water Environment Improvement Plan, and other tasks that focus on improving river water quality. Background The water quality of Taiwan’s 50 major rivers has been gradually improved, but many rivers still fall short of the target of lowered ammonia nitrogen concentration, and some river sections are still severely polluted. Work, therefore, needs to continue to keep enhancing water quality. Ammonia nitrogen in water depletes dissolved oxygen, causes water quality deterioration, kills aquatic organisms, and produces unpleasant odors that affect public perception. There is a need to reduce ammonia nitrogen in water to ensure that there are no severely polluted river sections and that the current river improvement results can last longer. As a result, the EPA launched the four-year Ammonia Nitrogen Reduction Demonstration Plan (2020-2023) so that river water quality can improve and meet the desired standards. Otherwise, the implementation of the National Water Environment Improvement Plan and other tasks strengthening river water quality and controlling drinking water quality are still ongoing. Relevant achievements are as follows: (1) Ammonia nitrogen reduction demonstration plan A. Subsidies for collecting and treating ammonia nitrogen in livestock wastewater and for obtaining recycling facilities or machinery To assist small livestock farms with manure disposal, the EPA subsidized local governments in implementing large-farms-assisting-small-farms projects for manure collection from individual farms or centralized treatment of livestock manure. The EPA has subsidized 15 projects that treated and reutilized livestock manure produced by 129,801 pigs and 4,260 cattle from 80 livestock farms. In addition, the EPA also subsidized local governments for purchasing manure collecting and transporting vehicles, irrigation vehicles or machinery, and farm storage barrels to help establish fertilization and irrigation systems. As of July 2022, the EPA had approved and provided subsidies for the purchase of 74 irrigation vehicles, 22 irrigation machines, and 221 agricultural storage barrels. Counties and cities that received the subsidies included Taoyuan City, Taichung City, Changhua County, Yunlin County, Chiayi County, Tainan City, Kaohsiung City, Pingtung County, Hualien County, and Yilan County. B. Using livestock manure digestate as fertilizer for farmland The EPA started to promote the use of livestock manure digestate as fertilizer for agricultural land in 2016. As of the end of July 2022, 2,755 farms had adopted livestock manure reutilization, which included 1,633 farms that used manure digestate as fertilizer, 166 farms that reutilized agricultural wastes, and 936 farms that recycled manure to irrigate crops while meeting the effluent standards. Furthermore, 195 of these farms have adopted two of the aforementioned reutilization methods at the same time. Such results have led to an annual total of 8,950,000 metric tons of manure that had been permitted for use as fertilizer. The livestock manure reutilization ratio had reached 30.89% and fertilized 4,031 hectares of farmland, leading to an annual reduction of 56,548 metric tons of organic pollutants. Nitrogen content in the fertilizer had reached 1,388 metric tons per year. C. Enhancing inspections of the livestock industry Since 2016, the EPA has instructed local governments to step up inspections of livestock enterprises located near heavily polluted river sections. As of the end of Juy 2022, 25,111 enterprises had been inspected with 3,944 enterprises penalized. Both assistance and enhanced control have been used to improve river water quality. (2) Forward-Looking Infrastructure Development Program: National Water Environment Improvement Plan (2017-2025) Promoting the creation of aquatic environments, water purification and wastewater treatment The EPA subsidizes local governments to carry out river pollution remediation, the establishment of water purification and other treatment facilities, pollution reduction at the source and other water quality improvement projects. As of July 2022, 72 projects had been contracted out, with the main construction completed in 54 of them. As a result, 51,287 hectares of waterfront space with a daily wastewater treatment capacity of 237,800 metric tons, equivalent to a reduction of 6,273.71 kg/day of biochemical oxygen demand (BOD), had been established. (3) Strengthening river water quality improvement and drinking water quality controls A. Revising regulations related to the Water Pollution Control Act (水污染防治法) a. The controls for above-ground and underground storage tanks, storage containers, and oil storage sites have been integrated, and they are now regulated as storage facilities. On 1 July 2020 and 26 April 2021, the EPA announced the revisions of the Enterprise Classification and Definition of the Water Pollution Control Act, adding the category of storage enterprise and amending the part under the Water Pollution Control Act that is applicable to storage systems. b. To upgrade controls on storage systems, the EPA announced on 31 May 2021 revisions of the Regulations Concerning Water Pollution Control Measures and Plans and Permit Applications and Reviews (水污染防治措施計畫及許可申請審查管理辦法), the Regulations Concerning Water Pollution Control Measures, Testing, and Registrations (水污染防治措施及檢測申報管理辦法), and the Guidelines for Penalties for Violating the Water Pollution Control Act (違反水污染防治法罰鍰額度裁罰準則). Other than changing “oil storage plants” in the original texts to “storage systems”, the revisions specified that storage systems are to comply with relevant storage regulations if they store substances announced by Article 33, paragraph 1 of the Water Pollution Control Act. For different types of violations and penalties, the revisions also added points that will affect evaluations. B. Promoting livestock wastewater reutilization (1) After referring to the practices of other countries, the EPA has moved away from the conventional concept that regards livestock manure as waste and instead adopted reutilization strategies. This is done in hopes of ameliorating river pollution, raising rural air quality, and properly carrying out policies that turn manure into nitrogen-containing fertilizers. (2) The EPA cooperated with local environmental authorities and industry groups and provided them with subsidies for sending personnel to farms to provide livestock enterprises with free services, such as matching farms in need of irrigation; conducting tests on soil and groundwater and digestate quality; drafting plans to utilize digestate as fertilizer; and assisting with applications and reviews. In addition, regulations were reviewed and revised on a rolling basis, and procedures were simplified. The livestock enterprises that were still undecided or unwilling to improve under the manure reutilization policy were listed as targets for inspections in order to expedite policy implementation. (3) The Executive Yuan coordinated with the EPA, the COA, the MOEA, the Industrial Technology Research Institute, and the Taiwan Sugar Corporation to launch Taisugar Donghaifeng Circular Agriculture Park in September 2019. In this park, pig manure from Donghaifeng Farm is treated through anaerobic digestion for reutilization. The park also collects and treats concentrated manure from nearby pig farms. Every day, the park treats about 100 metric tons of pig manure from Donghaifeng Farm, 100 metric tons of manure from nearby farms, 40 metric tons of liquid agricultural waste and 60 metric tons of solid agricultural waste. Pollution in local rivers and environments has been effectively ameliorated, while local pig farms are assisted with manure treatment. (4) To further promote livestock manure reutilization, the EPA has cooperated with the COA to assist 2,572 pig farms to establish facilities that combine new water-saving pig sheds with a high-efficiency wastewater treatment capacity. Together the agencies have achieved excellent results, such as river pollution amelioration, reduction of odors in rural areas, lower emissions, and a circular economy in the livestock industry. (5) In light of the EU’s announcement of its draft Carbon Border Adjustment Mechanism (CBAM) in mid-July 2021 to officially implement a carbon border tax in 2026, and the fact that currently, the livestock industry can obtain reduction credits through the "Micro-Scale Offset Projects", meetings were held on 16 August 2021 and 9 September 2021 with the Industrial Development Bureau, Bureau of Energy, Bureau of Standards, Metrology and Inspection, the Council of Agriculture and the top 16 carbon emitting enterprises and paper industries regulated under greenhouse gas regulations (such as Formosa Petrochemical Corporation, China Steel Corporation, and strongly impacted enterprises such as those in the petrochemical, steel, cement and paper industries). At the meetings, enterprises were encouraged to invest in large-farms-assist-small-farms projects or projects for centralized treatment of livestock manure, and to acquire renewable energy related certifications, carbon rights or green energy systems. The purpose was to promote sustainability by putting into effect the recycling of livestock resources, activate development of industries, and bring in external capital investment to the livestock industry. C. Pollution reduction in severely polluted rivers The percentage of river sections with severe pollution in Taiwan has dropped from 14.0% in 2002 to 3.7% in 2021, and the number of monitoring stations detecting severe pollution has decreased from 66 in 2002 to nine in 2021, demonstrating the improvement of river water quality in the country (Image 5). In recent years, river water quality has been affected by irregular climatic conditions. Uneven rainfalls have caused insufficient base flow and pollutant tolerability and affected river water quality. Since 2017, the number of monitoring stations detecting severe pollution has remained unchanged at ten stations. The EPA has surveyed river water quality in the country and listed nine monitoring stations that continued to detect severe pollution as primary targets for improvement. The pollution sources and the current problems of these river sections have been analyzed to propose integrated response measures concerning household, livestock, and industrial wastewater, and to determine the minimum amount of pollution that needs to be reduced for these river sections to improve beyond the severely polluted status. Cross-ministerial meetings are to be held to evaluate whether additional or reinforcement measures are needed. Future prospect The EPA will continue to carry out relevant, sustainable water quality projects and endeavor to reach the goal of “clean water and sanitation” as prescribed by the UN’s SDG6. To enhance water quality before 2030, work will continue to decrease pollution, cut down the discharge of hazardous chemicals and substances into water bodies, as well as increase water recycling and safe reuse by reducing the ratio of untreated wastewater.
年度
2022
月份
8
卷
25
期
2
順序
倒序
分類
Water quality
標題2
檔案位置
「Promotion of Sustainable Water QualityWater quality2022」所屬的資料集：「MajorEnvironmentalPolicies」的其他資料
編號：
3304
標題：
Amendments to Waste Container Recycling Fee Rates Preannounced
摘要：
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全文：
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編號：
1707
標題：
Evaluation Confirms Progress in Local River Cleanup
摘要：
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全文：
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編號：
3340
標題：
Draft of Environmental Aircraft Noise Measurement Methods Preannounced
摘要：
Noise control Draft of Environmental Aircraft Noise Measurement Methods Preannounced
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編號：
664
標題：
Taiwan Continues to Closely Follow Trends in COP6
摘要：
The Taiwanese delegation to the Sixth Session of the United Nations Framework Convention on Climate
全文：
The Taiwanese delegation to the Sixth Session of the United Nations Framework Convention on Climate
編號：
249
標題：
Microbial Environmental Agents Regulated
摘要：
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編號：
277
標題：
Recycling Improvement Measures for PET Bottles and Discarded Tires Confirmed
摘要：
The EPA is actively developing response measures to the PET Bottle Recycling Fund's red ink and the
全文：
The EPA is actively developing response measures to the PET Bottle Recycling Fund's red ink and the
編號：
4156
標題：
Recycling and Reutilization of Plastics Among Industries
摘要：
waste
Recycling and Reutilization of Plastics Among Industries
In recent years, the world has been i
全文：
Setting up the Office of Resource Circulation to achieve total resource circulation
Recently, countr
編號：
3394
標題：
Tracking Agents Shown Helpful for Waste Cooking Oil Flow Management
摘要：
Waste
Tracking Agents Shown Helpful for Waste Cooking Oil Flow Management
全文：
Tracking Agents Shown Helpful for Waste Cooking Oil Flow Management
On 11 January 2016, the EPA anno
編號：
2520
標題：
Taiwan and Africa Environmental Leaders Meet to Discuss Carbon Rights Trading
摘要：
Climate Change
Taiwan and Africa Environmental Leaders Meet to Discuss Carbon Rights Trading
The
全文：
Climate Change
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The
編號：
550
標題：
Year 2000 Evaluation of EIA Consultants Underway
摘要：
In 1997 the EPA began to carry out yearly evaluations of the EIA consulting industry to help raise t
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編號：
3330
標題：
Ecolabeling Cycling Events Held for Public to Experience Green Products
摘要：
Ecolabeling Cycling Events Held for Public to ExperiencGreen Products
全文：
Cycling Events Held for Public to Experience Green Products
To encourage more enterprises to have th
編號：
2757
標題：
Acid Rain Monitoring and Prevention
摘要：
Environmental Monitoring
Acid Rain Monitoring and Prevention
Acid rain is a serious environmental
全文：
Environmental Monitoring
Acid Rain Monitoring and Prevention
Acid rain is a serious environmental
編號：
3433
標題：
EPA Co-convenes Global Environmental Education Partnership Executive Committee Meeting in UK
摘要：
Environmental Education
EPA Co-convenes Global Environmental Education Partnership Executive Committ
全文：
EPA Co-convenes Global Environmental Education Partnership Executive Committee Meeting in UK
In rece
編號：
3446
標題：
Regulations Governing the Collection of Water Pollution Control Fees Amended
摘要：
Water
Regulations Governing the Collection of Water Pollution Control Fees Amended
全文：
Regulations Governing the Collection of Water Pollution Control Fees Amended
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編號：
445
標題：
Taichung County Takes the Lead in Setting Tougher Air Emission Standards
摘要：
The Taichung County government recently set industry air emission standards at levels one-third more
全文：
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編號：
67
標題：
Air Pollution Emissions Standards for Power Generation Facilities to be Tightened
摘要：
Air Pollution According to the current standard governing the emissions of power generation facilit
全文：
Air Pollution According to the current standard governing the emissions of power generation facilit
編號：
3433
標題：
EPA Co-convenes Global Environmental Education Partnership Executive Committee Meeting in UK
摘要：
Environmental Education
EPA Co-convenes Global Environmental Education Partnership Executive Committ
全文：
EPA Co-convenes Global Environmental Education Partnership Executive Committee Meeting in UK
In rece
編號：
561
標題：
Recycling of Fluorescent Light Tubes to Begin July 2001
摘要：
Following recent research on the subject the EPA has drafted plans to implement fluorescent light re
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編號：
275
標題：
Feature Article: Expanding Taiwan's Air Quality Monitoring Umbrella
摘要：
In 1990 Taiwan began putting in place an air quality monitoring network. By 1998, in addition to est
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編號：
3878
標題：
Mercury-Containing Import Ban Planned for January 2021
摘要：
Waste
Mercury-Containing Import Ban Planned for January 2021
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The global trend in mercury control is to gradually limit
and ultimately ban mercury-containing prod
編號：
3550
標題：
Second Draft of Amendments to Regulations on Plastic Shopping Bags Preannounced
摘要：
Waste
Second Draft of Amendments to Regulations on Plastic Shopping Bags Preannounced
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Second Draft of Amendments to Regulations on Plastic Shopping Bags Preannounced
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編號：
3683
標題：
Subsidies for Phasing Out Two-Stroke Motorcycles and Purchasing New Electric Bicycles Revised
摘要：
Air Quality
Subsidies for Phasing Out Two-Stroke Motorcycles and Purchasing New Electric Bicycles Re
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Subsidies for Phasing Out Two-Stroke Motorcycles and Purchasing New Electric Bicycles Revised
The EP
編號：
3370
標題：
High Tech Applied to Protect Taiwan’s Environment
摘要：
Environmental Monitoring High Tech Applied to Protect Taiwan’s Environment
Taiwan’s 2015 IT Mont
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High Tech Applied to Protect Taiwan’s Environment
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編號：
69
標題：
EPA Announces First Round of Vendors Required to Install Recycling Equipment
摘要：
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編號：
3898
標題：
Disinfection Task Force Formed to Fight COVID-19
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摘要：
Environmental Sanitation
7. Disinfection Task Force Formed to Fight COVID-19
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223/25)3,0301,060342
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編號：
58
標題：
New List of Industries Required to Obtain Air Pollution Control Permits Announced
摘要：
Air Quality The EPA has announced the 7th round of industries with stationary pollution sources whi
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編號：
4029
標題：
Major Accomplishments of Soil and Groundwater Pollution Remediation
摘要：
全文：
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編號：
3562
標題：
Environmental Devotees Awarded on World Environment Day
摘要：
Environmental Education
Environmental Devotees Awarded on World Environment Day
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編號：
305
標題：
Enhancing the Performance of Taiwan's EP Personnel Training
摘要：
Through the implementation of general professional and professional licensing training programs the
全文：
Through the implementation of general professional and professional licensing training programs the
編號：
3571
標題：
Amendments to Mobile Source Air pollution Control Fee Rates Preannounced
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Air
Amendments to Mobile Source Air pollution Control Fee Rates Preannounced
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Amendments to Mobile Source Air pollution Control Fee Rates Preannounced
To reduce the PM2.5 emissio
行政院環境保護署 的其他資料集
環保標章審議會決議事項
每1月更新,55黃先生 | 02-23117722#2932 | 2023-07-30 01:03:37
行政院環境保護署環境教育終身學習護照註冊人數
每季更新更新,57李小姐 | 02-23117722#2724 | 2022-01-15 01:10:49
行政院環境保護署病媒防治業地理資料
不定期更新更新,48薛先生 | 02-2325-7399#55413 | 2023-07-27 01:02:56
行政院環境保護署特殊性工業區即時監測值資料檔 (氣象監測項目)
每小時更新更新,153丁先生 | 02-2371-2121#6101 | 2022-01-14 01:04:58
行政院環境保護署南科樹谷環評監督委員會會議紀錄
不定期更新更新,59陳先生 | 04-2252-1718#51207 | 2022-01-14 01:21:54
行政院環境保護署
環保署各類人員預算員額數
每年更新更新,68張小姐 | 02-23117722分機2122 | 2022-01-15 01:13:02
行政院環境保護署不良日數月報表
每1月更新,285陳先生 | 02-2311-7722#2386 | 2023-08-07 01:03:28
行政院環境保護署全國模範清潔人員名單
每年更新更新,44林小姐 | (04)2252-1718#53610 | 2022-01-14 01:18:05
行政院環境保護署應回收廢棄物處理業者資料
每1年更新,177廖小姐 | 02-2370-5888#3103 | 2023-07-27 00:59:29
行政院環境保護署應回收廢棄物(廢容器類)回收量資料
每1年更新,50廖小姐 | 02-2370-5888#3103 | 2023-07-27 00:59:50
行政院環境保護署
斯德哥爾摩公約出國報告
每年更新更新,53劉小姐 | 23257399#55531 | 2022-01-15 01:10:07
行政院環境保護署事業廢棄物申報統計
每1年更新,164顏先生 | 02-23117722#2109 | 2023-07-30 01:00:57
行政院環境保護署國外公害糾紛司法案件資料
不定期更新更新,217陳小姐 | (02)2311-7722分機2932 | 2023-07-30 01:03:23
行政院環境保護署噪音實收罰鍰
每年更新更新,83謝小姐 | 02-23117722#2103 | 2022-01-14 01:22:42
行政院環境保護署重點事業廢棄物-有害污泥之產出及清理流向
每月更新更新,174陳先生 | 02-2311-7722#2682 | 2022-01-14 01:24:17
行政院環境保護署
補助地方設置巨大廢棄物回收再利用廠一覽
不定期更新更新,57林小姐 | 04-22521718#53511 | 2023-08-07 00:59:54
行政院環境保護署日累積雨量(每月更新)
每1月更新,247陳先生 | 02-2311-7722#2386 | 2023-08-03 01:05:26
行政院環境保護署空氣品質小時值_高雄市_前金站
每1時更新,176陳先生 | 02-2311-7722#2386 | 2023-08-02 00:57:39
行政院環境保護署火點資料
不定期更新更新,128謝先生 | 02-23117722轉2386 | 2022-01-14 01:05:53
行政院環境保護署列管毒性化學物質已取得許可業者查核家次
每年更新更新,211謝小姐 | 02-23117722#2103 | 2022-01-14 01:22:54
行政院環境保護署
連江縣水量水質自動監測連線傳輸監測紀錄值即時資料集
不定期更新更新,72程先生 | 02-2311-7722#2833 | 2023-08-09 01:04:05
行政院環境保護署環境音量監測結果統計(依時段分)
不定期更新更新,240章小姐 | 02-23712121#6407 | 2023-08-03 01:04:07
行政院環境保護署空氣品質小時值_新北市_萬里站
每1時更新,244陳先生 | 02-2311-7722#2386 | 2023-08-02 00:58:21
行政院環境保護署鹽水溪污染整治小組及再生願景聯繫會報
不定期更新,51汪先生 | 02-23117722-2849 | 2022-01-15 01:12:51
行政院環境保護署南科樹谷環境監測資料
不定期更新更新,50陳先生 | 04-22521718#51207 | 2022-01-14 01:22:03
行政院環境保護署
環保署廉政會報會議紀錄
不定期更新更新,49張先生 | 02-23117722#2226 | 2022-01-15 01:12:52
行政院環境保護署環境教育人員認證展延研習30小時課程規劃參考表
不定期更新,48蘇小姐 | (03)4020789分機669 | 2022-01-15 01:11:11
行政院環境保護署固定污染源-煙道基本參數檔
不定期更新更新,134陳小姐 | 02-2371-2121#6216 | 2022-01-14 01:02:45
行政院環境保護署苗栗縣水量水質自動監測連線傳輸監測紀錄值即時資料集
不定期更新更新,50許先生 | 02-2311-7722#2831 | 2022-01-18 01:24:44
行政院環境保護署空氣污染實收罰鍰
每年更新更新,202謝小姐 | 02-23117722#2103 | 2022-01-14 01:22:40
行政院環境保護署