Dry-cell Batteries to be Comprehensively RecycledRecycling1999
「Dry-cell Batteries to be Comprehensively RecycledRecycling1999」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354 ， 欄位標題的內容是Dry-cell Batteries to be Comprehensively Recycled ， 欄位摘要的內容是The plan to comprehensively recycle dry-cell batteries was recently completed and announced on May 4 and will formally come into force in November. Once the plan goes into effect, a differential fee rate will be adopted. For batteries whose mercury, cadmium, and lead content exceeds an EPA-designated standard, fee rates will be doubled. After the comprehensive recycling policy is implemented, it is expected that the number of batteries to be controlled under the new plan will dramatically increase from the present annual amount of 20 tons to several thousand tons. The annual amount of recycling fees paid out will total at least 77,000,000 NT dollars.
Suggestions for a comprehensive recycling plan (as opposed to a policy of sorting based on battery type) for dry-cell batteries have been coming from diverse sources for quite some time. In public hearings held in November of last year and January of this year, environmental groups and recycling enterprises, as well as representatives from other industries, have openly supported the idea of a comprehensive recycling plan for dry-cell batteries. After extensive research into the matter, the EPA publicly announced requirements for comprehensive collection and recycling of dry-cell batteries. A transitional period of six months has been given to related firms and industries until the law comes into force on November 1of this year.
In order to encourage the reduction of amounts of mercury, cadmium, and lead in batteries, if the amount of these metals exceeds the standards, the fee will be doubled. This policy was approved during the third provisional meeting of the Fee Rate Committee. (See the accompanying table)
Just recently, the EPA entrusted Yuan-Chr University to carry out a plan to initiate standard tests for metal content of dry cell batteries, and to research standard testing methods to establish a future basic standard for the lead, mercury, and cadmium content of all batteries.
Estimates indicate that Taiwan’s yearly use of batteries is at least 3,500 tons, but the present quantity of batteries listed for recycling is less than 1%. After implementation of the comprehensive recycling system, the annual amount of batteries to be brought under control will increase dramatically from the present amount of 20 tons to several thousand tons. The estimated recycling fee rate per kilogram will be approximately 22 NT dollars to reach an annual total that will exceed 77,000,000 NT dollars.
Once the scale of recycling expands, costs associated with enterprise registration, reporting and fee collection will increase accordingly. On the other hand, not only is it easier to promote public awareness, the per unit cost of collection and separation will effectively decrease. It is hoped that the scale of recycling and processing will increase to an annual amount of fifty million tons, and the nation can take advantage of a thorough and effective recycling system.
Additionally, the EPA will promote a systematic plan to include assistance in setting up waste battery recycling points and processing capabilities for the related industries. According to the policy plan, by the end of 2000, recycling points will total 6,000 in number which will achieve a projected monthly recycling rate of 25%, and the overall goal of constructing island-wide collection and processing centers will be one step closer to accomplishment.
Proposed Fee Rates for Comprehensive Battery Recycling
Category
Proposed fee rate (NT$/kg)
Current fee rate
Percentage change
Non-rechargeable batteries
Manganese zinc
22 (44)
--
--
Cylindrical alkali
22 (44)
89.45
-75%
Cylindrical lithium
35 (70)
--
--
Button-style manganese zinc
200
279.51
-28%
Button-style lithium
200
279.51
-28%
Silver Oxide
200
279.51
-28%
Mercury Oxide
200
279.51
-28%
Zinc-air
200
--
--
Rechargeable batteries
Nickel cadmium
28
50.52
-45%
Nickel hydrogen
2 (4)
--
--
Lithium
11 (22)
--
--
Notes: figures in parentheses represent the doubled fee rate for batteries whose heavy metal content exceeds a basic standard. ， 欄位全文的內容是The plan to comprehensively recycle dry-cell batteries was recently completed and announced on May 4 and will formally come into force in November. Once the plan goes into effect, a differential fee rate will be adopted. For batteries whose mercury, cadmium, and lead content exceeds an EPA-designated standard, fee rates will be doubled. After the comprehensive recycling policy is implemented, it is expected that the number of batteries to be controlled under the new plan will dramatically increase from the present annual amount of 20 tons to several thousand tons. The annual amount of recycling fees paid out will total at least 77,000,000 NT dollars.
Suggestions for a comprehensive recycling plan (as opposed to a policy of sorting based on battery type) for dry-cell batteries have been coming from diverse sources for quite some time. In public hearings held in November of last year and January of this year, environmental groups and recycling enterprises, as well as representatives from other industries, have openly supported the idea of a comprehensive recycling plan for dry-cell batteries. After extensive research into the matter, the EPA publicly announced requirements for comprehensive collection and recycling of dry-cell batteries. A transitional period of six months has been given to related firms and industries until the law comes into force on November 1of this year.
In order to encourage the reduction of amounts of mercury, cadmium, and lead in batteries, if the amount of these metals exceeds the standards, the fee will be doubled. This policy was approved during the third provisional meeting of the Fee Rate Committee. (See the accompanying table)
Just recently, the EPA entrusted Yuan-Chr University to carry out a plan to initiate standard tests for metal content of dry cell batteries, and to research standard testing methods to establish a future basic standard for the lead, mercury, and cadmium content of all batteries.
Estimates indicate that Taiwan’s yearly use of batteries is at least 3,500 tons, but the present quantity of batteries listed for recycling is less than 1%. After implementation of the comprehensive recycling system, the annual amount of batteries to be brought under control will increase dramatically from the present amount of 20 tons to several thousand tons. The estimated recycling fee rate per kilogram will be approximately 22 NT dollars to reach an annual total that will exceed 77,000,000 NT dollars.
Once the scale of recycling expands, costs associated with enterprise registration, reporting and fee collection will increase accordingly. On the other hand, not only is it easier to promote public awareness, the per unit cost of collection and separation will effectively decrease. It is hoped that the scale of recycling and processing will increase to an annual amount of fifty million tons, and the nation can take advantage of a thorough and effective recycling system.
Additionally, the EPA will promote a systematic plan to include assistance in setting up waste battery recycling points and processing capabilities for the related industries. According to the policy plan, by the end of 2000, recycling points will total 6,000 in number which will achieve a projected monthly recycling rate of 25%, and the overall goal of constructing island-wide collection and processing centers will be one step closer to accomplishment.
Proposed Fee Rates for Comprehensive Battery Recycling
Category
Proposed fee rate (NT$/kg)
Current fee rate
Percentage change
Non-rechargeable batteries
Manganese zinc
22 (44)
--
--
Cylindrical alkali
22 (44)
89.45
-75%
Cylindrical lithium
35 (70)
--
--
Button-style manganese zinc
200
279.51
-28%
Button-style lithium
200
279.51
-28%
Silver Oxide
200
279.51
-28%
Mercury Oxide
200
279.51
-28%
Zinc-air
200
--
--
Rechargeable batteries
Nickel cadmium
28
50.52
-45%
Nickel hydrogen
2 (4)
--
--
Lithium
11 (22)
--
--
Notes: figures in parentheses represent the doubled fee rate for batteries whose heavy metal content exceeds a basic standard. ， 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Recycling ， 欄位標題2的內容是Dry-cell Batteries to be Comprehensively Recycled ， 欄位檔案位置的內容是print/V2/V2-12 。
編號
354
標題
Dry-cell Batteries to be Comprehensively Recycled
摘要
The plan to comprehensively recycle dry-cell batteries was recently completed and announced on May 4 and will formally come into force in November. Once the plan goes into effect, a differential fee rate will be adopted. For batteries whose mercury, cadmium, and lead content exceeds an EPA-designated standard, fee rates will be doubled. After the comprehensive recycling policy is implemented, it is expected that the number of batteries to be controlled under the new plan will dramatically increase from the present annual amount of 20 tons to several thousand tons. The annual amount of recycling fees paid out will total at least 77,000,000 NT dollars. Suggestions for a comprehensive recycling plan (as opposed to a policy of sorting based on battery type) for dry-cell batteries have been coming from diverse sources for quite some time. In public hearings held in November of last year and January of this year, environmental groups and recycling enterprises, as well as representatives from other industries, have openly supported the idea of a comprehensive recycling plan for dry-cell batteries. After extensive research into the matter, the EPA publicly announced requirements for comprehensive collection and recycling of dry-cell batteries. A transitional period of six months has been given to related firms and industries until the law comes into force on November 1of this year. In order to encourage the reduction of amounts of mercury, cadmium, and lead in batteries, if the amount of these metals exceeds the standards, the fee will be doubled. This policy was approved during the third provisional meeting of the Fee Rate Committee. (See the accompanying table) Just recently, the EPA entrusted Yuan-Chr University to carry out a plan to initiate standard tests for metal content of dry cell batteries, and to research standard testing methods to establish a future basic standard for the lead, mercury, and cadmium content of all batteries. Estimates indicate that Taiwan’s yearly use of batteries is at least 3,500 tons, but the present quantity of batteries listed for recycling is less than 1%. After implementation of the comprehensive recycling system, the annual amount of batteries to be brought under control will increase dramatically from the present amount of 20 tons to several thousand tons. The estimated recycling fee rate per kilogram will be approximately 22 NT dollars to reach an annual total that will exceed 77,000,000 NT dollars. Once the scale of recycling expands, costs associated with enterprise registration, reporting and fee collection will increase accordingly. On the other hand, not only is it easier to promote public awareness, the per unit cost of collection and separation will effectively decrease. It is hoped that the scale of recycling and processing will increase to an annual amount of fifty million tons, and the nation can take advantage of a thorough and effective recycling system. Additionally, the EPA will promote a systematic plan to include assistance in setting up waste battery recycling points and processing capabilities for the related industries. According to the policy plan, by the end of 2000, recycling points will total 6,000 in number which will achieve a projected monthly recycling rate of 25%, and the overall goal of constructing island-wide collection and processing centers will be one step closer to accomplishment. Proposed Fee Rates for Comprehensive Battery Recycling Category Proposed fee rate (NT$/kg) Current fee rate Percentage change Non-rechargeable batteries Manganese zinc 22 (44) -- -- Cylindrical alkali 22 (44) 89.45 -75% Cylindrical lithium 35 (70) -- -- Button-style manganese zinc 200 279.51 -28% Button-style lithium 200 279.51 -28% Silver Oxide 200 279.51 -28% Mercury Oxide 200 279.51 -28% Zinc-air 200 -- -- Rechargeable batteries Nickel cadmium 28 50.52 -45% Nickel hydrogen 2 (4) -- -- Lithium 11 (22) -- -- Notes: figures in parentheses represent the doubled fee rate for batteries whose heavy metal content exceeds a basic standard.
全文
The plan to comprehensively recycle dry-cell batteries was recently completed and announced on May 4 and will formally come into force in November. Once the plan goes into effect, a differential fee rate will be adopted. For batteries whose mercury, cadmium, and lead content exceeds an EPA-designated standard, fee rates will be doubled. After the comprehensive recycling policy is implemented, it is expected that the number of batteries to be controlled under the new plan will dramatically increase from the present annual amount of 20 tons to several thousand tons. The annual amount of recycling fees paid out will total at least 77,000,000 NT dollars. Suggestions for a comprehensive recycling plan (as opposed to a policy of sorting based on battery type) for dry-cell batteries have been coming from diverse sources for quite some time. In public hearings held in November of last year and January of this year, environmental groups and recycling enterprises, as well as representatives from other industries, have openly supported the idea of a comprehensive recycling plan for dry-cell batteries. After extensive research into the matter, the EPA publicly announced requirements for comprehensive collection and recycling of dry-cell batteries. A transitional period of six months has been given to related firms and industries until the law comes into force on November 1of this year. In order to encourage the reduction of amounts of mercury, cadmium, and lead in batteries, if the amount of these metals exceeds the standards, the fee will be doubled. This policy was approved during the third provisional meeting of the Fee Rate Committee. (See the accompanying table) Just recently, the EPA entrusted Yuan-Chr University to carry out a plan to initiate standard tests for metal content of dry cell batteries, and to research standard testing methods to establish a future basic standard for the lead, mercury, and cadmium content of all batteries. Estimates indicate that Taiwan’s yearly use of batteries is at least 3,500 tons, but the present quantity of batteries listed for recycling is less than 1%. After implementation of the comprehensive recycling system, the annual amount of batteries to be brought under control will increase dramatically from the present amount of 20 tons to several thousand tons. The estimated recycling fee rate per kilogram will be approximately 22 NT dollars to reach an annual total that will exceed 77,000,000 NT dollars. Once the scale of recycling expands, costs associated with enterprise registration, reporting and fee collection will increase accordingly. On the other hand, not only is it easier to promote public awareness, the per unit cost of collection and separation will effectively decrease. It is hoped that the scale of recycling and processing will increase to an annual amount of fifty million tons, and the nation can take advantage of a thorough and effective recycling system. Additionally, the EPA will promote a systematic plan to include assistance in setting up waste battery recycling points and processing capabilities for the related industries. According to the policy plan, by the end of 2000, recycling points will total 6,000 in number which will achieve a projected monthly recycling rate of 25%, and the overall goal of constructing island-wide collection and processing centers will be one step closer to accomplishment. Proposed Fee Rates for Comprehensive Battery Recycling Category Proposed fee rate (NT$/kg) Current fee rate Percentage change Non-rechargeable batteries Manganese zinc 22 (44) -- -- Cylindrical alkali 22 (44) 89.45 -75% Cylindrical lithium 35 (70) -- -- Button-style manganese zinc 200 279.51 -28% Button-style lithium 200 279.51 -28% Silver Oxide 200 279.51 -28% Mercury Oxide 200 279.51 -28% Zinc-air 200 -- -- Rechargeable batteries Nickel cadmium 28 50.52 -45% Nickel hydrogen 2 (4) -- -- Lithium 11 (22) -- -- Notes: figures in parentheses represent the doubled fee rate for batteries whose heavy metal content exceeds a basic standard.
年度
1999
月份
2
卷
2
期
12
順序
1
倒序
2
分類
Recycling
標題2
Dry-cell Batteries to be Comprehensively Recycled
檔案位置
print/V2/V2-12
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