The Review and the Evaluation of the Effectiveness for the Colle
「The Review and the Evaluation of the Effectiveness for the Colle」於資料集「EPQSummary_ChemicalSubstanceManagement」由單位「行政院環境保護署」的陳先生所提供，聯繫電話是02-2311-7722#2386，最近更新時間為：2023-07-30 01:01:48。 欄位Project Title的內容是The Review and the Evaluation of the Effectiveness for the Collection Systems of Waste Batteries and Waste lamps ， 欄位Project Subject的內容是(1)Many different types of waste battery collection and recycling subsidy rates had been reduced since EPA post the revised subsidy rates in November, 2006. The collection and recycling costs for many different types of waste batteries dropped off after the subsidy rates adjustment. This is resulting in the low purchasing prices of waste batteries offered by recycling industries in the collection market. For primary Li battery, secondary Li battery and Ni-Cd battery, the collection and recycling costs of recycling industries are close to the subsidy rates after the adjustment. The subsidy rates of primary Li battery and secondary Li battery are slightly below the average collection and recycling costs of recycling industries. The subsidy rate of Ni-Cd battery is slightly above the average collection and recycling costs of recycling industries. For Mn-Zn alkaline battery and Ni-MH battery, the subsidy rates are slightly below the collection and recycling costs of recycling industries after the adjustment. For button Li battery, button alkaline battery, Ag-oxide battery, Hg-oxide battery and Zn-air battery, the subsidy rates are above the collection and recycling costs of recycling industries.
(2)The comparing results of suggested waste battery subsidy rates calculated based on the reflecting cost and annual balance principles and EPA subsidy rates , the suggested subsidy rates based on annual balance principles are higher than the ones’ based on the reflecting cost because the recycling fund will be in debt if the suggested subsidy rates calculated based on the reflecting cost. Although the values of suggested subsidy rates have slightly differences, the results of comparing with EPA subsidy rates are the same. The battery types which the suggested subsidy rates of collection and recycling are below the EPA subsidy rates are Mn-Zn alkaline battery, secondary Li battery, button Li battery, button alkaline battery, Ag-oxide battery, Hg-oxide battery, Zn-air battery and Ni-MH battery. The battery types which the suggested subsidy rates of collection and recycling are above the EPA subsidy rates are primary Li battery and Ni-Cd battery.
(3)The domestic waste battery recycling corporation started in October, 2007. according to the current data, the recycling costs of Mn-Zn alkaline battery in domestic are lower than the recycling costs abroad. The recycling costs of secondary Li battery and Ni-MH battery in domestic are higher than the recycling costs abroad.
(4)Based on the data collection and calculation, the collection and recycling costs of fluorescent lamps are around 11.33～17.20 NT dollars/kg in 2006. The average value is around 13.42 NT dollars/kg. And the unit effectiveness for resources is -2.42 NT dollars/kg.
(5)According to the comparing results of suggested waste fluorescent lamp subsidy rates calculated based on the reflecting cost and annual balance principles and EPA subsidy rates, the suggested subsidy rates based on annual balance principles are lower than the ones’ based on the reflecting cost because the recycling fund will be in debt or surplus if the suggested subsidy rates calculated based on the reflecting cost. Although the values of suggested subsidy rates have slightly differences, the results of comparing with EPA subsidy rates are the same. The suggested subsidy rates of collection and recycling are below the EPA subsidy rates.
(6)Because non-linear tube lamps had been regulated to collect since July, 2007, all the recycling factories don’t have the data of collection costs, recycling costs and collection volumes. Thus, the evaluation should be run after cumulating enough data.
(7)We can build up the trusting life-cycle data of products based on the perspectives of domestic production, consumption and wasting, and provide the costs of management processes and data collections. Only restraining in the ... ， 欄位Project Year的內容是2007 ， 欄位Organizer的內容是Recycling Fund Management Board ， 欄位Executive Unit的內容是財團法人台灣產業服務基金會 ， 欄位Reporting download URL的內容是https://epq.epa.gov.tw/ProjectDoc/FileDownload?fid=1031&proj_id=PNFSDZRTGJ&doc_kind=1 ， 欄位Publish Date的內容是20080401 。
Project Title
The Review and the Evaluation of the Effectiveness for the Collection Systems of Waste Batteries and Waste lamps
Project Subject
(1)Many different types of waste battery collection and recycling subsidy rates had been reduced since EPA post the revised subsidy rates in November, 2006. The collection and recycling costs for many different types of waste batteries dropped off after the subsidy rates adjustment. This is resulting in the low purchasing prices of waste batteries offered by recycling industries in the collection market. For primary Li battery, secondary Li battery and Ni-Cd battery, the collection and recycling costs of recycling industries are close to the subsidy rates after the adjustment. The subsidy rates of primary Li battery and secondary Li battery are slightly below the average collection and recycling costs of recycling industries. The subsidy rate of Ni-Cd battery is slightly above the average collection and recycling costs of recycling industries. For Mn-Zn alkaline battery and Ni-MH battery, the subsidy rates are slightly below the collection and recycling costs of recycling industries after the adjustment. For button Li battery, button alkaline battery, Ag-oxide battery, Hg-oxide battery and Zn-air battery, the subsidy rates are above the collection and recycling costs of recycling industries. (2)The comparing results of suggested waste battery subsidy rates calculated based on the reflecting cost and annual balance principles and EPA subsidy rates , the suggested subsidy rates based on annual balance principles are higher than the ones’ based on the reflecting cost because the recycling fund will be in debt if the suggested subsidy rates calculated based on the reflecting cost. Although the values of suggested subsidy rates have slightly differences, the results of comparing with EPA subsidy rates are the same. The battery types which the suggested subsidy rates of collection and recycling are below the EPA subsidy rates are Mn-Zn alkaline battery, secondary Li battery, button Li battery, button alkaline battery, Ag-oxide battery, Hg-oxide battery, Zn-air battery and Ni-MH battery. The battery types which the suggested subsidy rates of collection and recycling are above the EPA subsidy rates are primary Li battery and Ni-Cd battery. (3)The domestic waste battery recycling corporation started in October, 2007. according to the current data, the recycling costs of Mn-Zn alkaline battery in domestic are lower than the recycling costs abroad. The recycling costs of secondary Li battery and Ni-MH battery in domestic are higher than the recycling costs abroad. (4)Based on the data collection and calculation, the collection and recycling costs of fluorescent lamps are around 11.33～17.20 NT dollars/kg in 2006. The average value is around 13.42 NT dollars/kg. And the unit effectiveness for resources is -2.42 NT dollars/kg. (5)According to the comparing results of suggested waste fluorescent lamp subsidy rates calculated based on the reflecting cost and annual balance principles and EPA subsidy rates, the suggested subsidy rates based on annual balance principles are lower than the ones’ based on the reflecting cost because the recycling fund will be in debt or surplus if the suggested subsidy rates calculated based on the reflecting cost. Although the values of suggested subsidy rates have slightly differences, the results of comparing with EPA subsidy rates are the same. The suggested subsidy rates of collection and recycling are below the EPA subsidy rates. (6)Because non-linear tube lamps had been regulated to collect since July, 2007, all the recycling factories don’t have the data of collection costs, recycling costs and collection volumes. Thus, the evaluation should be run after cumulating enough data. (7)We can build up the trusting life-cycle data of products based on the perspectives of domestic production, consumption and wasting, and provide the costs of management processes and data collections. Only restraining in the ...
Project Year
2007
Organizer
Recycling Fund Management Board
Executive Unit
財團法人台灣產業服務基金會
Reporting download URL
https://epq.epa.gov.tw/ProjectDoc/FileDownload?fid=1031&proj_id=PNFSDZRTGJ&doc_kind=1
Publish Date
20080401
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