Determining Environmental Costs: A Challenge in A Governmental E-Waste Recycling Scheme
○Chii-Pwu Cheng, Chun-hsu Lin, Lihchyi Wen, Tien‐Chin Chang
Abstract
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○Chii-Pwu Cheng, Chun-hsu Lin, Lihchyi Wen, Tien‐Chin Chang
Abstract
Open-access reader
The Extended Producer Responsibility (EPR) concept involves having producers take environmental responsibility for post-consumer products. Based on this principle, the Waste Electrical and Electronic Equipment (WEEE) Directive of the European Union, enacted in 2006, is the most representative management program in the world and the most popular recycling policy many countries follow. Taiwan’s version of EPR for WEEE recycling, set up in 1998, had a focus on recycling fees determined by a recycling fee equation. Nowadays, the equation takes into account the consideration of the environment in the designs of products, in addition to the cost needed for recycling. The environmental performance upgrades in products, encouraged by the financial incentives from these considerations, is a side-benefit of this program. In this paper, the functions of the recycling fee equation that consider environmental costs are reviewed. It was found that in spite of the difficulty in determining the real environmental costs in practice, pricing is a mechanism which helps us to consider the cost of e-waste recycling, not only in terms of labor and administration, but also environmental quality.
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The Extended Producer Responsibility (EPR) concept involves having producers take environmental responsibility for post-consumer products. Based on this principle, the Waste Electrical and Electronic Equipment (WEEE) Directive of the European Union, enacted in 2006, is the most representative management program in the world and the most popular recycling policy many countries follow. Taiwan’s version of EPR for WEEE recycling, set up in 1998, had a focus on recycling fees determined by a recycling fee equation. Nowadays, the equation takes into account the consideration of the environment in the designs of products, in addition to the cost needed for recycling. The environmental performance upgrades in products, encouraged by the financial incentives from these considerations, is a side-benefit of this program. In this paper, the functions of the recycling fee equation that consider environmental costs are reviewed. It was found that in spite of the difficulty in determining the real environmental costs in practice, pricing is a mechanism which helps us to consider the cost of e-waste recycling, not only in terms of labor and administration, but also environmental quality.
Key concepts: Extended producer responsibility, Electronic equipment, Electronic waste, Directive, Environmental economics, Incentive, Business, Environmental quality