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Environmental Evaluation of Treatment Scenarios for Waste Batteries (Alkaline and Zinc-Coal Fraction) Collected in Belgium

机译:比利时收集废旧电池(碱性和锌煤分数)治疗方案的环境评价

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摘要

The new European Batteries Directive 2006/66/EC, entering into force on 26 September 2006, quantifies recycling targets for collected zinc carbon and alkaline waste batteries. Eventually, 50% of the weight of these waste batteries has to be recycled. A calculation method for determining the recycling rate of a specific battery treatment has to be developed by a Technical Adaptation Committee (TAC) in the years to come. VITO analysed four treatment scenarios for zinc carbon and alkaline batteries. Starting from an average composition of waste batteries, a mass balance and an environmental profile are calculated for the treatment of 1 ton zinc carbon and alkaline waste batteries according to four treatment scenarios. The environmental profiles are compared using Life Cycle Analysis methodology. The results are used by the Flemish government (OVAM) in the context of the Flemish and European policy development regarding waste batteries.
机译:新的欧洲电池指令2006/66 / EC,于2006年9月26日进入生效,量化了收集的锌碳和碱性废旧电池的回收目标。最终,这些废电池的50%的重量必须被回收。用于确定特定电池处理的再循环率的计算方法必须在未来几年内通过技术适应委员会(TAC)开发。 VIVO分析了锌碳和碱性电池的四种治疗方案。从废电池的平均组成开始,根据四种治疗方案,计算质量平衡和环境型材以处理1吨锌碳和碱性废旧电池。使用生命周期分析方法进行比较环境型材。佛兰芒政府(OVAM)在森林和欧洲政策发展的背景下使用了结果。

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