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The management challenge for household waste in emerging economies like Brazil: Realistic source separation and activation of reverse logistics

机译:巴西等新兴经济体中家庭垃圾的管理挑战:现实的源头分离和反向物流的激活

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Business opportunities in the household waste sector in emerging economies still evolve around the activities of bulk collection and tipping with an open material balance. This research, conducted in Brazil, pursued the objective of shifting opportunities from tipping to reverse logistics in order to close the balance. To do this, it illustrated how specific knowledge of sorted waste composition and reverse logistics operations can be used to determine realistic temporal and quantitative landfill diversion targets in an emerging economy context. Experimentation constructed and confirmed the recycling trilogy that consists of source separation, collection infrastructure and reverse logistics. The study on source separation demonstrated the vital difference between raw and sorted waste compositions. Raw waste contained 70% biodegradable and 30% inert matter. Source separation produced 47% biodegradable, 20% inert and 33% mixed material. The study on collection infrastructure developed the necessary receiving facilities. The study on reverse logistics identified private operators capable of collecting and processing all separated inert items. Recycling activities for biodegradable material were scarce and erratic. Only farmers would take the material as animal feed. No composting initiatives existed. The management challenge was identified as stimulating these activities in order to complete the trilogy and divert the 47% source-separated biodegradable discards from the landfills.
机译:新兴经济体中的家庭废物部门的商机仍然围绕着散装收集和小费交易的开放材料平衡而发展。在巴西进行的这项研究追求的目标是将机会从小费转向逆向物流,以实现收支平衡。为此,它说明了如何在新兴经济背景下使用分类垃圾成分和逆向物流操作的特定知识来确定现实的时间和定量垃圾掩埋转移目标。实验构建并确认了由资源分离,收集基础设施和逆向物流组成的回收三部曲。来源分离研究证明了原始和分类废物成分之间的重要差异。原废料包含70%可生物降解和30%惰性物质。源分离产生47%可生物降解,20%惰性和33%混合材料。关于收集基础设施的研究开发了必要的接收设备。对逆向物流的研究确定了能够收集和处理所有分离的惰性物品的私人经营者。可生物降解材料的回收活动稀少且不稳定。只有农民才将这种材料作为动物饲料。没有堆肥计划。确定管理方面的挑战是刺激这些活动,以完成三部曲并转移来自垃圾掩埋场的按源分类的47%可生物降解的废物。

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