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Plastic credit: A consortium blockchain-based plastic recyclability system

机译:塑料信用:基于集成区块的塑料可回收性系统

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摘要

By the end of 2015, approximately 6300 million tons (Mt) of plastic waste had been generated globally, but less than 10% of plastics was recycled. Since different types of plastics have various degrees of recyclability, consumer information about plastic product recyclability is paramount in order to increase the levels of plastic recycled. Against this context, the objective of this work is to define a plastic credit system to increase the amount of recyclable plastics. The plastic credit system assigns credit information to each plastic product and its corresponding company based on the percentage recyclability value of the plastic type and its composition. The methodology proposed is based on a unified and transparent credit system established by a double-chain system, which comprises a public blockchain CreditChain and a consortium blockchain M-InfoChain. The results show through the overall system performance analysis that the designed plastic credit system is capable of promoting a demand shift towards plastic products with higher plastic recyclability and achieving a lightweight operation for resource requirements and system maintenance.
机译:截至2015年底,全球约6.3亿吨(MT)的塑料废物,但不到10%的塑料再循环。由于不同类型的塑料具有各种可回收性,因此消费者信息有关塑料产品可回收性的信息是至关重要的,以增加再循环的塑料水平。在此背景下,这项工作的目标是定义塑料信贷系统,以增加可回收塑料的数量。塑料信贷系统根据塑料型及其组成的百分比可回收性值为每个塑料产品及其相应公司分配信用信息。所提出的方法基于由双链系统建立的统一和透明的信用体系,该系统包括公共区块Chectrichain和Consortium BlockChain M-Infochain。结果显示,通过整体系统性能分析,设计的塑料信贷系统能够促进需求转向塑料制品,具有更高的塑料可回收性,实现了资源需求和系统维护的轻量级操作。

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