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An integrated method of life-cycle assessment and system dynamics for waste mobile phone management and recycling in China

机译:中国废手机管理和回收的生命周期评估和系统动力学的综合方法

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With the popularity of electronic products, most consumers are fully aware of the consequences of excessive resource consumption and the need to protect the environment. One of the more disposable electronic products is the mobile phone, which has experienced exponential sales growth over the past decade. With the rapid growth of mobile phone use as well as rapid technological progress, the number of old and discarded mobile phones has been rising, leading to ecological damage. This paper analyzes waste mobile phone management and recycling in China by using an integrated method of life cycle assessment (LCA) and system dynamics (SD). The first step is using the LCA approach to analyze the various factors associated with waste mobile phone recycling. Moreover, three major parts (resources, human health, and ecosystem quality) are considered to be significantly influenced in this process. Then, a system dynamic model is built to explore the influences of different recycling scenarios in China. The model also determines the optimum components and treatment methods needed to save resources and reduce the environmental pollution generated by mobile phone disposal. (C) 2018 Elsevier Ltd. All rights reserved.
机译:随着电子产品的普及,大多数消费者完全意识到过度消耗资源的后果以及对环境保护的需求。移动电话是更一次性的电子产品之一,在过去十年中,其销售经历了指数级增长。随着手机使用的快速增长和技术的飞速发展,旧手机和报废手机的数量一直在增加,从而导致了生态破坏。本文采用生命周期评估(LCA)和系统动力学(SD)的综合方法,对中国的废旧手机管理和回收进行了分析。第一步是使用LCA方法分析与废手机回收相关的各种因素。此外,三个主要部分(资源,人类健康和生态系统质量)被认为在此过程中受到了重大影响。然后,建立了一个系统动力学模型来探讨中国不同回收方案的影响。该模型还确定了节省资源并减少手机处置所产生的环境污染所需的最佳组件和处理方法。 (C)2018 Elsevier Ltd.保留所有权利。

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