Abstract

This study focuses on the lifespan of consumer electronics. The article reviews end-of-life terminology in scientific literature and suggests distinguishing end-of-use and end-of-life stages. The question, when electronics become waste, is approached using the concept of a system called PSSP language, which classifies artefacts based on their attributes of purpose, structure, state and performance. It is highlighted that waste as a concept is dynamic; the same thing can be waste or non-waste at different times and places and for different people. Further, the article reviews the impact of storage behavior on the realization of the waste hierarchy, using mobile phones as a case study. Evidence suggests that over half of customers use their mobile phones for only two years, and there is little incentive to keep them in use longer. Surveys also indicate that over half of the customers do not return their phones for reuse or recycling but keep them at home. The article suggests that the three key factors, promoting the storing of an old phone, are the shortness of usage time, perceived residual value of replaced equipment and concerns of personal information security. It is also indicated that memories and the personal attachment to the device contribute to consumers’ storage decision. It is concluded that, to prolong the use of mobile phones, there is a demand for changing consumers attitudes towards the return of electronics for reuse and repair to be more positive.

Highlights

  • Rising incomes and the decreasing prices of consumer products have led to the situation where many products, including various small consumer electronics, are more replaceable than ever

  • We aim to provide a better understanding of the concepts of lifespan, using mobile phones as a case study

  • To reduce the amount of WEEE, we need to know the reasons why it ends up becoming waste

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Summary

Introduction

Rising incomes and the decreasing prices of consumer products have led to the situation where many products, including various small consumer electronics, are more replaceable than ever. The useful lifetime of electrical and electronic equipment (EEE) has shortened due to an ever-faster release of products with new features. The amount of electronic waste (WEEE) has grown remarkably over recent decades. In 2019, over 53 Mt of WEEE was generated globally. 9.2 Mt since 2014 and is estimated to reach 74.7 Mt by 2030, which means that the generation of WEEE will almost double in only 16 years [1]. It is estimated that less than 18% of WEEE generated was formally collected and recycled globally in 2019 [1]

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