Journal
WASTE MANAGEMENT & RESEARCH
Volume 39, Issue 1, Pages 101-107Publisher
SAGE PUBLICATIONS LTD
DOI: 10.1177/0734242X20932225
Keywords
E-waste; informal; extended producer responsibility; mapping; material flow analysis (MFA); Cuenca; Ecuador
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Funding
- Global School at Worcester Polytechnic Institute, Worcester, Massachusetts
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Traditional e-waste policies are based on extended producer responsibility (EPR) principles, involving regulated collection and recycling channels tied to high collection quotas. However, little is known about the scope and dynamics of informal e-waste flows and actors during policy formulation.
Electronic waste (e-waste) policies have traditionally been based on extended producer responsibility (EPR) principles. In practice, EPR-based e-waste policies primarily involve the creation of regulated collection and recycling channels, with success tied to achieving high collection quotas. However, the majority of EPR programs, particularly those in the Global South, have achieved little success due to competition with the informal sector. Despite this, strikingly little is known of the scope and dynamics of informal e-waste flows and actors during the formulation of e-waste management policies. This study develops and pilots a replicable three-stage model for solid waste researchers, practitioners and policymakers to rapidly assess these informal e-waste systems. This model is demonstrated in Cuenca, Ecuador, and determined the destination of 50-80% of Cuenca's e-waste over a period of three days. The methods used and findings that emerge from this study offer a strategy to rapidly quantify and understand the dynamics of informal e-waste systems to inform EPR-based policies in ways that place informal recyclers at the core of e-waste management. This not only provides creative opportunities for formal systems to achieve e-waste collection quotas through partnerships with the informal sector, but offers a pathway to preserve the livelihoods of marginalized populations reliant on e-waste recycling and decrease environmental harm.
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