Constraints leading to system-level lock-ins-the case of electronic waste management in the circular economy

This study aims to systematically go through the various factors that prevent the implementation and diffusion of new closed-loop solutions and, thus, the transformation towards a circular economy. These factors are studied in the context of waste electrical and electronic equipment (WEEE) management. WEEE management offers an interesting context to study this, as technologies and political pressures, as well as a business potential for more efficient material recovery, exist. The study follows an embedded single case design based on interviews with actors in the WEEE management system. While the individual constraints may hinder the uptake of advanced recycling solutions, the interactions between these constraints seem to have an enforcing effect and lead to the formation of system-level lock-ins. This study identified three system-level lock-ins, the national extended producer responsibility scheme, techno-economic issues, and tensions in the supply chain, which impede the adoptation of innovations and the consequent transformation of the WEEE management system. Understanding how these constraints interact is essential for any effort to unlock the system and support the circular economy transformation.

Automated summary

This study systematically examines the factors that hinder the implementation and diffusion of new closed-loop solutions and the transformation towards a circular economy, specifically in the context of waste electrical and electronic equipment (WEEE) management. The study identified three system-level lock-ins, including the national extended producer responsibility scheme, techno-economic issues, and tensions in the supply chain, which impede the adoption of innovations and the transformation of the WEEE management system. Understanding the interactions between these constraints is crucial for unlocking the system and supporting the transition to a circular economy.