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- All Subjects: Sustainability
- Genre: Doctoral Dissertation
Description
This dissertation seeks to identify an ecology of knowledge to serve as a theoretical lens for understanding the state of the electronic waste management industry in the United States. Semi-structured interviews of stakeholder groups such as e-waste recyclers, manufacturers, government agencies, refurbishers, and other interested organizations were used to determine the current status of used electronics management in the US. The focus is on how the electronics reuse and recycling industry is being affected by the rapid changes in consumer electronic device technology as well as the lack of recycling infrastructure, insufficient consumer engagement with electronics reuse and repair, and inconsistent regulation. The stakeholders which are being impacted by the changing industry are also participating in shaping it either in terms of initiating the changes, or in how they are reacting and adapting to them. Furthermore, electronics reuse
and recycling have been widely considered two aspects of the same industry despite increasing evidence of bifurcation and competition for material flows. Based on stakeholder response, the ecology of knowledge that exists within this industry suggests that recyclers should shift their business to incorporate more repair and resale in addition to recycling to remain profitable. Case studies involving participant observation, additional semi-structured interviews, and policy comparisons were utilized to serve as representations for the three primary stakeholder groups: electronics recyclers, electronics refurbishers, and government agencies regulating electronics recycling and e-waste disposal. These three
stakeholder groups and their ability to capture electronics at the end of their useful life drive the percentage of discarded electronics which are recycled or reused. The used electronics infrastructure, institutions, and stakeholder networks along with the knowledge generated within make-up an ecology of knowledge which explains how changes in newer consumer electronic devices are antagonistic to recycling systems couched in a slow-to-change scrap industry. Intellectual property laws prevent the repair and reuse of used electronic devices. Finally, inconsistent, patchwork e-waste recycling
laws do not sufficiently capture used electronics at the end of their useful life. These factors have had a significant impact on the larger socio-technical system of end-of-life consumer electronic device management in the United States.
ContributorsNafe, Christopher Micheal (Author) / Wetmore, Jameson (Thesis advisor) / Dooley, Kevin (Thesis advisor) / Richter, Jennifer (Committee member) / Arizona State University (Publisher)
Created2024
Description
This dissertation examines the nexus of three trends in electricity systems transformations underway worldwide—the scale-up of renewable energy, regionalization, and liberalization. Interdependent electricity systems are being envisioned that require partnership and integration across power disparities. This research explores how actors in the Mediterranean region envisioned a massive scale-up of renewable energy within a single electricity system and market across Europe, North Africa, and the Middle East. It asks: How are regional sociotechnical systems envisioned? What are the anticipated consequences of a system for a region with broad disparities and deep sociopolitical differences? What can be learned about energy justice by examining this vision at multiple scales? A sociotechnical systems framework is used to analyze energy transformations, interweaving the technical aspects with politics, societal effects, and political development issues. This research utilized mixed qualitative methods to analyze Mediterranean electricity transformations at multiple scales, including fieldwork in Morocco and Germany, document analysis, and event ethnography. Each scale—from a global history of concentrating solar power technologies to a small village in Morocco—provides a different lens on the sociotechnical system and its implications for justice. This study updates Thomas Hughes’ Networks of Power, the canonical history of the sociotechnical development of electricity systems, by adding new aspects to sociotechnical electricity systems theory. First, a visioning process now plays a crucial role in guiding innovation and has a lasting influence on the justice outcomes. Second, rather than simply providing people with heat and light, electrical power systems in the 21st century are called upon to address complex integrated solutions. Furthermore, building a sustainable energy system is now a retrofitting agenda, as system builders must graft new infrastructure on top of old systems. Third, the spatial and temporal aspects of sociotechnical energy systems should be amended to account for constructed geography and temporal complexity. Fourth, transnational electricity systems pose new challenges for politics and political development. Finally, this dissertation presents a normative framework for conceptualizing and evaluating energy justice. Multi-scalar, systems-level justice requires collating diverse ideas about energy justice, expanding upon them based on the empirical material, and evaluating them with this framework.
ContributorsMoore, Sharlissa (Author) / Hackett, Ed J. (Thesis advisor) / Minteer, Ben (Committee member) / Parmentier, Mary Jane (Committee member) / Wetmore, Jameson (Committee member) / Arizona State University (Publisher)
Created2015