Abstract

Much academic research on low-carbon transitions focuses on the diffusion or use of innovations such as electric vehicles or solar panels, but overlooks or obscures downstream and upstream processes, such as mining or waste flows. Yet it is at these two extremes where emerging low-carbon transitions in mobility and electricity are effectively implicated in toxic pollution, biodiversity loss, exacerbation of gender inequality, exploitation of child labor, and the subjugation of ethnic minorities. We conceptualize these processes as part of an emerging “decarbonisation divide.” To illustrate this divide with clear insights for political ecology, sustainability transitions, and energy justice research, this study draws from extensive fieldwork examining cobalt mining in the Democratic Republic of the Congo (DRC), and the processing and recycling of electronic waste in Ghana. It utilizes original data from 34 semi-structured research interviews with experts and 69 community interviews with artisanal cobalt miners, e-waste scrapyard workers, and other stakeholders, as well as 50 site visits. These visits included 30 industrial and artisanal cobalt mines in the DRC, as well as associated infrastructure such as trading depots and processing centers, and 20 visits to the Agbogbloshie scrapyard and neighborhood alongside local waste collection sites, electrical repair shops, recycling centers, and community e-waste dumps in Ghana. The study proposes a concerted set of policy recommendations for how to better address issues of exploitation and toxicity, suggestions that go beyond the often-touted solutions of formalisation or financing. Ultimately, the study holds that we must all, as researchers, planners, and citizens, broaden the criteria and analytical parameters we use to evaluate the sustainability of low-carbon transitions.

Highlights

  • The window of opportunity for mitigating climate change is closing

  • A report from the consulting company McKinsey & Company (2019: 3) assessed these trends, and deduced that “energy companies should be planning for an industrial revolution driven by renewables” and that “by 2035, renewables will account for more than 50% of global power generation; electric vehicles will be the low-cost option for car, van and small-truck drivers; oil demand will be declining; and gas demand will have peaked.”

  • Even though the Congolese and Ghanaian communities end up either supplying critical metals to low-carbon technologies, or processing their waste flows, the environmental and public health risks associated with cobalt mining and e-waste processing are sizable, multifaceted, and persistent

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Summary

Introduction

The window of opportunity for mitigating climate change is closing. Limiting global warming to 1.5 °C will require reaching 80% zeroemission energy by 2030 and 100% by 2050 (IPCC 2018). The International Renewable Energy Agency (IRENA, 2018) reports in their most recent outlook that between 2015 and 2050, the share of lowcarbon electricity in total final energy consumption needs to double as technologies such as electric vehicles (EV), battery storage, heat pumps, and solar PV become mainstream Underlying these much-heralded trends, is concomitant growth in the demand for critical materials, minerals, and metals. One study projected material stock increases between 2015 and 2060 for selected technologies, and the numbers are dizzying: there is an expected increase of 87,000% for battery electric vehicles, 1000% for wind power, and 3000% for solar PV power (Månberger and Stenqvist 2018) This could be why the World Bank (2018: 3) concluded that “the clean energy transition will be significantly mineral intensive.”. Wind energy will result in another 730,000 tons of e-waste

Case selection
Data collection
Study limitations
Results: aggravated vulnerabilities within the “decarbonisation divide”
Environmental and public health
30 Depot 18
Gender disempowerment and the marginalization of women
Child labor and exploitation
Subjugation of ethnic and migrant minorities
Policy implications and recommendations
Findings
Conclusion

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