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This policy brief, based on a report written as part of a partnership between the business leaders’ initiative 3C (Combat Climate Change) and the Stockholm Environment Institute, examines the use of five metals in low-carbon technologies: cobalt, lithium, neodymium, indium and tellurium.
Low-carbon technologies such as photovoltaics, wind power, and electric and hybrid vehicles are likely to play a key role in climate change mitigation. Yet several of these technologies depend on metals which are becoming scarce and this could hinder large-scale deployment.
The authors use a custom-built scenario calculator to estimate future supply and demand for five metals – cobalt, lithium, neodymium, indium and tellurium – under three energy scenarios and three global minerals market scenarios. They find a severe risk of medium- and long-term cumulative deficits of indium and tellurium, a moderate risk of medium-term and severe risk of long-term deficits of neodymium, and a limited risk of long-term deficits of cobalt and lithium.
The policy brief also examines how businesses and governments are responding to metal scarcity, and identify strategies to make low-carbon technologies less vulnerable to potential future supply bottlenecks.
Project / The Resilient Coasts Caribbean Sea project will develop Living Labs for coastal ecosystem management using nature-based solutions.
Other publication / Gary Haq contributed six entries relating to climate change for this research encyclopaedia.
Past event / Join us online or in person as we explore the barriers and enablers to supporting adaptation to climate change for marginalized groups.
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