Investment in renewable energy and technology is accelerating quickly. This is a win for climate, but not a straightforward one: renewable tech requires extracting transition minerals, which poses risks for people and nature … and can contribute to more greenhouse gas emissions due to the resource-intensive minerals mining and refining process. NGO War on Want’s report on the catch-22 of transition minerals advocates for “carefully planned, low-carbon and non-resource-intensive solutions for people and planet.” Specifically, there is a need for “a holistic social transformation” – which is why the term circular society is preferred to circular economy (which operates within the bounds of current economic thinking). This shift to a circular society would entail societal transformations, built on scenarios that reduce our material consumption. Sharing economies; decentralized, renewable energy; more efficient agriculture and construction technologies; and community-based activism all form part of this circular society.
War on Want’s report, A Material Transition: Exploring Supply and Demand Solutions for Renewable Energy Minerals, outlines the key challenges and considerations for the renewable energy and extractive sectors to ensure that the energy transition does not come at the expense of people or planet.
The report also provides an overview of the key human rights and environment issues associated with extraction of transition minerals like cobalt, lithium, nickel, copper and rare earth elements (See Section 3: Global Conflicts and Transition Minerals, starting on page 15); outlines barriers and solutions to developing an equitable and sustainable “circular society” (See Section 5: Towards a Circular Society, starting on page 37); and shares in-depth case studies of frontline community activists in Indonesia and the Philippines directly confronting the challenges that come from nickel mining for use in renewable tech (See Section 7, starting on page 53).
For additional context, you can also review the Business & Human Rights Resource Centre’s Transition Minerals Tracker which tracks information on companies mining cobalt, copper, lithium, manganese, nickel and zinc.
War on Want outlines “three key considerations to ensure that carbon reduction does not come at the expense of climate-critical ecosystems, communities, or respect for human rights”:
The report also puts forward a framework and roadmap for a “post-extractive transition” to climate mitigation, including a reframing of the concept of “circular economy” to move towards a more inclusive, equitable and sustainable “circular society.”
Specifically, the report highlights that circularity should be viewed as “a holistic social transformation” – which is why the term circular society is preferred to circular economy (which operates within the bounds of current economic thinking). There are a number of measures that can be taken to move the circular economy forward: reuse and recycling, design changes which make goods easier to repair and re-use, mining waste from landfills, and expanding experimental forms of mining. Moving toward a circular society will also entail societal transformations, built on scenarios that reduce our material consumption. This could include greater consideration of sharing economies, countries leapfrogging into decentralized, renewable energy and more efficient agriculture and construction technologies, and enhancing community-based activism.
Source: War on Want, A Material Transition: Exploring Supply and Demand Solutions for Renewable Energy Minerals (April 2021)
Recommendations
War on Want outlines recommendations for multiple actors to address these issues. We’ve summarised the key recommendations for business (including miners, downstream users and investors) below:
“A resource-intensive energy transition, as it is envisaged now, is likely to lead to severe impacts on the environment, including irreversible biodiversity loss, and impacts on potentially affected communities, unless we can reduce our consumption of raw materials, in-line with planetary boundaries. There are a number of ways we can do this involving technical fixes, most of which can be bundled up into the concept of the circular economy. However, we also need a clearer, transformative change in the design of economies and lifestyles, which would lead to a circular society. While ethical sourcing for renewable energy technology will help, it is a radical reduction of our unsustainable consumption of materials which will being the greatest benefits to people and planet.”
War on Want, A Material Transition: Exploring Supply and Demand Solutions for Renewable Energy Minerals (April 2021)