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Clean energy technologies provide global benefits through climate mitigation and many local environmental benefits for consumers. However, the supply chains that produce them inevitably impose some environmental burden on the communities where they operate. To align with the principles of environmental justice, the burdens and benefits of clean energy supply chains should be distributed equitably, with decision-making processes that empower local communities to participate.

As a new graduate student embarking on a master’s degree at the UC Davis Energy and Efficiency Institute in 2018, Meg Slattery was struck by how centrally batteries – particularly the rechargeable lithium-ion batteries in electric cars – figured into California’s decarbonization strategy.

The multidisciplinary MINES program will establish fundamental science for the synthesis of battery materials from natural resources, enabling a new ‘separation-by-synthesis’ paradigm for energy storage manufacturing. We will address outstanding knowledge gaps related to synthesis in multicomponent systems, for which manifold component interactions control driving forces and transformation pathways in complex ways, and governing relationships are impossible to visualize or intuit in their entirety. Our interdisciplinary expertise and existing collaborative partnerships provide a strong basis to achieve progress towards material- and energy efficient low-carbon manufacturing for energy storage.