Critical Minerals Grant

The Michigan Department of Environment, Great Lakes, and Energy’s (EGLE) Recycling Unit is offering grants to advance research, development, or demonstration of innovative and practical approaches to increase the reuse and recycling of batteries and other critical minerals. EGLE's broader mission involves protecting Michigan’s environment and public health by managing air, water, land, and energy resources, with a focus on addressing climate change, diversity, equity, and inclusion. This grant program aligns directly with EGLE's strategic priorities by promoting the circular economy and sustainable resource management, particularly in the context of clean energy production and electric vehicle technology. The target beneficiaries for these matching grants are Michigan public or private colleges or universities that grant baccalaureate degrees and are actively studying opportunities to recycle, innovate, and maximize the use of critical minerals from electric vehicles and other battery storage units. The impact goals are to support research into the reuse of critical materials for clean energy production and to increase the reuse and recycling of batteries and other critical minerals. Preference will be given to institutions with partnerships involving entities in the research, development, or demonstration of these innovative approaches. The program prioritizes research into the reuse of critical materials for clean energy production through circular economy efforts to capture and reuse critical minerals. Additionally, it focuses on research, development, or demonstration of projects that specifically recycle critical minerals from electric vehicles and other battery storage units. This focus reflects EGLE's theory of change, which posits that investing in innovative research and development within academic institutions, especially those with industry partnerships, will lead to practical solutions for critical mineral recovery and contribute to a more sustainable energy future. Expected outcomes include the development and demonstration of new concepts and projects that significantly increase the reuse and recycling rates of critical minerals from batteries. Measurable results would involve the number and impact of research, development, and demonstration projects supported, the amount of critical minerals recycled or reused as a direct result of these projects, and advancements in the understanding and implementation of circular economy principles for clean energy materials. A total of $4.75 million in funding is expected, with individual grant awards ranging from $500,000 to $2,500,000, further demonstrating the significant investment EGLE is making to achieve these outcomes over the anticipated grant period of October 1, 2024, to September 30, 2029.