Samantha Bunke

The rise of renewable energy generation and vehicle electrification has created exponential growth of lithium-ion batteries. However, the limited supply of raw materials needed for prominent battery chemistries has exacerbated economic, environmental, national security, and human rights concerns. These issues underscore the need for robust recycling programs for batteries, including element-selective recovery technologies, infrastructure for battery collection, and public education programs. Combining materials chemistry, electrochemistry, and engineering, I will investigate novel adsorbents and regeneration techniques for improved lithium recovery within lithium-ion battery recycling processes. I will also incorporate life cycle analyses and business modeling to inform infrastructure and policy development surrounding battery waste collection. Designing a circular battery economy will help cultivate a future without pollution or waste, which is essential to curbing climate change and ensuring a livable environment for generations to come.