Research

We aim to develop future-ready energy storage technologies to achieve a zero-carbon society by creating sustainable battery materials (electrode/electrolyte) and manufacturing processes for long-lasting, environmentally friendly batteries, as well as innovating battery recycling chemistry and processes to tackle current battery waste challenges.

The surge in electric vehicles powered by lithium-ion batteries (LIBs) is creating a growing pile of spent batteries. This not only harms the environment but also depletes critical minerals, challenging our path to a sustainable society.

Our research mission is to establish a comprehensive toolset for a circular battery economy, focusing on:

1.Streamlined and Rapid Recycling Processes: Achieving direct regeneration of materials and resource recovery.

2.Fundamental Studies on Materials Degradation and Regeneration: Conducting in-depth research in tandem with theoretical calculations.

3.Universal Applicability Studies: Developing atom economy recovery methods targeting key battery components such as cathodes, anodes, and electrolytes to ensure the seamless translation of green battery designs and recycling techniques

By tackling these crucial areas, we are committed to creating sustainable end-of-life battery solutions that drive a circular economy and champion environmental sustainability.