The Sustainability and Recycling research area addresses the growing need for resource-efficient technologies, circular economy practices, and environmentally responsible materials engineering. The area focuses on minimizing environmental impact while maximizing resource utilization through innovative approaches to materials production, use, recovery, and reuse.

Research activities include recycling of metals, polymers, ceramics, electronic waste, industrial by-products, and critical materials. Faculty members investigate sustainable extraction technologies, waste valorization strategies, life-cycle assessment, carbon footprint reduction, and environmentally benign processing methods.

A major emphasis is placed on developing circular materials systems that reduce dependence on virgin resources while improving economic and environmental performance. Research also explores urban mining, secondary resource utilization, green manufacturing, sustainable metallurgy, and renewable energy integration.

Current research themes include critical mineral recovery, battery recycling, hydrogen-enabled sustainable processes, industrial waste utilization, carbon capture and utilization, eco-friendly materials design, and sustainable manufacturing technologies. Advanced analytical, computational, and experimental approaches are employed to evaluate environmental impacts and optimize resource efficiency.

Applications span manufacturing, transportation, energy, infrastructure, electronics, and consumer industries. Research outcomes contribute to national priorities related to climate change mitigation, resource security, waste management, and sustainable industrial development.

management, and sustainable industrial development. Through interdisciplinary collaboration and innovation, this research area seeks to develop technologies and policies that support a circular economy and a sustainable future. The work aligns with global sustainability goals while fostering responsible materials engineering practices that benefit society, industry, and the environment.