Research interests lie in the development of sustainable material technologies and circular economy solutions, with a strong emphasis on hydrometallurgy and urban mining. Work focuses on recovering valuable metals and nutrients from industrial side streams, wastewater, and end-of-life products using advanced separation techniques. One key area of the research is the design and application of metal-organic frameworks (MOFs) for selective metal recovery, water and air purification, and catalytic hydrogen and ammonia production. The group also explores electrochemical processes, additive manufacturing, and 3D printing to create adsorbents, ion-exchange units, and electrodes for efficient resource recovery. Additionally, research includes innovative approaches such as utilizing sludge for producing hard carbon for energy storage devices and developing bio-based antimicrobial materials. These efforts aim to reduce reliance on primary raw materials, minimize environmental impacts, and support the transition toward a resource-efficient, low-carbon society.