Lasse Murtomäki

Lasse Murtomäki is an Associate Professor at Aalto University's Department of Chemistry and Materials Science. His research focuses on electrochemistry in non-conventional media, particularly two-phase systems, and pharmaceutical applications like drug delivery systems involving liposomes and nanoparticulates. He collaborates internationally with pharmaceutical faculties and leads the Physical Chemistry and Electrochemistry research group. His work bridges electrochemical engineering and materials science, with applications in sustainable energy storage and industrial processes.

Key research areas include redox flow batteries (e.g., all-copper systems), ion-exchange membrane characterization, and membrane transport phenomena. Notable contributions include advancements in battery separator permeability analysis and bipolar membrane electrodialysis for industrial sustainability. Murtomäki has received awards for his textbooks on electrochemistry, including the Oppikirjapalkinto (2008 and 2009) and recognition from the Finnish Science Society (1997).

His recent publications emphasize improving redox flow battery performance through membrane optimization, electrode design, and electrolyte development. Collaborators include institutions like the University of Bologna and Politecnico di Bari. Research extends to drug delivery systems, leveraging electrochemical techniques for pharmaceutical applications.

Awards highlight his pedagogical contributions, with recognition for textbooks that advance electrochemistry education. His work on copper-based energy storage systems addresses global energy challenges, while industrial collaborations target sustainable solutions for pulp and paper industries.