معرفی
Fokko M. Mulder is a Full Professor at Delft University of Technology where he leads the Mulder Group focused on energy storage and conversion materials for renewable energy applications. His research addresses the critical challenge of large-scale implementation of renewable energy storage systems necessary for transitioning to sustainable energy infrastructure.
His research interests span multiple critical areas for renewable energy storage:
- Hydrogen Storage Materials: Investigating nanostructured metal hydrides, metal organic frameworks, and thermodynamic modifications through nanostructuring
- Battery Technologies: Developing high energy density Li and Na-ion batteries, hydrogen-based batteries including Ni-MH and Ni-Fe systems
- Ammonia as Energy Storage: Researching electrochemical ammonia synthesis as a high energy density storage solution
- Fundamental Processes: Studying physical effects of nanostructuring, reversibility of storage materials, and electrochemical reaction mechanisms
Professor Mulder's research output demonstrates strong focus on practical energy storage solutions with applications across multiple sectors. His work bridges fundamental materials science with practical engineering challenges in renewable energy integration, particularly addressing both daily and seasonal storage requirements for solar and wind power systems. The research shows particular strength in nanostructured materials for hydrogen storage and advanced battery technologies.
As a research leader, Professor Mulder supervises multiple PhD candidates working on projects including nitrogen activation, Battolyser technology, and SOLiDIFY initiatives. His group collaborates on significant research projects funded through NWO/TTW Perspectief programs and other grants focused on developing sustainable energy storage solutions using abundant materials.
The Mulder Group operates within Delft University of Technology's research infrastructure, with laboratory facilities supporting materials synthesis, characterization, and electrochemical testing for energy storage applications. Their work connects fundamental research with practical implementation challenges for large-scale renewable energy storage systems.
