Prof.dr. Fokko Mulder
Full Professor
The focus of his research is the fundamentals as well as practical aspects of energy storage and conversion materials for renewable energy applications. The overall goal is to study materials and methods that can contribute to the large scale implementation of renewable energy storage, and with that can enable large scale introduction of varying renewable energy sources. The materials studied include hydrogen storage materials, battery materials and electrolytes. The fundamental aspects studied include the physical effects of nanostructuring, the reversibility of hydrogen and lithium storage materials, electrochemical reactions, and in general factors that enable efficient and durable functioning of the materials.
Academic background
Fokko Mulder is involved in the Materials for Energy Conversion and Storage (MECS) section, the e-Refinery institute and is coordinator of the Battolyser Project.
- +31 (0)15 27 85037
- F.M.Mulder@tudelft.nl
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Building 58, D1.320
Van der Maasweg 9
2629 HZ Delft
The NetherlandsManagement Assistant
Roos Roeling
+31 (0)15 27 82165
M.A.H.Roeling@tudelft.nl
Keywords
Electricity Storage and Conversion
Batteries
Hydrogen
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- Dr ir Vincent Verhoeven: A fundamental study on materials for Li-ion batteries (2001)
- Dr ir Marnix Wagemaker: Structure and dynamics of lithium in anatase TiO2 (2003)
- Dr ir Gijs Schimmel: Towards a hydrogen driven society? (2005)
- Dr Olga Kruglova: Discotic liquid crystals: from dynamics to conductivity (2007)
- Dr Sarita Singh: Hydrogen storage in nanostructured light metal hydrides (2009)
- Dr Wouter Borghols: Lithium insertion in nanostructured titanates (2010)
- Dr WingKee Chan: Structure and dynamics of hydrogen in nanocomposite solid acids for fuel cell applications (2011)
- Dr Jie Yang: Hydrogen storage in metal-organic frameworks (2012)
- Dr Anna Grzech: Hydrogen storage in porous materials and magnesium hydrides (2013)
- Dr Lucas Haverkate: Charge transport at the nanoscale (2013)
- Dr Deepak Singh; A Template for Enhanced Lithium Ion Battery Electrodes (2014)
- Dr Kun Shen; Lithium and sodium insertion in nanostructured titanates; experiments and simulations. (2014)
- Dr Anca Anastasopol; Kinetic and thermodynamic aspects of Mg and Mg-Ti hydride nanomaterials. (2014)
- Dr Yaolin Xu, Towards High Energy Density Li and Na Ion Batteries; An Anode Material Study (2018)
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- Enegy Storage in Batteries - MSc CE (CH3222)
- The Necessity of Storage Technology - MSc SET (SET3080)
- Hydrogen Technology - MSc SET (SET3085)
- Internship SET - MSc SET (SET3822)
- Graduation Project - MSc SET (SET3901)
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- Member of the exam committee of the MSc SET
- Member of the FP7 Alistore ERI concerning Li-ion batteries
- Member of EU group to develop a SET-Plan Education and Training Roadmap 2012
- Member of EU EEGI Grid+ Energy Storage Mapping group 2013
- NVAO Accreditation committee chair for a new MSc education, 2011
- Director of education of MSc SET (2006-2011)
- Member scientific advisory committee of European Spallation Source (2000-2003)