Profile/Description of Organisation |
CRF (www.crf.it) is an industrial organisation which has the mission of promoting, developing and transferring innovation in order to provide competitiveness to its clients and partners which include the different companies in the FIAT Group, automotive suppliers, companies from other sectors of industry, SMEs, and national and international research agencies. |
Main tasks / Project participation is aimed at: |
The role of CRF will be mainly focused on detailed design, integration and testing of the hydrogen storage system for APU application.. |
Previous experiences relevant to those tasks: |
CRF participated to European Projects devoted to the development of fuel processors for Automotive Auxiliary Power Units (BIOH2, PROFUEL, BIOFEAT) and to fuel cell materials and stacks (DREAMCAR, MOREPOWER, AUTOBRANE). Significant recent publications on hydrogen solid-state storage: |
Short profile of staff member(s) who will be undertaking the work |
Dr. Mauro Sgroi, degree in Materials Science at the University of Torino (2001). Since 2001 he is working in the Micro and Nanotechnology Department as a researcher in the laboratory on fuel cells developments. He obtained his PhD in "Materials and Technology Science" working at CRF in cooperation with the University of Torino (2005). He was involved in some EU projects: BIOFEAT (ENK6-CT2002-00612) on the production of hydrogen from Biodiesel and MOREPOWER (SES6-CT-2003-502652) on development of a direct methanol fuel cell stack. He is currently involved in EC funded project ZEOCELL, related to the development of new proton exchange membranes based on ionic liquids, zeolites and nanoporous polymeric membranes. He has been supervisor for several Master Degree theses in the field of fuel cells and electrochemistry. Dr. Alessandro Ziggiotti, an Industrial Chemistry graduate of the University of Torino (2004) obtained his PhD in Chemistry with a thesis on "Materials for hydrogen storage and hydrogen systems for electrical energy production" based on parallel experimental and theoretical (thermo-dynamical -CFD modeling) approaches. He is involved in the Italian research project “Matrici di Microcombustori ad Idrogeno”, devoted to the direct thermoelectric conversion of thermal energy into electrical energy. Dr. Belforte Luca, degree in General Physics, University of Torino, 2003. He works in the nanotechnologies area and he is experienced in Focus Ion Beam patterning, E-beam lithography, photonic crystals, thin film deposition. He also works in the area of thermoelectric materials for applications in micro generation of electric energy. |
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