Research
Over recent years research and in-depth studies have been undertaken that deal with a wide range of issues: from the production, purification, and storing of hydrogen to an increased knowledge of PEM (PEFC Polymer Electrolyte Membrane Fuel Cell) to high-temperature models like MCFC (Molten Carbonate Fuel Cell) and SOFC, (Solid Oxide Fuel Cell), from problems related to energy management to some experiences with specific applications.

Research
This research has been carried out through a network of specialist laboratories for both fundamental research (the Turin Polytechnic Institute, the University of Turin, the University of Eastern Piedmont) and applied research (Environment Park-Hysy_lab, ENEA –FN Nuove Tecnologie, the FIAT Research Centre, the EDISON Research Centre), where today more than 150 young people are involved in various research groups.
These research centres are of an inestimable value for the region of Piedmont. Through their networking, we can develop a "system" that can reach the critical mass of research necessary to guarantee continued local development while maintaining an international standing.
For more informations:
- Synthesis of new proton conducting membranes for Fuel Cells - ppt, 400 Kb
- Low temperature ESR investigation on MWNTs after hydrogen treatment - ppt, 3.4 Mb
- Management and characterization of Polymer Electrolyte Membrane Fuel Cell - ppt, 2.5 Mb
- Ab-initio Simulation of the Hydrogen Storage Process in Microporous Materials - ppt, 4.5 Mb
- Study of catalysts based on metallic nanoparticles supported on different oxides for hydrogen production and purification - ppt, 9.8 Mb
- Synthesis and characterization of mesoporous and microporous carbons with potential applications as hydrogen storage media - ppt, 5.8 Mb
- The interaction of hydrogen with the oxide component of MgH2-Nb2O5 systems for hydrogen storage - ppt, 605 Kb
- Co Clean-up for fuel cells on mobile applications - ppt, 1.6 Mb
- Microporous materials for hydrogen storage - ppt, 2.8 Mb
- Alloys and intermetallic compounds for hydrogen storage - ppt, 980 Kb



