Area: 2016

R&D of storage systems for advanced energy based on hybrids supercaps.

The general objective of this project is to develop storage devices for advanced energy based on the supercaps technology which are compatible for its usage in consuming electronics devices and that also improve performances of current storage devices in terms of energy density and lifetime of those ones. This way it wishes to obtain a storage system which allows the production in which is embedded (toys, Smartphone, localisation systems GPS, wi-fi antenna, etc.) a great autonomy, which charges in very short periods and which guarantee long life. [...]

Financed

Development of monolithic ceramic systems for energetic and environmental uses.

In this project, we pretend to develop manufacturing methodologies of structured heterogeneous catalysts able for various uses through the use of classic materials design technics and last generation additive manufacturing technologies. The structured catalysts to develop will get geometric forms and design of different complexity, from granulates and classic “pellets” to “honeycomb” monoliths and those that are called “structured reactors”. [...]

Financed