Material Technology in ENEA. Marco Vittori Antisari Technical Unit «Material Technology» C.R. Casaccia Via Anguillarese Rome Italy

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1 Material Technology in ENEA Marco Vittori Antisari Technical Unit «Material Technology» C.R. Casaccia Via Anguillarese Rome Italy

2 ENEA is the Italian National Agency for New Technologies, Energy and sustainable economic development. ENEA is the second largest Research Institution of Italy and it is operating under the control of the Ministry for economic development ENEA employs about 3000 people operating in 11 Research Centres through Italy The ENEA activities include Research, Demonstration and Prototypal development.

Technical Units Direzione Generale UTT Efficienza Energetica UTT Caratterizzazione prevenzione e Risanamento Ambientale UTT Tecnologie dei

dei Materiali Brindisi UTT Metodi per la sicurezza dei Reattori e ciclo del combustibile UTT Ingegneria Sismica UTT Trasferimento Tecnologico UTT

Metodi e Tecnologie per le Valutazioni Ambientali UTT Biologia delle Radiazioni e Salute dell uomo UTT Modellistica Energetica Ambientale UTT

Ricerca di Sistema Elettrico UTT Sviluppo sostenibile e innovazione del sistema agro-industriale UTT Istituto di Radioprotezione UTT Istituto

3 Technical Units Direzione Generale UTT Efficienza Energetica UTT Caratterizzazione prevenzione e Risanamento Ambientale UTT Tecnologie dei Materiali UTT Ingegneria sperimentale Brasimone UTT Fusione UTT Tecnologie Ambientali UTT Sviluppo di Applicazioni delle Radiazioni UTT Tecnologie dei Materiali Brindisi UTT Metodi per la sicurezza dei Reattori e ciclo del combustibile UTT Ingegneria Sismica UTT Trasferimento Tecnologico UTT Tecnologie dei Materiali Faenza UTT Tecnologie e impianto per la fissione e la gestione del materiale nucleare UTT Fonti Rinnovabili UTT Modelli, Metodi e Tecnologie per le Valutazioni Ambientali UTT Biologia delle Radiazioni e Salute dell uomo UTT Modellistica Energetica Ambientale UTT Sviluppo Sistemi per l Informatica e l ICT UTT Tecnologie Portici UTT Tecnologie Saluggia UTT Tecnologie avanzate per l Energia e l Industria UTT Ricerca di Sistema Elettrico UTT Sviluppo sostenibile e innovazione del sistema agro-industriale UTT Istituto di Radioprotezione UTT Istituto Nazionale di Metrologia delle radiazioni ionizzanti UTT Supporto al Programma di ricerche in Antartide UTT Ambiente Marino e Sviluppo Sostenibile UTT Tecnologie Trisaia

4 Distribution of ENEA Centres

Sergio Sangiorgi Unità Tecnica Tecnologia dei Materiali Brindisi Brindisi, Dr Leander Tapfer Unità Tecnica Tecnologie Trisaia,

5 Technical Units operating on Materials Unità Tecnica Tecnologia dei Materiali, C.R.Casaccia, Roma, Dr Marco Vittori Antisari Unità Tecnica Tecnologia dei Materiali Faenza Faenza (Ravenna), Dr. Ing. Sergio Sangiorgi Unità Tecnica Tecnologia dei Materiali Brindisi Brindisi, Dr Leander Tapfer Unità Tecnica Tecnologie Trisaia, Rotondella (Mt), Dr. Ing. Giacobbe Braccio Unità Tecnica Tecnologie Portici Portici, Napoli, Dr Ezio Terzini Technical Units on Materials are coordinated, from a programme point of view by the Unit of Rome.

6 Research Centres involved in Material Science and technology

7 Technical Units, main activities Technical Unit Materials Technology, C.R.Casaccia, Rome, Qualification of components and materials for nuclear and civil applications; Seismic simulation Climatic qualification Electromagnetic compatibility Gamma ray irradiation (Co 60, Calliope Plant) Synthesis of materials: Materials for solid state Hydrogen Storage Materials and nano-materials for H production by thermo chemical cycles powered by solar heat Materials and nano-materials for fuel cell technology ( catalysts, electrodes) Synthesis and characterization of carbon based nanostructures. Optical devices by thin film deposition technology Structural materials for nuclear ( fusion and fission) technology Light materials for transportation vectors ( metallic foams) Materials characterization: Mechanical testing Electron Microscopy ( TEM and SEM) X-Ray diffraction Surface spectroscopy ( XPS, AUGER) Optical spectroscopy NDT Thermal spectroscopy (DTA, DSC) Molecular dynamics simulation ( classical, ab initio)

8 Technical Units, main activities Technical Unit Materials Technology Faenza, Faenza, (Ra) Synthesis of ceramic materials and components; Monolithic Ceramics Composite, fibre reinforced ceramics by CVI Development of powders and precursors Ceramic coatings and surface protection treatments Functional polymeric and ceramic materials Small prototype series Support to the local Industries and technology transfer: Materials for building technology Thermo-mechanical qualification Welding and joining technologies Main development directions: High temperature structural materials for heat exchanging systems High temperature components for aero engines Bio-ceramics for implants Materials for Transport vectors for improved durability and lighter structures

9 Technical Units, main activities Technical Unit Materials Technology Brindisi, Brindisi Material synthesis: Hard coatings and surface treatments by vacuum deposition and ion implantation Functional coatings by electro deposition and sol-gel Nanostructured polymers Nano clusters metallic and semiconducting Materials for environmental sensors Materials characterization: Electron Microscopy ( TEM and SEM) Helium ion microscopy Remote operation TEM Probe microscopy X-Ray diffraction (SAXS, high resolution, grazing angle) X-Ray micro-nano tomography Surface spectroscopy ( XPS, AUGER, SIMS) Thermal spectroscopy (DTA, DSC) Main development directions: Nanostructured polymers for structural and functional application Structural materials for renewable energies ( wind and low temperature solar) Coatings for tribological applications Coatings for large scale optical application

10 Technical Units, main activities Technical Unit Trisaia Technologies, Rotondella, (Mt) Material Technology Laboratory Welding and joining technologies: Laser and electron beam welding of large components Application of basalt fibres

Technical Units, main activities Technical Unit Technologies Portici, Portici, (Na) Development of new materials and

Organic-inorganic nano-composites for PV and lighting Thin film devices and treatments Organic light emitting diodes and

agro-food Support to Enterprises and technology transfer: Fabrication process cost evaluation and advisoring of new

development directions: Energy efficient organic solid state lighting Application of OLAE technologies to energy and

11 Technical Units, main activities Technical Unit Technologies Portici, Portici, (Na) Development of new materials and their integration in devices; Organic semiconductors and functional inks Organic transparent and conductive layers Organic-inorganic nano-composites for PV and lighting Thin film devices and treatments Organic light emitting diodes and printed sensors Printing technologies and roll-to-roll fabrication Application of gas sensors to environment and agro-food Support to Enterprises and technology transfer: Fabrication process cost evaluation and advisoring of new technologies Thin film treatments and device prototyping Dissemination actions with Industry associations Main development directions: Energy efficient organic solid state lighting Application of OLAE technologies to energy and identification Integration of devices in systems (e.g. PV + lighting + en. Storage) Support to SMEs to increase critical mass in research offer and demand

12 Thank you for your attention

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