2. Lab Responsible Budget Responsible Governing Board RESPONSIBLE Prof. Ing Umberto Desideri Ing. Matteo Dozzini Ing. Giovanni Cinti Dr. Gabriele Discepoli Ing. Daniele Penchini Ing. Elena Sisani BUDEGET RESPONSIBLE Dott.ssa Vanessa Rossi Project RESPONSIBLE Ing. Stefania Proietti Quality RESPONSIBLE Ing. Antonio Biagetti Research TeamAdvisory Board Ing. Angelo Moreno (ENEA) Ing. Roberto Bove (ALSTOM)

3. CERSE ISOS FISR SCEI EFESO CDS

4. SOFC Stack SOFC Cell Desulphurizer SOFC Stack MCFC Cell MCFC Stack Gas analysis unit TCD detector GC with FPD detector (sulphur compounds) Gas lines (Air, CO2, CO, H2, N2, CH4) ‣ Research activities SOFC/MCFC power production Fuel processing Clean-up Cell & Stack Performances System integration CO 2 concentration Pollutant effects assessment ‣ Research projects Experimental tests Modeling Projecting

6. FC TEST NET SP PROCEDURES ACU PROCEDURES TEST EFESO TEST DEFINITION MODEL DEVELOPMENT TEST ACTIVITY Environmentally Friendly Energy From Solid Oxide fuel Cell STACK SHORT STACK SINGLE CELL

7. UPGRADE FClab Environmentally Friendly Energy From Solid Oxide fuel Cell

8. Develop and analysis of system model: Sofc Mcfc Reformer Balnce Of Plant Anodic/Cathodic Recirculation REFORMER PERFORMANCE

9. ASR = 0,603 Ω/cm2 OCV = 1061,205333 mV ASR = 0,603 Ω/cm2 OCV = 1061,205333 mV Single CEll Investigation TEST STANDARDIZATION

10. TEST DEFINITION Investigation on Solid Oxide Fuel Cell Stack HMLFGBIO Uf0,4-0,9 Cf 0 0,20,2980,274 HfHf 0,05-0,10 0,1680,2080,199 CO 2f 0 0,0440,0960,0815 Df 0 00,00630,0028 Uox 0.6 Dox 0000 280 W

11. Complete Reforming T=800°C, P=1atm, (S/C=2,5) Average compositions from literature Fuel factor characterization for J = 0 ÷ 150 mA/cm2 TEST DEFINITION TEST FACILITY LAYOUT TEST FACILITY

12. Clean up Development System Characterization of sorbent materials for desulphurization: breakthrough testing under ambient conditions to determine sulfur sorption capacity feedstok: N2+H2S; natural gas sulphur concentration: 10-20 ppm (H2S; TBM) flow: 24 nl/h fixed bed flow reactor using of Teflon to prevent sulfur compounds from being adsorbed on the working surfaces of the system sorbent materials: activated carbons, zeolites, activated alumina and new acquisition materials, like perlite and vermiculite. TEST RIG EXPERIMENTAL

13. Aim of this projects, lead by Ansaldo Fuel Cells, ENEA and University of Perugia, is the development and optimization of new processes and technologies for cogeneration systems fuel cell based, with competitive costs, performance and endurance, characterized by: ‣ ‘energy saving’ ‣ Low poisoning emissions ‣ High efficiency ‣ Alternative fuels (from sludge, waste, biomass, depuration plant, etc.) ‣ Partners ‣ University of Perugia role The main target of the Fuel Cell Laboratory is to study ‣ the influence of poisoning components of such a gas (like biogas, exhaust gas from industrial plant), in particular sulphur compound, and produce data to better understand the poisoning mechanisms on the fuel cells. ‣ the regeneration methods ‣ Partners

14. CHP System Clean - up Concentrated carbon C O2 C apture and S torage: difficult, expensive but may be used in large new and existing power plants, guaranteeing security of large scale energy production

15. INNOVATIVE FUELS: Biogas Landfill gas Syngas (gasification and pyrolisys) Ammonia Methanol CLEAN UP OF POLLUTANT ELEMENTS Organic sulphur compounds (Mercaptans, THT) Siloxanes Halides CO 2 SEPARATIONS WITH MCFC: effect of pollutant NOx, SOx in the cathod side study of MCFC feeding with real gas composition of ICE cogenerator STEAM METHANE REFORMING: effect of pollutant NOx, SOx in the cathod side study of MCFC feeding with real gas composition of ICE cogenerator

16. UNI EN ISO 17025: 2005 E UROPEAN F UEL C ELL C ONFERENCE 2007-2009-2011

17. LOTUS RE-DEOS H2FC FC02 CAPGEN MCFC INNOVA JTI RESEARCH FOR SME INFRASTUTTURE RICERCA 7 FP Development of a Clean up system of Natural Gas for CHP systems based on SOFC for residential application (1-2,5 kW) PRIN 2009 MIUR RESEARCH EXCHANGE ITALY-KOREA