... fuel utilization metal based electrodes efficiency heat and power biofuel catalysts electrochemical electrodes organic compounds scanning electron microscopy solid oxide fuel cells X-ray chemical analysis X-ray spectroscopy 09 01 2011 13 03 2011 23 06 2011 27 09...

... to thermodynamic equilibrium, cell performance and electrical efficiency will be comparable. 28 01 2011 10 05 2011 21 06 2011 27 09 2011 27 09 2011 biofuel cells (electric) electrochemical electrodes petroleum solid oxide fuel cells testing solid oxide fuel cell SOFC...

... energy and cogeneration. Results show that the payback period ranges from 5 years to 8 years depending on the fuel cell capacity and installation price. 19 12 2008 13 11 2009 14 07 2010 14 07 2010 bioenergy conversion biofuel cogeneration molten carbonate fuel cells...

... gradients within the cell decrease as the proportion of CH 4 in the supplied fuel is reduced. These results are promising for the future use of biogas for this type of indirect internal reforming SOFC system. 06 08 2008 04 12 2009 14 07 2010 14 07 2010 biofuel electrochemistry...

...C. P. Chiu; C. W. Hong This paper investigates how a constant magnetic field between the anode catalyst and the electrode surface affects the performance of an enzymatic biofuel cell. Molecular dynamics techniques were employed to observe the nanoscale proton transport phenomenon. The simulation...

... biofuel gas turbines solid oxide fuel cells 04 09 2006 12 11 2007 05 09 2008 The present study has been partially supported by the MEXT Grants in Aid for Scientific Research 17360100, the MEXT Academic Frontier Project for SIT Energy Flow Research Center, and SIT Project...

...). 30 11 2005 08 06 2006 21 04 2008 air pollution bioenergy conversion biofuel cathodes emission gas turbines molten carbonate fuel cells power engineering computing waste-to-energy power plants The crucial mission of energy research is the promotion and implementation...