... 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...

... of renewable energy sources in total energy consumption. Efforts to decrease the dependence on fossil fuels and to increase the security of energy supply are also important factors promoting the use of alternative energy sources ( 1 ). bioenergy conversion fuel cell power plants waste-to-energy power...

... the generated methane—the use of hydrogen in fuel cells. This process could be efficiently used for C O 2 sequestration, but not all stages have been realized so far. bioenergy conversion fuel cells solar energy conversion 30 11 2005 20 02 2007 09 05 2008 2008...

...). 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...

... ). biomass gasification PEMFC hydrogen economy coal gasification proton exchange membrane fuel cells bioenergy conversion 06 12 2005 23 03 2006 2006 American Society of Mechanical Engineers ...

... monoxide are insensitive to sulfur, suggesting that both nickel and GDC are active electrocatalysts. 30 11 2005 22 03 2006 solid oxide fuel cells bioenergy conversion electrochemical electrodes catalysts sustainable development oxidation hydrogen carbon compounds nickel sulphur...

... )); there is, however, no doubt that renewable sources of energy, like biomass and waste, have several advantages versus fossil fuels usage. molten carbonate fuel cells bioenergy conversion fuel hydrogen economy 01 03 2004 03 05 2004 2004 American Society of Mechanical...