..., enhancing the fuel and air utilization factor ( 5 6 ). Finally, the cycle may include a heat recovery bottoming cycle (steam or ammonia as a working fluid) to further increase the system efficiency ( 3 7 8 ). coal gasification combined cycle power stations facilities layout fuel cell power...

... , Washington, DC . 07 07 2008 25 03 2010 24 11 2010 24 11 2010 combined cycle power stations environmental economics fuel cell power plants gas turbines optimisation phosphoric acid fuel cells maximizing emission reductions and economic savings simulator optimization...

... 4 O 2 + 4 e − → 2 O 2 − , cathode combined cycle power stations solid oxide fuel cells 15 05 2007 27 02 2008 23 02 2009 2009 American Society of Mechanical Engineers ...

... 2008 boilers combined cycle power stations fuel cell power plants heat recovery solid oxide fuel cells One of the most promising applications of SOFCs is in combination with a gas turbine (GT) ( 1 2 ). The SOFC stack forms the combustor unit in a gas turbine system. Compressed air...

... corresponds to the system’s net efficiency of 48% high heating value in the 7 MW system. 24 11 2005 26 06 2006 18 04 2008 anodes cathodes combined cycle power stations current density electrochemical electrodes fuel cell power plants gas turbines molten carbonate fuel cells...

... to the standalone fuel cell system. An important observation is that FCCC systems may result in economically competitive power production units, comparable with contemporary fossil power stations. 19 08 2005 15 12 2005 combined cycle power stations molten carbonate fuel cells steam turbines gas...

... for the proposed cycle. 03 01 2005 28 03 2005 gas turbine power stations fuel cell power plants solid oxide fuel cells optimisation combined cycle power stations Fuel cells are one of the potential future sources for energy conversion, due to their high efficiency as well as their low...