... efficiency approaching 52–54% was calculated, showing a remarkable increase with respect to state-of-the-art advanced IGCCs. coal gasification combined cycle power stations facilities layout fuel cell power plants gas turbines heat recovery solid oxide fuel cells The application of fuel...

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... System ,” Energy 0360-5442 10.1016/j.energy.2006.03.006 , 31 , pp. 3278 – 3299 . Boyce , M. P. , 2006 , Gas Turbine Engineering Handbook , 3rd ed. , Elsevier , New York , pp. 86 – 91 . 15 05 2007 27 02 2008 23 02 2009 combined cycle power stations solid...

... 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...

...) gas turbine high-pressure operation adiabatic reformer centralized power station anodes cathodes combined cycle power stations current density electrochemical electrodes fuel cell power plants gas turbines molten carbonate fuel cells 2008 American Society of Mechanical Engineers ...

... power generation scheme/technology means a system operating on a pure Rankine cycle or a gas turbine combined cycle (GTCC). To present the following analysis, two definitions are given first: combined cycle power stations molten carbonate fuel cells steam turbines gas turbines waste heat...

.... The heat produced in the fuel cell is thus the sum of the heat release by the spent fuel and the heat needed for the reforming process of the rest of the fuel. 03 01 2005 28 03 2005 gas turbine power stations fuel cell power plants solid oxide fuel cells optimisation combined cycle...