... different purposes. While the first aims at refining the maximum ORC performance envelope, the second tries to estimate as accurately as possible the performances of a state-of-the-art ORC. heat recovery steam power stations waste-to-energy power plants 08 06 2011 02 08 2011 06...

... the dispatchability of the turbine can be improved significantly: electrical output can be increased by up to 9.5% after a long cooldown and up to 9.8% after a short cooldown. heat conduction solar power stations steam power stations steam turbines solar thermal power steam-turbine start-up cool-down...

... 2011 27 10 2011 27 10 2011 air pollution control carbon compounds combined cycle power stations flue gases fuel cell power plants molten carbonate fuel cells solid oxide fuel cells steam power stations Application of solid oxide fuel cells (SOFCs) and molten carbonate...

... oxide fuel cells steam power stations Temperature, pressure, flow rate, and composition of selected points of the plant shown in Fig. 3 Point T ( ° C ) p(bar) G ( kg / s ) Molar composition(%) Ar CH 4 CO CO 2 H 2...

... steam power stations thermal analysis 16 05 2010 25 05 2010 21 03 2011 21 03 2011 2011 American Society of Mechanical Engineers ...

... which further investigations into improving ACC performance under windy conditions can be carried out. 08 06 2010 15 06 2010 16 02 2011 16 02 2011 computational fluid dynamics condensers (steam plant) steam power stations air-cooled steam condenser CFD modeling wind...

... reheat SupC and USC power plants to account for the impact of CO 2 capture. A significant reduction of 8.8 and 6.6% points in plant energy efficiency is observed for SupC and USC OCC power plants, respectively compared with the reference SupC ACC power plant. power plants steam power stations steam...

... in narrowing down the field of feasible design options. 09 04 2010 19 04 2010 27 09 2010 27 09 2010 Brayton cycle combined cycle power stations fossil fuels gas turbines heat transfer steam power stations As is well-known from decades worth of theoretical analysis...

... available heat and mass balance program IPSEPRO . The model is based on a GE 109FB machine with a triple-pressure reheat steam cycle. 12 04 2010 22 04 2010 17 09 2010 17 09 2010 combined cycle power stations flue gas desulphurisation gas turbine power stations steam power...

... boilers ( 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 ). fouling fuel combustion power system boilers coal furnaces heat exchangers pulverised fuels steam power stations 22 12 2009 27 12 2009 01 09 2010 01 09 2010 2010 American Society...

... flow simulation heat transfer steam power stations fouling fuel combustion heat transfer power systems Due to the liberalization of the energy markets and the globalization of coal procurement, the management of fuel became of substantial importance for power plant operators. Plant...

... to the plugging of tubes and eventually inducing the replacement of the steam generators. This phenomenon increased during the 1980s and the number of replaced steam generators has been increasing since ( 1 ). boilers corrosion cracks inspection pipes steam power stations 20 07 2009 06...

... 30 03 2009 04 11 2009 04 11 2009 Brayton cycle fuel cell power plants gas turbine power stations gas turbines solid oxide fuel cells steam power stations thermodynamics wet cycles dry cycles GT-FC hybrid cycles parametric analysis Since the early stages...

... ). steam power plant steam cycle refrigeration cycle refrigerant cooled condenser cooling thermal storage combined system cold storage compressors power generation economics refrigeration space cooling steam power stations thermal energy storage 19 05 2008 11 01 2009 04...

... the familiar behavior of natural gas fired systems. Care must be taken if on-shelf gas turbines are modified to burn LCV fuels. 23 10 2006 09 12 2006 steam power stations bioenergy conversion chemical energy conversion gas turbines steam turbines combined cycle power stations nozzles...

... 6.4 percentage points of input coal) as shown in Table 4 . In the MES system, the unreacted syngas is used efficiently by recovering the purge gas and sending it to the power subsystem of the MES system to generate power. natural gas technology coal combustion cogeneration steam power...

... period as shown later. 13 06 2006 10 08 2006 cogeneration combined cycle power stations waste heat hydrogen economy sensitivity analysis air pollution control gas turbine power stations steam power stations In the last several years, the concern with the anthropogenic...

... 2006 steam power stations enthalpy functional equations entropy In 1997, the International Association for the Properties of Water and Steam (IAPWS) adopted its formulation for industrial use for the thermodynamic properties of water and steam (IAPWS-IF97) ( 1 2 ). IAPWS-IF97...

... bioenergy conversion fluidised beds steam power stations kilns distributed power generation The energy conversion of biomass and/or waste (B&W) is addressed as one of the key issues to reach sustainability and to meet the goals of the Kyoto Protocol 1 . The best available technology for B...

.... Associate Editor: G. M. Reistad. 01 July 2002 01 March 2003 02 03 2004 steam power stations combustion thermodynamics thermal analysis air pollution control The main contributor to increasing atmospheric carbon dioxide CO 2 concentration...