... . 10.1115/1.3450412 17 06 2011 22 07 2011 01 03 2012 01 03 2012 combined cycle power stations gas turbines heat transfer humidity HAT cycle gas turbine humidification part-load characteristics start-up time recuperator In May 2010, the Japanese Diet...

... on ambient temperature Gas exergy formula multiplicative correction factors [to be applied to Eqs. 10 , 11 ] for ambient (i.e., reference) temperature 25 04 2011 27 04 2011 07 11 2011 07 11 2011 combined cycle power stations thermodynamics Gas turbine...

... 2011 28 04 2011 04 11 2011 04 11 2011 combined cycle power stations frequency response gas turbine power stations gas turbines load (electric) power control power generation control power markets shafts In order to supply energy to an electrical grid, all connected...

... with same losses has an efficiency of 59.44% (parasitic losses and transformer step-up losses not included). 12 04 2011 13 04 2011 27 10 2011 27 10 2011 air pollution control ammonia boilers combined cycle power stations Carbon dioxide emissions can be reduced...

... 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...

... to be competitive with those of chemical absorption. 04 05 2010 12 01 2011 13 05 2011 13 05 2011 air pollution control climate mitigation combined cycle power stations combustion exergy CO 2 capture combined cycle advanced zero emission plant exergetic analysis...

... of heat rejection system design considerations with a second-law perspective. 12 05 2010 26 05 2010 18 11 2010 18 11 2010 combined cycle power stations gas turbine power stations power consumption An electric power generation plant consumes power in order to generate...

... 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...

... 06 2009 18 12 2009 12 08 2010 12 08 2010 combined cycle power stations gas turbine power stations three-term control turbogenerators Cost-effective production and use of energy with reduced emissions at local and global levels are both key aims in the world’s utility...

... residence times and NO x emissions. Strategies for accurate computational modeling of LDI combustors’ stability characteristics are also discussed. air pollution control carbon compounds combined cycle power stations combustion diffusion flames nitrogen compounds stratified flow thermal stability...

... 2009 17 03 2010 17 03 2010 air pollution control biofuel boilers combined cycle power stations The increasing anthropogenic CO 2 emissions and possible global warming have challenged countries all over the world to find new and better ways to meet the world’s...

... manifold were applied. 22 03 2009 24 05 2009 03 03 2010 03 03 2010 alloy steel boilers combined cycle power stations finite element analysis heat recovery martensitic steel heat recovery steam generator Benson once-through technology finite element modeling finite...

... on Metallic Foams Produced by the Slip Reaction Foam Sintering (SRFS)-Process ,” Steel Research Int. 1611-3683 , 75 ( 7 ), pp. 483 – 488 . combined cycle power stations cooling laser beam welding laser sintering metal foams multilayers porous materials powder metallurgy laser beam...

... maximum efficiency. The integrated optimization approach proves effective, robust, and helpful for optimal plant management. 24 01 2009 16 06 2009 15 01 2010 15 01 2010 cogeneration combined cycle power stations optimisation power generation economics power system...

... LSI at 450   K < T < 505   K and 8 atm verified the operability of this concept at gas turbine conditions. 04 04 2008 12 05 2008 30 09 2009 coal combined cycle power stations gas turbines The objective of our research is to adapt the low...

... for the key parameters, the maximum achievable bottoming cycle power output is readily calculable for any given gas turbine from its exhaust exergy. 09 07 2008 15 07 2008 30 09 2009 combined cycle power stations exergy gas turbines The modern combined cycle (CC) power plant...

... experienced inner wall temperatures that approached the maximum allowable limit. 13 05 2008 14 05 2008 14 04 2009 blades combined cycle power stations combustion compressors coolants cooling gas turbines thermodynamics syngas turbine cooling thermodynamics simulation...

... plants with integrated CO 2 capture have been proposed in the literature, and an extensive comparative analysis of their performance can be found in Ref. 2 . The understanding of the costs involved remain however limited. air pollution carbon compounds combined cycle power...

... of the data. 15 03 2006 15 07 2008 18 12 2008 combined cycle power stations data analysis gas turbines mathematical analysis shafts statistical analysis steam turbines testing Data reconciliation ensures that a set of measurements is thermodynamically consistent...