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Thermodynamic analysis and optimization of the power block of concentrated solar power (CSP) plants were performed in this study. Single and combined power cycles such as regenerative steam Rankine cycle with reheat (RSRC), organic Rankine cycle (ORC), combined Rankine/ORC cycle, regenerative Brayton cycle (RBC), regenerative Brayton cycle with recompression (RBCR), and combined Brayton/ORC cycle...
Detailed design, analysis, and optimization of a regenerative Organic Rankine cycle (ORC) using dry working fluids is the main focus of this study. Large number of parametric calculations was performed to evaluate the thermodynamic performance (thermal efficiency and net power output) of the regenerative ORC over a range of operating conditions for fourteen dry working fluids. A systematic method...
Thermodynamic performance (thermal efficiency and net power output) of a simple subcritical and supercritical Organic Rankine Cycle (ORC) was analyzed over a range of operating conditions for a number of working fluids to determine the effect of operating parameters on cycle performance and select the best working fluid. The results show that for an ORC operating with a dry working fluid, thermal...
US EPA's studies have determined that mercury emissions from coal-fired power plants pose significant hazards to public health and must be reduced. Coal-fired power plants represent a significant fraction of the anthropogenic emissions of mercury into the atmosphere. Mercury emissions are impacted by factors such as coal type, boiler operation, fly ash characteristics and type of environmental control...
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