Advanced Energy SystemsThis text deals with advanced energy systems that are sensitive to the environment, such as combined-cycle power plants. The text analyzes major advanced power generation technologies, and it gives an outlook to the future of power engineering. Among the features of this book are over 50 solved problems, examples included at the end of each chapter, a state-of-the-art analysis of advanced energy and emerging technologies, and full figures, appendices, and references. |
Contents
Work and Power | 5 |
Combustion Stoichiometry | 18 |
Closure | 34 |
CHAPTER 4 | 39 |
Flue Gas Treatment for NO Emissions Control | 48 |
Steam Power Plant Technology | 57 |
Advanced Supercritical Reheat Cycles | 70 |
Closure | 86 |
FuelCell Characteristics | 188 |
Fuel Cell Based Power Plants | 195 |
Closure | 208 |
Fluidized Bed Combustion Technology | 214 |
IGCC Technology | 228 |
Hybrid Combined Cycles | 236 |
CHAPTER 10 | 243 |
Thermal Energy Storage | 250 |
Regenerative Gas Turbine Cycle | 100 |
SteamInjected Gas Turbines | 118 |
CombinedCycle Power Plant Configurations | 136 |
CombinedCycle System Design Considerations | 151 |
Steam Turbine Based Cogeneration Plants | 164 |
CombinedCycle Cogeneration Plants | 173 |
Closure | 181 |
Thermochemical Energy Storage | 257 |
Closure | 265 |
Temperature Conversion from Celsius Scale to Fahrenheit Scale | 271 |
Average Constant Pressure Molar Specific Heat of Ideal Gases | 272 |
Mollier EnthalpyEntropy Diagram for Steam Critical Point 374 15C | 278 |
Other editions - View all
Advanced Energy Systems, Second Edition Nikolai V. Khartchenko,Vadym M. Kharchenko Limited preview - 2013 |
Advanced Energy Systems, Second Edition Nikolai V. Khartchenko,Vadym M. Kharchenko Limited preview - 2013 |
Advanced Energy Systems Nik Khartchenko,Nikolai V. Khartchenko,Vadym M. Kharchenko Limited preview - 1997 |
Common terms and phrases
air-fuel ratio bars boiler burners carbon CFBC coal gasification cogeneration plant combined cycle combined-cycle power plant combustion combustor cooling density district heating electrical electrode emissions energy storage engine enthalpy excess air exhaust gas feedwater heater Figure flue gas fluid fluidized bed fluidized bed combustion fuel cell fuel energy fuel gas furnace gas cleanup gas temperature gas turbine gas turbine inlet gas turbine plant gas turbine power h₁ h₂ heat rate heat rejection heating value high-temperature HRSG hydrogen IGCC injection intercooling isentropic kg/m³ kg/s kJ/kg kJ/kWh liquid m³/kg mass flow rate MJ/kg natural gas nitrogen operating overall efficiency oxide oxygen PFBC power output reaction reduce reheat simple-cycle gas turbine solar sorbent specific heat steam power plant steam turbine sulfur supplementary firing T-s diagram T₁ thermal efficiency turbine inlet temperature turbine power plant utilization vapor Wnet
References to this book
Smart Materials and New Technologies: For the Architecture and Design ... D. Michelle Addington,Daniel L. Schodek No preview available - 2005 |