PirateBay Download | amidpour m cogeneration polygeneration systems 2021

amidpour m cogeneration polygeneration systems 2021

Type:: E-books
Files:: 1
Size:: 28.1 MB
Uploaded On:: Nov. 5, 2021, 8:59 a.m.
Added By:: andryold1
Seeders:: 0
Leechers:: 0
Info Hash:: 639C17D7DB97754FD8114605829E1200635CF2E2

Textbook in PDF format Preface Acknowledgments Cogeneration and polygeneration Introduction Fundamental of cogeneration Analysis of combined heat and power system Trigeneration Comparison of combined cooling, heating, and power and stand-alone system History of cogeneration Importance of deployment Polygeneration Conclusion References Main components of cogeneration and polygeneration systems Introduction Steam turbines Gas turbine Combined cycle-based cogeneration plants Internal combustion engine Stirling engines Fuel cell References Applications of cogeneration and polygeneration Introduction Main application Industrial Commercial Institutional Prospects for cogeneration in Europe Fiona Riddoch, COGEN Europe, Belgium Germany—aiming to double cogeneration by Spain—Upbeat for combined heat and power Austria—The Green Approach Japan China The United States Other countries References Thermodynamic modeling and simulation of cogeneration and polygeneration systems Introduction The first law of thermodynamics The second law of thermodynamics Modeling of CGAM cogeneration plant Thermodynamic modeling of a combined Thermodynamic modeling of a polygeneration system Thermodynamic modeling of a hybrid References Exergy and thermoeconomic evaluation of cogeneration and polygeneration systems Introduction Definition of exergy Dead state Dead state limited Definition of the environment from the perspective of exergy analysis Exergy Thermoeconomic Exergy and thermoeconomic modeling Physical exergy Chemical exergy Exergy destruction Exergoeconomic modeling Exergy destruction level and exergy cost destruction level concept Case studies Exergy and exergoeconomic modeling of CGAM cogeneration plant Exergy and exergoeconomic modeling of a CCHP Exergy and exergoeconomic modeling of a polygeneration system References Advanced exergetic evaluation of cogeneration and polygeneration systems Introduction Advanced exergy-based variables Endogenous/exogenous Avoidable/unavoidable Methodology for splitting the variables Unavoidable and avoidable parts Endogenous and exogenous parts Simple approach Thermodynamic approach Engineering approach Advanced exergy destruction Level representation Application of advanced exergy-based analysis CGAM problem Liquefied natural gas cogeneration References Total Site integration and cogeneration systems Introduction Total Site integration Total Site profiles Total Site procedure Case studies Case A conventional Total Site analysis Case Integration of site utility and thermal power plant References Desalinated water production in cogeneration and polygeneration systems Introduction Main desalination technologies Multistage flash distillation desalination Multiple-effect distillation desalination Reverse osmosis desalination Integration with thermal power plants Integration with of gas turbines Integration with site utility industrial plants References Cogeneration and polygeneration targets Introduction Cogeneration issues Significant models Exergetic model T–H model Turbine hardware model Harell method Sorin and Hammache method Medina-Flores and Picón-Núñez model Bandyopadhyay model Iterative bottom-to-top model Kapil model Actual steam level temperature model Automated targeting method Ren et al model Other models Software Comparison of different methods Case study Conclusion References R-curve tool Introduction Notation of R-curve R-curve tool Ideal R-curve or grassroots R-curve Actual R-curve Developing the extended R-curves Cogeneration targeting R-ratio against ED, CD, and BD Advanced representation of Exergy Destruction Level The algorithm proposed for advanced analyses Extended R-curve using in liquefied natural gas cogeneration Integrating the desalination systems with the help of R-curve Reverse osmosis desalination Multieffect distillation desalination system Integration effect on cogeneration efficiency factor Case studies Specifications of desalination systems First case study Second case study References Environmental impacts consideration Introduction Life cycle assessment Stages of life cycle assessment framework Applications of life cycle assessment Benefits of life cycle assessment Design a life cycle assessment project Real planning and process management How is life cycle assessment done? Eco-indicator Exergoenvironmental analysis Estimation of greenhouse gas emissions Footprint Carbon footprint Emission footprint Energy footprint Water footprint Environmental targeting Case studies Case Case References Combined heating, cooling, hydrogen, and power production Introduction System description Modeling and analysis Assumptions Modeling and analysis Ejector modeling Proton-exchange membrane electrolyzer Energy and exergy analysis Exergoeconomic modeling Overall performance evaluation Validation of model Performance evaluation References Modern polygeneration systems Introduction Fuel cell Solar energy Fuell cell integration Fuel cell+thermoelectric generator Fuel cell—gas turbine Fuel cell+heat pump/refrigeration Fuel cell+absorption chillers Fuel cell—desalination systems Microbial cell integration Solar energy General overview Polygeneration with solar energy The parabolic trough type Solar power tower–driven systems Parabolic dish–driven systems Photovoltaic/thermal/CPVT collector–driven systems Hybrid solar polygeneration systems Integrated solar–biomass-driven devices Hybrid parabolic trough collectors–biomass Hybrid solar power tower–biomass Hybrid CPVT collectors–biomass Hybrid solar–geothermal Hybrid parabolic trough collectors–geothermal Hybrid solar power tower–geothermal Hybrid photovoltaic/thermal/CPVT collectors–geothermal Hybrid photovoltaic/thermal–ocean Hybrid solar power tower–wind turbines Hybrid solar–wind/ocean Other hybrid models References Optimization of cogeneration and polygeneration systems Introduction Optimization problem System boundaries Objective functions and system criteria Decision variables Constraints Optimization techniques Classical optimization Numerical optimization techniques Metaheuristic optimization techniques Multiobjective optimization Case studies Case : Solar hybrid cogeneration plant General overview Solar field design Optimization Physical constraints Optimization runs Conventional case Solar hybrid case Case : Optimal design of utility systems using targeting strategy Grassroots case study Optimization results Case : Optimal design of thermoelectric generator-parabolic trough collector-driven polygeneration system General overview Multiobjective optimization method Case : Biomass–solar-driven polygeneration system General overview Optimization References Reliability and availability of cogeneration and polygeneration systems Introduction Definitions Reliability modeling of utility system Case studies Case Case References Software tools Introduction Power plants GT PRO GT MASTER STEAM PRO STEAM MASTER THERMOFLEX GateCycle EBSILON Cycle-Tempo Process industries Aspen Plus Aspen HYSYS Petro-SIM UniSim ProMAX AVEVA PRO/II i-Steam STAR Renewable energy TRNSYS HOMER Pro RETScreen System Advisor Model Computer code EES Thermolib MATLAB References Appendix Calculation of thermodynamic properties for several substances Seawater properties correlations Specific volume and density of seawater Specific enthalpy of seawater and pure water Specific entropy of seawater and pure water Cost functions Weight function Eco-indicator for some components References Index iv The Hot Big Bang Thermal Equilibrium Some Statistical Mechanics The Primordial Plasma Entropy and Expansion History Cosmic Neutrino Background Cosmic Microwave Background Beyond Equilibrium The Boltzmann Equation Dark Matter Freeze-Out Baryogenesis: A Sketch ∗ Big Bang Nucleosynthesis Recombination Revisited ∗ Summary Further Reading Problems Cosmological Inflation Problems of the Hot Big Bang The Horizon Problem The Flatness Problem Superhorizon Correlations Before the Hot Big Bang A Shrinking Hubble Sphere Horizon Problem Revisited Flatness Problem Revisited Superhorizon Correlations Duration of Inflation The Physics of Inflation Scalar Field Dynamics Slow-Roll Inflation Creating the Hot Universe Open Problems ∗ Ultraviolet Sensitivity Initial Conditions Eternal Inflation Summary Further Reading Problems

Get This Torrent

Amidpour M. Cogeneration and polygeneration systems 2021.pdf 28.1 MB

Details for: Amidpour M. Cogeneration and polygeneration systems 2021

amidpour m cogeneration polygeneration systems 2021

Similar Posts: