By Ibrahim Dincer, Marc A. Rosen
This e-book offers with exergy and its functions to varied power platforms and purposes as a possible device for layout, research and optimization, and its function in minimizing and/or putting off environmental affects and delivering sustainable improvement. during this regard, a number of key issues starting from the fundamentals of the thermodynamic techniques to complicated exergy research suggestions in a variety of applications are coated as defined within the contents. - entire assurance of exergy and its purposes - Connects exergy with 3 crucial components when it comes to strength, surroundings and sustainable improvement - offers the main updated info within the quarter with fresh advancements - presents a few illustrative examples, useful functions, and case reports - effortless to keep on with kind, ranging from the fundamentals to the complicated systems. Read more...
content material: Preface --
bankruptcy 1. Thermodynamic basics --
bankruptcy 2. power and Exergy Analyses --
bankruptcy three. Exergy, setting and Sustainable improvement --
bankruptcy four. Exergy of functions through --
bankruptcy five. Exergy in coverage improvement and schooling --
bankruptcy 6. Exergy research of Psychrometric procedures --
bankruptcy 7. Exergy research of warmth Pump platforms --
bankruptcy eight. Exergy research of Drying strategies and structures --
bankruptcy nine. Exergy research of Thermal power garage structures --
bankruptcy 10. Exergy research of Renewable power platforms --
bankruptcy eleven. Exergy research of Steam energy vegetation --
bankruptcy 12. Exergy research of Cogeneration and District strength structures --
bankruptcy thirteen. Exergy research of Cryogenic structures --
bankruptcy 14. Exergy research of Crude Oil Distillation platforms --
bankruptcy 15. Exergy research of gasoline cellphone structures --
bankruptcy sixteen. Exergy research of plane structures --
bankruptcy 17. Exergoeconomic research of Thermal platforms --
bankruptcy 18. Sectoral Exergy research --
bankruptcy 19. Exergetic existence Cycle overview --
bankruptcy 20. Exergy and business Ecology --
Appendix A. thesaurus --
Appendix B. Conversion components --
Appendix C. Thermophysical homes --
summary: This booklet offers with exergy and its functions to numerous power structures and purposes as a possible device for layout, research and optimization, and its function in minimizing and/or taking out environmental affects and offering sustainable improvement. during this regard, numerous key issues starting from the fundamentals of the thermodynamic innovations to complex exergy research ideas in a variety of functions are coated as defined within the contents. - finished insurance of exergy and its purposes - Connects exergy with 3 crucial components when it comes to power, setting and sustainable improvement - provides the main up to date details within the zone with contemporary advancements - offers a few illustrative examples, sensible functions, and case stories - effortless to stick with kind, ranging from the fundamentals to the complicated platforms
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Extra resources for Exergy : energy, environment, and sustainable development
Exergy vs. energy Energy analysis is the traditional method of assessing the way energy is used in an operation involving the physical or chemical processing of materials and the transfer and/or conversion of energy. This usually entails performing energy balances, which are based on the FLT, and evaluating energy efficiencies. This balance is employed to determine and reduce waste exergy emissions like heat losses and sometimes to enhance waste and heat recovery. However, an energy balance provides no information on the degradation of energy or resources during a process and does not quantify the usefulness or quality of the various energy and material streams flowing through a system and exiting as products and wastes.
Describe any advantages of exergy analysis over energy analysis. Can you perform an exergy analysis without an energy analysis? Explain. Does the reference environment have any effect on the results of an exergy analysis? Do you recommend using standard atmospheric conditions (1 atm, 25◦ C) or actual atmospheric conditions as reference environment in an exergy analysis? Explain. Some people claim that, for a fossil-fuel power plant, energy analysis is superior to exergy analysis because the heat input is directly related to the amount of fuel burned and consequently the cost of fuel to generate a certain amount of power.
The definition of such a reference environment is usually problematic, however, as these systems are not in equilibrium with each other. In accounting for local conditions, a reference environment can vary spatially and temporally. The need to account for spatial dependence is clear if one considers an air conditioning and heating system operating in the different climates across the earth. In addition, an aircraft or rocket experiences different environmental conditions as it ascends through the atmosphere.
Exergy : energy, environment, and sustainable development by Ibrahim Dincer, Marc A. Rosen