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thermodynamic analysis of an integrated gasification and Cu-Cl cycle for trigeneration of hydrogen, steam and electricity .They used Aspen HYSYS to simulate the system. The results showed that using oxygen instead of air for the gasification process, in which oxygen is provided by the integrated Cu-Cl cycle, led to a 20% increase in the hydrogen content of produced syngas. Minciuc et al. [43] presented a method for analyzing trigeneration systems and established limits for the best performance of gas turbine trigeneration with absorption chilling from a thermodynamic point of view. Moya et al. [44] studied the performance assessment of a trigeneration system consisting of a micro gas turbine and an air cooled, indirect fired, ammonia water absorption chiller. They also conducted a parametric study by changing some major design parameters, including variation of output power of the micro gas turbine, ambient temperature for the absorption unit, chilled water outlet temperature and thermal oil inlet temperature. Velumani et al. [45] proposed a new integrated trigeneration system consisting of a micro gas turbine, a solid oxide fuel cell and a single effect absorption chiller. The results showed that the energy efficiency of this cycle is about 70%. Buck and Fredmann [46] studied the performance of a trigeneration plant based on a micro turbine assisted by a small solar tower. They conducted an economic analysis on the use of single and double effect absorption chillers. The authors recommended using the double effect chiller since it showed better thermal performance and lower operating cost compared to the single effect absorption chiller. Exergy is a useful tool for determining the location, type and true magnitude of exergy losses, which appear in the form of either exergy destructions or waste exergy emissions [47]. Therefore, exergy can assist in developing strategies and guidelines for more effective use of energy resources and technologies. Recently, exergy analysis has become a very popular tool for analyzing thermal systems. Some studies have applied exergy analyses to CHP and trigeneration energy systems based on IC engines. Santo et al. [48] conducted the energy and exergy analyses of a IC engine based trigeneration system under two different operating strategies for buildings. They presented a computational hourly profile method that combined fittings from the literature and actual data from manufacturer into a single algorithm curve in order to obtain the mathematical representations of physical phenomena and thermodynamic properties. The developed simulation 40PDF Image | Energy Systems for Multigeneration Purposes
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