Alternative Separation and Purification Options for Tri-generation and Chiller
نویسندگان
چکیده
Polygeneration of hydrogen, heat, and power has been shown to improve overall plant efficiency by creating more products and introducing synergy which improve fuel cell performance (Figure 1). The integration of an absorption chiller with a high temperature fuel cell for polygeneration of combined cooling, heating, hydrogen, and power is studied. Steady-state and dynamic computer models are utilized to study the feasibility of the system. Various configurations are analyzed using the steady-state model. A dynamic model is used to study the real world operating characteristics of the system.
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