Abstract:Despite the wide applications of multi-effect vapor absorption systems, their
energy requirement is relatively higher. Also, their exergy analyses found
in the literature reveal that the exergy destruction rate at the absorber is
quite significant and has the potential for improvement in its energy
efficiency. In this work, the exergy destruction rate at the absorber is
minimized using the penalty factor method against the optimized generator
temperature of the double-effect vapor absorption … Show more
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