Exergy analysis of drying process: An experimental study in solar greenhouse
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2009
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Abstract
This article examines the exergy variation during drying in solar greenhouses. Exergy efficiencies were derived as functions of drying time and temperature of the drying air. An illustrative example is considered to verify Dincer and Sahin's model and to show the applicability of the model to actual drying processes at different drying air temperatures. This work is intended not only to demonstrate the usefulness of exergy analysis in thermodynamic assessments of drying processes but to provide insights into their performances and efficiencies. In this study, the drying performance of the passively heated solar greenhouse has been investigated. Experimental results under the meteorological conditions of Izmir, Turkey (latitude 38.24 N, longitude 27.50 E), are presented.
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Alternative fuels , Curing , Dewatering , Exergy , Greenhouses , Solar energy , Solar heating , Strategic planning , Sustainable development , Drying air , Drying performance , Drying process , Drying time , Exergy Analysis , Exergy efficiencies , Experimental studies , Green energy , Illustrative examples , Meteorological condition , Solar greenhouse , Thermodynamic assessment , Drying