Design and construction of a fresnel linear distiller
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It was designed a Fresnel linear distiller based on optical calculations obtained from taking into account Lima's latitude value, Earth inclination angle and heat absorber cavity's dimensions. The 5.6 m^sup 2^ reflective surface concentrator of the distiller was constructed with 32 plane rectangular mirrors; the heat absorber cavity was made with a rectangular blackened aluminum tube 1 m long and installed 2.5 m over the plane of mirrors. The Fresnel linear distiller was installed at the University of Lima and experimental tests were performed during no cloudy summer days. There were measured ambient temperature, heat absorber cavity temperature, radiant flux and fresh water volume. From this, it was obtained a production of 0.89 liters/hour and 0.79 L/m^sup 2^, and it was calculated a total performance of 34.5% in desalting sea water. Finally, it is presented a comparison between Fresnel linear distiller (FLD) and parabolic trough distiller (PTD) with similar dimensions and characteristics. It is obtained that the last one produced almost 32% more fresh water than the former, but at the same time, the FLD is almost 20% cheaper than PTD. However, water cost production with both distillers using is almost the same.
How to citeSaettone, E. (2014). Design and construction of a Fresnel linear distiller. Applied Solar Energy, 50(4), 238-243. doi: 10.3103/S0003701X14040136
PublisherAllerton Press, Inc.
Category / SubcategoryIngenierías / Ingeniería química
xmlui.dri2xhtml.METS-1.0.item-journalApplied Solar Energy
Indexado en Scopus