The project concerns the design, optimization, construction, assembling, start-up and extensive monitoring of an experimental plant consisting of a full-titanium desalinator coupled with a small solar pond. The operational tests took place at the site of the solar pond of the University of Ancona (Italy). Data collected during the start-up and operation of the plant under various conditions are being utilized for improving expertise on heat recovery with highly corrosive fluids, on co-generation plants aimed at producing electricity and fresh water, and on desalination fed by solar energy. Some preliminary economic evaluations are discussed.
High Energy Efficiency Desalination Project Utilizing A Full Titanium Desalination Unit And A Solar Pond As Heat Supply / Caruso, Gianfranco; Naviglio, Antonio; Principi, P; Ruffini, E.. - In: DESALINATION. - ISSN 0011-9164. - STAMPA. - 136:(2001), pp. 199-212. [10.1016/S0011-9164(01)00182-5]
High Energy Efficiency Desalination Project Utilizing A Full Titanium Desalination Unit And A Solar Pond As Heat Supply
CARUSO, Gianfranco;NAVIGLIO, Antonio;
2001
Abstract
The project concerns the design, optimization, construction, assembling, start-up and extensive monitoring of an experimental plant consisting of a full-titanium desalinator coupled with a small solar pond. The operational tests took place at the site of the solar pond of the University of Ancona (Italy). Data collected during the start-up and operation of the plant under various conditions are being utilized for improving expertise on heat recovery with highly corrosive fluids, on co-generation plants aimed at producing electricity and fresh water, and on desalination fed by solar energy. Some preliminary economic evaluations are discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
