Archivio Istituzionale della RicercaHeat recovery from waste gas is a major key process for increasing efficiency of thermal processes. The aim of the present work is to increase heat transfer coeffi cients of ceramic heat exchangers of recuperative burners using highly structured surface elements created from a textile precursor. The paper describes the chosen geometries and their thermal behavior, the ceramization process and the preliminary design of the new recuperative burners.
New ceramic heat exchangers with enhanced heat transfer properties for recuperative gas burners / Trimis, D.; Uhlig, V.; Eder, R.; Ortona, A.; Pusterla, S.; Ambrosio, E. P.; Fino, Paolo; Rumeau, P.; Chazelas, C.; Giannella, S.; Wunning, J. G.; Altena, H.; Beneke, F.; Debier, M.; Gramer, T.. - In: HEAT PROCESSING. - ISSN 1611-616X. - STAMPA. - 2/2011:(2011), pp. 183-187.
New ceramic heat exchangers with enhanced heat transfer properties for recuperative gas burners
E. P. Ambrosio;FINO, Paolo;
2011
Abstract
Heat recovery from waste gas is a major key process for increasing efficiency of thermal processes. The aim of the present work is to increase heat transfer coeffi cients of ceramic heat exchangers of recuperative burners using highly structured surface elements created from a textile precursor. The paper describes the chosen geometries and their thermal behavior, the ceramization process and the preliminary design of the new recuperative burners.
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https://hdl.handle.net/11583/2499111
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