High velocity burners with finned recuperator for highest efficiency
4,90 €
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Artikelnummer
00541_2017_02_03
In the field of process heat utilization, various measures are available for increasing energy efficiency. According to the technological process, a large part of the process heat is generated as waste heat. It is a very effective way of recycling this waste heat directly to the process, e. g. by means of intensive combustion air preheating at industrial burners. The long proven recuperator burners are limited in energy efficiency due to the restriction of the recuperator surface. The use of metal foam in connection with the robust finned tube design generates higher efficiencies which achieve 10–15 % energy savings compared to conventional finned tube recuperator burners.
Autoren | Roland Rakette / Dirk Mäder / Birgit Neumann |
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Erscheinungsdatum | 01.02.2017 |
Format | |
Zeitschrift | heat processing - Ausgabe 02 2017 |
Verlag | Vulkan-Verlag GmbH |
Sprache | English |
Seitenzahl | 4 |
Titel | High velocity burners with finned recuperator for highest efficiency |
Beschreibung | In the field of process heat utilization, various measures are available for increasing energy efficiency. According to the technological process, a large part of the process heat is generated as waste heat. It is a very effective way of recycling this waste heat directly to the process, e. g. by means of intensive combustion air preheating at industrial burners. The long proven recuperator burners are limited in energy efficiency due to the restriction of the recuperator surface. The use of metal foam in connection with the robust finned tube design generates higher efficiencies which achieve 10–15 % energy savings compared to conventional finned tube recuperator burners. |
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