Get more from vertical thermosiphon reboilers The effects of three different heat-transfer-enhancement devices are outlined here
Zadakbar, Omid Vatani, Ali Karimpour, Kianoosh
Get more from vertical thermosiphon reboilers The effects of three different heat-transfer-enhancement devices are outlined here - nov. 2008 - 2 p. ; 52-54
Transcripción del resúmen publicado por el autor: Improvements in performance can be achieved with the application of heat-transfer-enhancement devices — such as wire matrix inserts, twisted-tape inserts and helically coiled inserts — in the subcooled zone of a vertical thermosiphon reboiler. These enhancement devices reduce the required heat-transfer surface area, subcooled zone length and maximum temperature of the reboiler tube wall, while increasing the overall heat-transfer coefficient, subcooled-zone overall heat-transfer coefficient and average heat flux rate. All together, these benefits translate into a reduction in the size of the exchanger, the area of installation and the initial investment.
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Get more from vertical thermosiphon reboilers The effects of three different heat-transfer-enhancement devices are outlined here - nov. 2008 - 2 p. ; 52-54
Transcripción del resúmen publicado por el autor: Improvements in performance can be achieved with the application of heat-transfer-enhancement devices — such as wire matrix inserts, twisted-tape inserts and helically coiled inserts — in the subcooled zone of a vertical thermosiphon reboiler. These enhancement devices reduce the required heat-transfer surface area, subcooled zone length and maximum temperature of the reboiler tube wall, while increasing the overall heat-transfer coefficient, subcooled-zone overall heat-transfer coefficient and average heat flux rate. All together, these benefits translate into a reduction in the size of the exchanger, the area of installation and the initial investment.
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