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SK Churakova, KF Bogatykh, GM Sidorov, RN Rezyapov (2013)
Introduction of crossflow droplet traps to intensify performance of mass transfer apparatusesKhm. Neftegaz. Mashinostr., No., 6
H Bansal, A Sayal, P Singh, V Gupta (2014)
CFD simulation on vane type feed inlet device in a column-vapour flow analysed for two different feed streamsElixir Chem. Eng., No., 66
SK Churakova, KF Bogatykh (2013)
Development of resource-energy saving fractionation technologies based on design-technology approachTekhnol. Nefti i Gaza, 87
HH Pham, YI Lim, S Han (2018)
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EN Petrashova, MG Lagutkin, AS Pushnov, VI Shishov (2011)
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M Wehrli, S Hirschberg, R Schweizer (2003)
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A comparative analysis of various designs of devices for feed input into fractionating columns was made using CFD modeling. The feed supply rate at which special feeding devices are not required was determined. A comparative estimation was made of the separation zone height and hydraulic resistance at various feed supply rates for various designs of feed input devices as well as for hollow columns (without a feed input device). The proportion of feed distillation was found to affect the performance indices of various feed input devices.
Chemical and Petroleum Engineering – Springer Journals
Published: Mar 1, 2022
Keywords: CFD modeling; feed supply rate; flow resistance; separation zone height; feed input device; mass-transfer columns; fractionation; proportion of feed distillation; separation; vapor-liquid flow
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