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Tray Column Design: downcomer_velocity_medium_24 to typical_stages_benzene_diethylbenzene

Distillation and absorption tray column design parameters — sieve, valve, bubble cap, dual-flow, baffle, and chimney tray geometry, hydraulics, flood limits, and turndown ratios; plus system derating factors, downcomer hydraulics, downcomer residence times, typical theoretical stages by separation system, and Murphree tray efficiency ranges

Chemical Engineeringtray_type: downcomer_velocity_medium_24 to typical_stages_benzene_diethylbenzene5 rows
tray typecategorydowncomer cl velocity ft s max (ft/s)downcomer cl velocity ft s min (ft/s)downcomer residence time s (s)foaming tendencyseparation systemsystem servicetray spacing in (in)typical stages (dimensionless)
downcomer_velocity_medium_24downcomer_clear_liquid_velocity0.50.4mediumOil systems; crude oil distillation; absorbers; midpressure (100-300 psia) hydrocarbons24
downcomer_velocity_high_24downcomer_clear_liquid_velocity0.250.2highAmines; glycerine; glycols; high-pressure (>300 psia) light hydrocarbons24
downcomer_residence_highdowncomer_residence_time5highMineral oil absorbers
typical_stages_propyne_butadienetypical_stagesPropyne-1-3-butadiene40
typical_stages_benzene_diethylbenzenetypical_stagesBenzene-diethyl benzene50

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