Thermosyphen ReboilerThermosyphon Reboiler HydraulicsObjective=In thermosyphon reboiler, it is important to determine to inlet nozzle elevation of reboilerThis spreadshit will help to determine the same.User have to change h1 which is related to inlet nozzle elevation of reboilerUser Inputto get desired result that is " Thermosyphen will have desired flow".Calculates ResultIt gives what should be reboiler return nozzle to the column.CheckIt also provides reboiler height requiredThis input is useful for the reboiler designDelP Disch=0.112bar/100mLine Length=5.000mWeirDelPDich=0.011bar113.045Liquid flowrate to reboiler571403.000kg/hr30.000% Vapor1390.275m3/hrDensity=113.045kg/m31.500mColoum Dia6.000m3.843Colm cross A=28.260m22.343mConsidering Wier at 70% of crossectionh28.500Area available for Reboiler Liq ish17.000DelPReb=0.034barArebLiq-Cross-19.782m2Residance time in column sump2.000mins4.657mWier Hight2.343mLiquid Density=411.000kg/m3Vapor Density42.000kg/m3Density=411.000kg/m3Slope=-35.054DelP Inlet0.150bar/100mAvg Density=262.023kg/m3C=411.000Inlet Line Length=7.000mDelPInlet0.011barH10.260mH2*DenAvg*g21848.754262.023DelP Avail=0.064barH1*DenL*g28223.370DelP System=0.056barResult:Thermosyphon will have design flow

Vertical Thermosyphen