Mass Transfer Operations Laboratory Manual - Meda, Kalyan Kumar
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Aim/Objective: To verify Rayleigh equation by conducting simple distillation on methanol - water system. To compare experimental (F/W) with that calculated from Rayleigh's equation and with modified Rayleigh's equation. Apparatus: Simple distillation experimental set-up, 250 ml beakers 2 numbers, 50 ml beaker, specific gravity bottle (25 ml), thermometer. Equations: Rayleigh equation: (Check in R.E.Treybal) Modified Rayleigh equation: (Check in R.E.Treybal).

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Produktbeschreibung
Aim/Objective: To verify Rayleigh equation by conducting simple distillation on methanol - water system. To compare experimental (F/W) with that calculated from Rayleigh's equation and with modified Rayleigh's equation. Apparatus: Simple distillation experimental set-up, 250 ml beakers 2 numbers, 50 ml beaker, specific gravity bottle (25 ml), thermometer. Equations: Rayleigh equation: (Check in R.E.Treybal) Modified Rayleigh equation: (Check in R.E.Treybal).
Autorenporträt
Meda, Kalyan Kumar
Kalyan Kumar Meda presently serving as Assistant Professor in the Department of Chemical Engineering, JNTUA College of Engineering, Anantapur, Andhra Pradesh, India. Experience in teaching Chemical Process Calculations, Process Heat Transfer, Mass Transfer Operations, Environmental Studies to undergraduate chemical engineering students.