/  Chemical Engineering Books /  Mass Transfer Books / 

Mass Transfer by Tikrit University

Mass Transfer by Tikrit University

Mass Transfer by Tikrit University

This note covers the following topics: Diffusion , flick's law, modes of diffusion, Multi-components mixture, correction of diffusivity, Diffusion in varying cross section area, Diffusivity coefficient in liquid and gas, Mass transfer theory, Mass transfer coefficient, wetted wall column, Absorption, equilibrium of gas and liquid, Packed tower, Tray tower, stripping Extraction , Leaching, batch leaching, Continuous leaching, constant under flow, Continuous leaching, Distillation , vapor-liquid equilibrium, Differential type, flash distillation, Continuous distillation, Multi-feeds and side stream , lewis sorial method, Ponchon-savarit method, Batch distillation with constant reflux ratio and with constant product composition, Multi-component distillation, Humidification , humidity, Cooling tower calculation, Height of cooling tower, carey method, Drying process, Evaporation.

Author(s):

s97 Pages
Similar Books
Mass Transfer Lecture Notes

Mass Transfer Lecture Notes

This note covers the following topics: Molecular mass transport, Properties of Mixtures, Diffusion flux, Fick’s law, Relation among molar fluxes, Diffusivity, Diffusivity in liquids, Steady State Diffusion, steady state diffusion through a stagnant film, Diffusion in solids, Convective Mass Transfer, Convective Mass Transfer Coefficient, Application of Dimensionless Analysis to Mass Transfer, Convective Mass Transfer Correlations, Single Sphere, Single Cylinder, Flow Through Pipes, Mass transfer between phases, Simultaneous Heat and Mass Transfer, The Wet – bulb Thermometer.

sNA Pages
Mass Transfer Operations

Mass Transfer Operations

The mass transfer operations are largely the responsibility of chemical engineers, but increasingly practitioners of other engineering disciplines are finding them necessary for their work. The objective of this note is to provide a means to teach undergraduate chemical engineering students the basic principles of mass transfer and to apply these principles, aided by computational tools, to the design of equipment used in separation processes.

sNA Pages