Student will learn how to apply balance equations, kinetic and equilibrium expressions to describe processes and unit operations

Z: Himmelblau D. M., Basic priciples and calculations in chemical engineering, Prentice Hall, New York, 1992, 981-00-3771-6

Z: McCabe W., Smith J. C., Harriott P., Unit Operations of Chemical Engineering, McGraw-Hill, New York, 2004, 978-0072848236

lecture notes available on the departmental web pages (www.vscht.cz/uchi/english/ped/)

1. Continuous rectification of binary and multicomponent mixtures, balance of enthalpy.

2. Dispersion systems. Fluidization: description of fluidized bed.

3. Fluid mechanics, flow in column and equipments

4. Batch rectification, chemical reactors I.

5. Chemical reactors II - cascade of reactors.

6. Liquid extraction of partiallymiscible liquids.

7. Mass transfer in continuous separation processes.

8. Mass and heat transfer - analogy I.

9. Mass and heat transfer - analogy II.

10. Gas absorpion.

11. Membrane processes, gas permeation and reverse osmosis.

12. Membrane processes, pervaporation and ultrafiltration.

13. Crystallization from solutions. Crystallizers.

1. Continuous rectification of binary and multicomponent mixtures, balance of enthalpy.

2. Dispersion systems. Fluidization: description of fluidized bed.

3. Fluid mechanics, flow in column and equipments

4. Batch rectification, chemical reactors I.

5. Chemical reactors II - cascade of reactors.

6. Liquid extraction of partially miscible liquids.

7. Mass transfer in continuous separation processes.

8. Mass and heat transfer - analogy I.

9. Mass and heat transfer - analogy II.

10. Gas absorption.

11. Membrane processes, gas permeation and reverse osmosis.

12. Membrane processes, pervaporation and ultrafiltration.

13. Crystallization from solutions. Crystallizers.

Unit operations of chemical engineering I

Mathematics I