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The course covers selected technological procedures from the point of view of a selection from alternative methods and possibilities how to affect efficiency and capacity of these operations. It emphasizes user view of unit technological operations.
Last update: Kubová Petra (19.12.2017)
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Students will be able to: Design a suitable isolation method Optimize efficiency and capacity of an isolation method Select a suitable separation method Have an overview of technological aspects of discussed isolation and separation methods Last update: Kubová Petra (19.12.2017)
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Absolvování zápočtového testu minimálně na 50 %. Ústní zkouška. Last update: MORAVCOJ (23.02.2018)
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R: Fogler H.S.: Elements of Reaction Engineering,Prentice,Hall,New Jersey,2000,0130473944 Last update: Kubová Petra (19.12.2017)
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1. Introduction, formulation of a problem, process characterization 2. Separation of solid particles: filtration, microfiltration, ultrafiltration, centrifugation 3. Methods of suspension adjustments, effect of electrolytes, temperature, ionic strength, sorbents 4. Extraction and adsorption, comparison of basic parameters (equilibrium, interruptibility, efficiency, capacity, selectivity 5. Batch extraction, continuous extraction, Craig extraction, effect of pH, ion pairs formation 6. Batch adsorption, continuous adsorption, adsorption on a solid bed (approximation) 7. Chromatography: sorbents, instrumentation, implementation, mobile phase selection 8. Chromatography: Gauss equation, Poisson distribution, yield, and fraction purity 9. Chromatography: up-scaling 10. Precipitation, electrophoresis 11. Electro dialysis, isoelectric focusation 12. Crystallization, drying 13. Economic aspects of alternative methods, solvent regeneration, operation safety 14. Methods of choice Last update: Kubová Petra (19.12.2017)
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Lecture notes Last update: Kubová Petra (19.12.2017)
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Organic chemistry Mathematics I General and inorganic chemistry Last update: Kubová Petra (19.12.2017)
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