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As part of this course, students will learn about apparatus used in inorganic and electrochemical technologies. Individual mathematical descriptions of these devices and the basic chemical-engineering processes that take place in them will be presented. The task of this course is primarily to deepen the understanding of the continuity of knowledge from physical chemistry and chemical engineering in the field of inorganic and electrochemical technologies.
Last update: Zlámal Martin (06.03.2024)
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Protocols from individual projects (10%), Exam test (90%) Last update: Zlámal Martin (06.03.2024)
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R: M. Lhotka a kol.: Úvod do anorganické technologie, skripta VŠCHT Praha, 2012 A: Ullmann’s Encyclopedia of Industrial Chemistry, DOI: 10.1002/14356007 A: W. Büchner, R. Schliebs, G. Winter, K. H. Büchel: Průmyslová anorganická chemie, SNTL Praha 1991 A: V. Srb: Anorganická technologie IV Elektrolytická výroba anorganických látek, skripta VŠCHT Praha, 1984 Last update: Zlámal Martin (06.03.2024)
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Written exam Last update: Zlámal Martin (06.03.2024)
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Syllabus: 1. Chemical technologies and their design, material balance technology 2. Treatment and transport of substances in chemical production 3. Energy in chemical processes 4. Separation of mixtures of inorganic substances 5. Kinetics of key reactions of inorganic technologies 6. Industrial chemical reactors 7. Catalyzed reactions of inorganic productions 8. Heterogeneous uncatalyzed reactions 9. Industrial crystallization 10. Electrochemical reactions 11. Electrochemical processes 12. Electrochemical reactors 13. Electromembrane processes 14. Electrothermal processes Last update: Zlámal Martin (06.03.2024)
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Basic knowledge of mathematics, chemistry, physical chemistry, chemical engineering and inorganic technology Last update: Zlámal Martin (06.03.2024)
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