Czech

Not applicable.

Student gains review about databases of different types waste materials and knowledge about possibilities of reusing, learns to analyse possibilities how to reduce the production of waste or to reuse wastes

Principles of technology of inorganic and organic production, physico-chemical processes, principles of machinery for treatment, beneficiation, inorganic and organic production and biotechnology

Not applicable.

The course uses teaching methods in form of Lecture - 2 teaching hours per week. The e-learning system (LMS Moodle) is available to teachers and students.

The subject of exam is the verification of knowledge about secondary materials and methods of recycling. The part of exam is semester project focused to recycling of determined material. Structure of project: relevant laws of environment protection, theoretical principle of technology of beneficiation/recycling/reusing, practical example, economy, realized production/investigation, evaluation of negatives and advantages, final evaluation, references. Style: .ppt or .doc file, 10 min. of delivery, tables, figures, diagrams, plots.

1. Laws relating to environment 2. Basic terms, importance of wastes, technological processes, economy 3. Methods of analysis and synthesis of technological recycling and low-waste processes 4. New methods, team-work, variable drafts 5. Separation in recycling technologies 6. Membrane processes 7. Pyrolysis 8. Combustion 9. Biotechnology of organic substances 10. Bio-metallurgy 11. Information systems

Not applicable.

The aim of subject is to present basic technologic processes of beneficiation and reusing of wastes
The target of lessons is make students take into account the necessity/urgency of wastes reusing and make them think of it when a new material is invented

none

Not applicable.

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Božek F., Urban R. a Zemánek Z. Recyklace. Vyškov. 2002. ISBN 80-238-9919-8. (CS)
Kizlink J. Nakládání s odpady. VUT. Brno. 2007. 284s. ISBN 978-80-214-3348-9. (CS)
Kolektiv autorů. Efektivní způsoby zpracování odpadů Recyklace. VUT. Brno. 2011. 149s. ISBN 978-80-214-4240-5. (CS)
Kyzlink J. Technologie chemických látek a jejich využití. VUTIUM. Brno. 2011. 330s. ISBN 978-80-214-4046-3 (CS)
Meindl J. Základní chemické výroby (anorganická část). Masarykova univerzita Brno. 1995. ISBN 80-210-173-4. (CS)
Mikoláš J. a Řezníček B. Ekologické hodnocení a navrhování procesů. Recyklační a maloodpadové technologie. SNTL Praha. 1992. ISBN 80-03-00484-5. ISBN 80-85368-41-2. (CS)
Pluhař J., Korrita J. a kol. Strojírenské materiály. SNTL Praha. 1977. ISBN 04-212-77. (CS)
Sborník přednášek Směřování k udržitelnému rozvoji. Společnost pro trvale udržitelný život ve spolupráci s Univerzitou Palackého v Olomouci. 2000. 299s. ISBN 80-244-0122-3. (CS)

Not applicable.