Processing and Recycling of Packaging Materials 0600-S2-CKR-SP/W-PRM

Hours with the participation of teachers: lecture: 15 hours; laboratory: 45 hours; consultation: 15 hours . 1. Time devoted to individual work of a student / student / participant of the course: 35 hours, 2. Time required to prepare for participation in the assessment process (e.g. in exams): 40 hours

After completing the above course, students will have the following knowledge: W1 Has knowledge of the types of natural and synthetic polymers used in the production of packaging. K_W13, K_W15 W2. He knows the different types of materials used to obtain packaging K_W13, K_W15 W2: Describes the influence of polymers on the economy and human culture. K_W13, K_W15 W3: Has knowledge of the systematics of polymers due to their structure and properties. K_W13, K_W15 W4: Knows the classification of plastic processing methods K_W13, K_W15 W5: Has knowledge of the issues related to the recycling of packaging materials K_W13, K_W15 W6 Knows the methods of recycling packaging materials K_W13, K_W15 W7 Knows how to change the surface properties of K_W13, K_W15 packages W8 Knows how to pack in a protective atmosphere K_W13, K_W15 W9 Knows the differences between active and intelligent packaging K_W13, K_W15 W10. The student has a general knowledge of the differences between stretch foil and K_W13, K_W15 heat-shrinkable foil W11 The student knows and understands the methods of thermoforming packaging - K_W13, K_W15 W12 Is able to assign the technique of obtaining packaging for individual packaging materials K_W13, K_W15

U1 The student is able to safely conduct the experiment according to the indications K_U09, K_U13 U2. The student is able to calculate the color difference in selected samples of polymers K-_U09, K_U05 U3. The student is able to determine the changes in dimensions of a polymer film or sheet after heating K_U09, K_U13 U4. The student is able to perform the various stages of mechanical recycling K_U09 U5. The student is able to form packages of various dimensions using the thermoforming method K_U09, K_U13 U6. The student is able to determine the Vicat softening point of polymers K_U09 U7 The student is able to carry out vacuum packing and assess the influence of the material on storage in vacuum conditions K_U09, K_U13 U8. The student is able to calculate the sealing strength of the packaging K_U09, K_U13 U9. The student is able to change the surface energy of the packaging K_U09, K_U13 U10. The student is able to assess the strength of the bags during free fall K_U09, K_U13

K1: Analytical thinking: Notices dependencies and correctly draws conclusions using the principles of logic- K_K01 K2: Maintains effective cooperation with other members of the group K_K02 K3: Creatively thinking in order to improve the existing or create new solutions - K_K02 K4: Independently develops the results of experiments and draws conclusions based on them - K_K01 K5. Properly plans and organizes his own and others' work - K_K02, K_K04, K-K05, K-K09

Lecture: Conventional lecture with the use of audiovisual means. Laboratory - performing laboratory tasks while maintaining health and safety at work

- Rabek J. F., Współczesna wiedza o polimerach: wybrane zagadnienia, Wydawnictwo Naukowe PWN, Warszawa 2008.
- John Scheirs; Polymer recycling; John Wiley & Sons, LTD New York 1998..
- Szlezyngier W., Tworzywa sztuczne: chemia, technologia wytwarzania, właściwości, przetwórstwo, zastosowanie, t. i 2., FOSZE, Rzeszów 1998, t. 3, FOSZE, Rzeszów 1999.
- Błędzki Andrzej K., Regina Jeziórska, Jacek Kijeński, Odzysk i recykling materiałów polimerowych, Wydawnictwo Naukowe PWN, Warszawa 2011
- Emblem Anne, Emblem Henry, Technika opakowań: Podstawy, materiały, procesy wytwarzania, Wydawnictwo Naukowe PWN, Warszawa 2014

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

• Description of 0600-S2-CKR-SP/W-PRM in USOSweb