- ENV 1 – PE Recycling and biodegradability
- ENV 2 – Plastics bags and their environmental impact
- ENV 3 – Basics of biodegradable plastics
- ENV 4 – Trends in recycling for multilayer packaging
- ENV 5 – Improvement of properties of recycled material with additives
- ENV 6 – Methods for measuring the biodegradation
- ENV 7 – Ecodesign
- ENV 8 – ISO 14044, Calculation of environmental impact using life cycle analysis (LCA)
- ENV 9 – Current trends to reduce the environmental impact of plastic bags
- ENV 10 – The circular economy in the plastics sector
- QUA 1 – Standards governing the performance of platics pipes
- QUA 2 – Description and advantages of Interlaboratory studies
- QUA 3 – Impact of changes of ISO for plastic industry
- QUA 4 – Maintenance Management in the Plastics
- QUA 5 – Quality controls in the Plastic Industry
- QUA 6 – Thenical standars applicable to the Plastic Industry
- DES 1 – Plastic Parts Design
- DES 2 – Rotomolded PE Parts Design
- DES 3 – Barrier Packing
- EVE 1 – Resume K Fair 2013
- EVE 2 – Resume K Fair 2016
- MAR 1 – Polyethylene Milk Containers
- MAR 2 – Packaging for fresh vegetables
• TE&I 1 – Advances in nanotechnology
• TE&I 2 – Considerations on COF
• TE&I 3 – Winding tension effect on COF
• TE&I 4 – New products rotomolded desktops
• TE&I 5 – RCP in HDPE pipes
• TE&I 6 – Flexible Packaging Heat Sealing
• TE&I 7 – Peelable and cohesive seals
• TE&I 8 – Melt fracture symtomps and solutions
• TE&I 9 – Mixing Process
• TE&I 10 – Ultrasonic welding in plastics
• TE&I 11 – Deformulation of Packaging
• TE&I 12 – Advantages of using the Film Properties Predictor
• TE&I 13 – Industry 4.0 in the plastics sector