Sustainable plastics technology
Biobased materials and recycling play an increasingly important role in the plastics industry. NHL Stenden University of Applied Sciences and Drenthe College are responding to this with the Sustainable Plastics Technology course. This is a unique collaboration between vocational (MBO) and higher professional education (HBO). Upon completion, you will have extensive knowledge of producing biobased and recycled plastics and will be able to monitor quality. You will also earn a certificate that the industry demands.
Description
Content of the training
In this course, you'll learn the basics of polymer chemistry and polymer technology. Then, we'll delve deeper into biopolymers and biodegradable polymers. The same applies to composites; here too, you'll learn about composites in general and then biocomposites specifically. Basic processing techniques such as injection molding and extrusion are covered both theoretically and practically. Finally, we'll discuss mechanical properties such as strength, stiffness, and impact resistance.
Form of the training (program)
The course consists of 8 half days and ends with an exam on the eighth day.
Day 1: Introduction to polymer chemistry, polymer technology and composites:
- Classification of polymers
- Thermoplastics, thermosets and elastomers
- Thermal properties (glass transition temperature, crystallization, etc.)
- Composites (plastic-fiber combinations)
- Processing techniques
Day 2: The different types, processing and applications of bio-composites by the lectorate.
Day 3: With the knowledge gained on day 2, a number of products based on bio-composites are being made in the laboratories.
Day 4: The products of day 3 are tested for mechanical properties.
Day 5: Theoretical aspects and practical training regarding injection moulding.
Day 6: Other processing techniques, such as extrusion, will be discussed. This will take place during a full day in the NHL Stenden University of Applied Sciences laboratory, with guidance from lecturers from the research group.
Day 7: Circular economy and recycling of plastics (mechanical and chemical) by Mr Folkersma, professor of Sustainable Polymers.
Day 8: Examination
This course covers topics such as basic software skills, designing a flip chart, becoming aware of and discovering new teaching possibilities, creating new lesson plans with the Active Board, and discussing each other's flip charts. In addition to general case studies, you can use your own teaching materials as case studies for this training.
Practical information
Location
You will follow the course at the Drenthe College location, van Schaikweg 98, 7811 KL, Emmen
Costs
The course costs €995* (excluding VAT). Other costs such as materials, exams, a visit to the NHL Stenden laboratory, and coffee and tea are included.
*The above costs are an indication only and no rights can be derived from them.
Certification
The course concludes with an official exam. Upon successful completion, you will receive a recognized vocational certificate for the Sustainable Plastics Technology elective. This certificate will be registered in the DUO diploma register.