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Polymer Science and Sustainability - Part 3
Rating: 4.5 out of 5(5 ratings)
412 students

Polymer Science and Sustainability - Part 3

Chemical and Mechanical Recycling
Created byPRIMUS Project
Last updated 8/2024
English

What you'll learn

  • Plastics challenge, regulative framework and role of recycling
  • Routes and technologies to recycle plastics
  • Mechanical and physical recycling of plastic waste
  • Chemical recycling of plastic waste
  • Development topics and VTT's research examples

Explore related topics

Course content

2 sections • 8 lectures • 1h 46m total length

  • Introduction and Plastics challenge, regulative framework and role of recycling16:59

    In this lecture by Prof. Mika Härkönen from VTT, exposes the regulations and general everview of the plastic recycling sustainability targets.

  • Routes and technologies to recycle plastics8:30

    Prof. Mika Härkönen from VTT focuses on several technologies to recy plastics and the value chain needed to recycle.

  • Mechanical and physical recycling of plastic waste8:31

    Prof. Mika Härkönen from VTT explains the advantages and limitations of the mechanical recycling of plastics, as well as the process of mechanical recycling.

  • Chemical recycling of plastic waste26:37

    In this lecture Prof. Mika Härkönen from VTT shares the key drivers and critical factors of chemical recycling, as well as three main chemical recycling processes (pyrolysis, chemolysis and gasification).

  • Development topics and VTT´s research examples8:05

    To finalize the section, Prof. Mika Härkönen shares VTT´s vision and procedures to target high quality recycling.

Requirements

  • Some background on sciences, chemistry and polymers is advisable

Description

This course is the third module of a holistic advanced recycling techniques course that provides a comprehensive overview of recycling methods, regulatory frameworks, and future trends in the circular economy. Through a series of expert-led lectures, participants will gain in-depth knowledge of polymer science and its applications in recycling.


Course Modules:

All modules are published in diverse Udemy courses. Please follow all modules to receive a holistic view of advanced recycling techniques.

  • PART 1: Introduction to Polymers - Led by Prof. Jarkko J Saarinen from the University of Eastern Finland (UEF), this session offers insights into the nature and properties of polymers, setting the stage for advanced discussions on recycling.

  • PART 2: Regulatory and Legal Considerations of Recycled Plastics - Mathilde Taveau from Plastics Recyclers Europe discusses the legal landscape affecting recycled plastics, which is essential for understanding the industry's operating environment.

  • PART 3.1: Chemical Recycling - Prof. Mika Härkönen from VTT delves into the processes and technologies behind chemical recycling, a cornerstone of plastic reuse.

  • PART 3.2: State-of-the-art Mechanical Recycling - Ana Rita Carvalho Neiva from Coolrec explores cutting-edge developments and innovations enhancing the efficiency and effectiveness of mechanical recycling techniques.

  • PART 4: Conversion of Plastics - PhD Jani Pelto from VTT examines the conversion technologies that transform waste plastics into valuable new products.

  • PART 5: Identification and Characterization of Plastics - PhD Francisco Senna Vieira and Prof. Janne Jänis from VTT and UEF, respectively, discuss the advanced methods used to identify and analyse different types of plastics, crucial for effective recycling.

  • PART 6: Circular Economy and Future Aspects - Anna Tenhunen-Lunkka and Prof. Ali Harlin from VTT outline the principles of the circular economy and speculate on future trends and innovations in plastic recycling.


This MOOC is ideal for professionals in the recycling industry, environmental scientists, and anyone interested in sustainable materials management and environmental conservation. Participants will leave with a robust understanding of the challenges and opportunities in recycling polymers, equipped with the knowledge to drive innovation and sustainability in their fields.

Who this course is for:

  • General public interested in circular economy and plastic recycling

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