The unique concept of presenting a variety of advanced recycling solutions and related topics at one event guarantees a comprehensive and exciting conference experience, including technologies such as extrusion, dissolution, solvolysis, enzymolysis, pyrolysis, thermal depolymerisation, gasification, and incineration with Carbon Capture Utilisation (CCU). 

The conference gained momentum with an increasing number of submitted abstracts and the first 10 speakers are already confirmed while the program is steadily shaped and expanded through ongoing evaluation of further exiting contributions.

The selected contributions illustrate the dynamic development of the plastics recycling sector

Recent developments in markets and policy indicate a clear transformation and long-lasting change in the circular economy of plastics. While the European Green Deal has set the overarching aim for the European Union, markets and big industrial players as well as emerging start-ups worldwide have set off on a journey to implement and establish advanced recycling solutions. Still, some milestones in this quest can only be achieved through co-operation, partnerships, acquisitions, or fusions which could be observed throughout many announcements of past year. Especially the most recent developments point towards strategies that build bridges between conventional mechanical recycling and advanced recycling technologies in which both elements complement each other.

Versatile and innovative landscape of advances recycling technologies

The current landscape offers a versatile set of different technologies that serve as an interface between a wide range of different waste streams and products to further improve existing or establish new value chains. These technologies are based on mechanical, physical, biochemical, chemical, and thermochemical processes whereby the borders of some processes may be floating. Not all pathways could be ecologically or economically meaningful which is currently extensively evaluated and discussed. A Life Cycle Assessment (LCA) is the most widely recognised and accepted methodology for analysing potential environmental impacts to assess environmental sustainability. Several LCAs on different recycling technologies and value chains are already published. However, critical aspects remain to be discussed and clarified, for instance on how to conduct such assessment in detail and which parameters to consider in order to compare the different technologies, feedstocks, and products with each other to draw meaningful conclusions.

Besides the recycling technologies, pre- and post-processing as well as upgrading technologies represent important pillars for the establishment of meaningful value chains and together contribute to the evolution of the circular economy.