Conference / September 15, 2025 - September 16, 2025
PROF. Dr.-Ing. Matthias Franke with Closing Presentation on »Chemical recycling and beyond – current approaches to increase plastic circularity«
Fraunhofer UMSICHT is taking part in the Chemical Recycling Europe Forum, which is organized by the professional association of chemical recycling companies in Europe. In his Presentation speech, Matthias Franke, Head of the Sulzbach-Rosenberg branch, will shed light on the topic of »Chemical recycling and beyond - current approaches to increase plastic circularity« and will also take part in the panel discussion.
Fraunhofer UMSICHT's research into chemical recycling is multifaceted. In his keynote speech, Matthias Franke talks about the latest research approaches at Fraunhofer UMSICHT.
The 2025 edition of the Chemical Recycling Europe Forum promises an impressive program of keynote speeches, panel discussions and interactive sessions on the following topics:
- Regulatory developments: PPWR, ELVR, end-of-waste criteria
- Innovations in the industry and supply chains
- Market insights and investment prospectsCase studies, updates from members and collaborative initiatives
Key participants include CRE members, European Commission representatives and executives from across the value chain. Whether you are shaping policy, driving technology or investing in sustainable solutions, this is the place to be.
Chemical Recycling Europe (CRE) is the trade association of chemical recycling companies in Europe. CRE's mission is to deepen cooperation with the EU institutions and build positive industry-wide relationships along the entire chemical recycling value chain to create a supportive policy framework for chemical recycling in Europe. To promote a sustainable and circular plastics economy, CRE is committed to the promotion and implementation of innovative technologies for the chemical recycling of polymer waste.
Lecture: September 16, 5:05 p.m. to 5:25 p.m. Closing Presentation: Chemical Recycling and Beyond – Current Approaches to Increase Plastic Circularity |