Sustainable Fillers for Elastomers

The IOM3 Elastomer Group's Afternoon Technical Discussion Meeting series is the main platform for the technical and scientific community in the UK to discuss the use of rubber and elastomers. This meeting will have a particular focus on the uses of sustainable fillers in elastomers.
As the drive for greener, more sustainable materials accelerates, the use of eco-friendly and alternative fillers in elastomer formulations is gaining momentum. This forward-looking event will explore how sustainable fillers—from bio-based materials to recycled content—can enhance performance while reducing environmental impact.
The Afternoon Technical Discussion Meeting brings together leading researchers, material scientists, and industry professionals to share the latest innovations, performance data, and practical considerations for implementing sustainable fillers. Join us to explore how filler technology is evolving to support the future of sustainable elastomer development.
What to expect:
- Expert presentations on cutting-edge elastomer research
- Case studies showcasing successful elastomer applications in energy transition
- Q&As to foster interactive dialogue
Agenda Overview: |
13:00 | Registration |
13:30 |
Prof James Busfield, Chair of the IOM3 Elastomer Group Welcome Address |
13:35 |
Marinela Crisan, Technical Marketing Manager, RFF, UPM Biochemicals Sales GmbG Towards Net Zero with UPM BioMotion™ Renewable Functional Fillers |
14:05 |
Dr Kunal Manna, Research Fellow, WMG, University of Warwick TBC |
14:35 |
Speaker pending TBC |
15:05 |
Speaker pending TBC |
15:35 |
Speaker pending TBC |
16:05 | Networking Teas & Coffee |
17:00 | Close of event |
Session Chairs: |
Presenters: |
Abstracts:Marinela Crisan - Towards Net Zero with UPM BioMotion™ Renewable Functional FillersThis presentation introduces UPM BioMotion™ Renewable Functional Fillers, a wood-based sustainable material replacing carbon intensive, fossil or mineral fillers. Produced in Germany with ISCC PLUS, PEFCTM, and FSCTM certifications, they reduce carbon footprint and support biodegradable, lightweight rubber and plastic applications. |
