Symposium Chairman:
Prof. Lorna Anguilano
We invite submissions to a special session at the MSSM Conference on Functionalised Bio-derived Materials, focusing on the design, development, and application of sustainable materials derived from biological sources and enhanced through functionalisation techniques.
As the demand for sustainable alternatives to conventional materials grows, bio-derived materials have emerged as a critical area of research. By leveraging renewable resources such as biomass, biopolymers, and waste streams, these materials offer environmentally friendly solutions with reduced carbon footprints. Functionalisation, through chemical, physical, or biological modification, further enables the tailoring of properties to meet specific performance requirements across a wide range of applications.
This session aims to bring together researchers, engineers, and industry practitioners to explore advances in the synthesis, characterisation, and application of functionalised bio-derived materials. We welcome contributions addressing fundamental research as well as applied innovations.
Topics of Interest
- Modification and functionalisation of biopolymers and bio-based composites
- Advanced surface treatments and coatings from renewable sources
- Bio-derived materials for energy, environmental, and structural applications
- Smart, responsive, and multifunctional materials
- Circular economy approaches, including waste valorisation and resource efficiency
- Material performance, durability, and lifecycle assessment
- Scalable production and industrial implementation
The session seeks to highlight interdisciplinary approaches that integrate materials science, chemistry, engineering, and sustainability. Contributions that demonstrate novel functionalities, improved performance, or real-world applicability are particularly encouraged.
Authors are invited to submit abstracts of original and unpublished work relevant to the session theme. This session provides an opportunity to showcase cutting-edge developments and foster collaborations aimed at advancing sustainable material solutions for future challenges.