Bio-based polymers

Our research team is dedicated to pioneering research in bio-based polymers, aiming to develop high-performance, sustainable materials from renewable biomass sources. Our systematic approach spans fundamental functionalization and characterization to targeted application development in diverse fields.

I. Tailoring Bio-Macromolecules and Synthesis
We focus on chemically modifying and synthesizing bio-derived structures to unlock their full potential, ensuring Sustainable Polymer Synthesis is at the core of our methods:
We utilize precision chemical methods to introduce specific functional groups onto abundant polysaccharides, tailoring their rheological and mechanical properties by tuning interactions and responsiveness for advanced material development.
We engineer high-strength, sustainable adhesives by modifying and formulating Protein-based adhesives derived from biomass, providing eco-friendly alternatives to synthetic glues.
We explore new material classes, including Vitrimers from vegetal polymerizable oils, creating dynamic, recyclable polymer networks that possess both the processability of thermoplastics and the stability of thermosets.

II. Advanced Materials and Applications
Our modified biopolymers are strategically developed into high-value functional materials for critical sectors, focusing on specific applications:
We develop advanced hydrogel systems, including collagen hydrogels for applications in tissue engineering and wound healing, and novel Itaconic acid-based hydrogels for controlled drug delivery systems.
We investigate the use of biopolymers as adjuvants in construction materials/heritage materials. This research aims to improve the mechanical properties, durability, and sustainability of concrete, mortars, and historical restoration compounds.