Our society is currently transitioning from a linear to a circular economic model, and biotechnology can play a key role in enabling this sustainable transformation. By providing a means of upcycling waste and by-products, biotechnology can offer innovative solutions for reducing environmental impact. However, this transition is not straightforward, given the inherent complexity and heterogeneity of residues and the challenge of economically competing with petrochemical production.

This project aims to explore the use of microorganisms in novel bioprocesses for bioproduction from residues, contributing to a more sustainable society. We will investigate the eco-physiology of non-model microorganisms in both pure and mixed microbial cultures and their potential for bioconversions. Our approach will combine bottom-up and top-down bioprocess engineering techniques to optimize these processes.