Various aspects of biomass valorization are addressed at BTL. In particular, the laboratory focuses on studying the fundamentals and direct applications of bioprocesses for the transformation of bio-resources into added value products including biofuels, biomaterials for tissue engineering, biomedical products, and prebiotics by adhering to the concepts of circular economy, bio-based society, and industry. The laboratory consist of two research units: PhotoBioCatalysis: focuses on depolymerization of biomass such as lignocellulose and marine-derived bioresources, and plastic into new high-value building blocks using novel approaches such as light energy coupled with fungal and bacterial enzymes (PETase). This activity is the core of the sustainable degradation of waste. The monomers are then transformed via fermentation into higher value products.

BioMatter: explores the recovery and application of high-value building blocks generated at PhotoBiocatalysis to produce various high-value polymers, pigments, bioactive molecules and structures for biomaterials tissue engineering, regenerative medicine, and food applications. The unit is dedicated to research on additive manufacturing biomaterials at ULB and focuses on improving the functional properties of biopolymers to develop multifunctional biomaterials with diverse physiochemical characteristics: biocompatibility, biodegradability, and stimuli-responsive for biomedical and food applications.