Doctoral project Elien Laforce

Doctoral project Ilah Joos

Effect of Support Interactions and Nanoparticle Characteristics on the Performance of Heterogeneous Metal Nanoparticle Catalysts in Low-Temperature Liquid-Phase Reactions

Recovery of added-value LMW bio-aromatics from lignin containing aqueous liquors via click-in adsorption

Recovery of added-value LMW bio-aromatics from lignin containing liquors via click-in adsorption

Catalysts design for the depolymerization of hydrolysis lignins

Depolymerization of hydrolsyis lignins

Doctoral project Cameron Dierendonck

Doctoral project Jeroen De Decker

Pyrolysis GC-MS for PFAS sreening and quantification in air, soil and water: focus on volatiles, semi-volatiles and non volatiles

Rational design of mesoporous carbon adsorbents for the removal of organic pollutants in water

Recovery of added-value chemicals from biomass streams

Recovery of added-value LMW bio-aromatics from lignin containing aqueous liquors via click-in adsorption

Intensifying the production of renewable fuels employing fundamental thermodynamics and elementary kinetics

Rational design of mesoporous boron nitride adsorbents for the removal of emerging organic pollutants from water. 

Stochastic Single-Event MicroKinetics (sSEMK) for lignin macromolecule depolymerization

Unleashing lignin valorization potential via consecutive mild soda extraction, mixed metal oxide catalyzed hydrogenolysis and high resolution 2D chromatography.

Unravelling the subtle nature of lignin depolymerization using online coupled GPC-comprehensive 2DGC equipped with a versatile pyrolysis interfacing

Lignin valorization into innovative hydroxylated aromatics through a one-pot catalytic process using supported bimetallic nanoparticles boosted by the development of 2D liquid chromatography