Cofunding core facility - INSTALAB

Doctoral project Pieter Vermeir

Method development and validation of instrumental characterization in occupational hygiene: silica, microplastics and enzymes

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

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

Flavour and flavour stability of NABLAB

Tracking and Treating Natural Organic Matter in Water: Optimized Characterization and Removal via Anion Exchange Resins

Unlocking the secrets of wheat quality: A journey with advanced spectroscopic techniques (NIRS, FTIR, Raman)

Analytical innovation for sampling and detection of organic compounds (PFAS, natural organic matter, proteins...)

Build the FLRSIGHT Technological Backbone for Scalable Deployment and Commercialization in the Cereal Sector

PFAST - Development and validation of a universal method for fast, low-cost and sensitive screening of PFAS in water, soil and biomass

Processing of pseudocereals: nutritional and technological implications

Replacement of an ICP-OES for multi-element analysis supporting scientific research in bio-related materials (plant, soil, air, media, water, biomass...)

ALTERBAKE - Application possibilities of alternative cereals in the development of innovative bakery products

Influence of cultivation conditions and genotype on the composition and applicablitity of wheat

Unraveling Molecular and Microstructural Transformations in Dough and Bread Processing: Emphasizing Advanced Raman Spectroscopy