Alliance Research Group: Center For Molecular Separation Science & Technology

Developing an alternative instrumental set up for green and cheaper SFC and EFC separations with high performance

Development and evaluation of synthetic diamond-based columns for liquid chromatography and electrochemical chromatography

development and evaluation of synthetic diamond based columns for use in liquide chromatography and in electrochromatograhpy

Development and fundamental evaluation of high efficiency capillary liquid chromatography

Development of alternative chromatographic strategies for enhanced AOPs analyses

Development of hyphenated chromatographic and multiplexed electrophoretic platforms for the separation of complex bio-molecular and bio-therapeutic samples

Development of silica templating approaches allowing in-column polymerization of low domain size polymer monoliths for liquid chromatography applications

Enhancing Chiral Separation through Optically Active Solvents and Comprehensive Two-Dimensional Liquid Chromatography with Water-Rich Mobile Phases in the First Dimension

Evaluation and optimization of capillary electro-chromatography as a high-efficient separation technique

Evaluation of new types of stationary phases and column dimensions for the development of highly efficiënt and generic supercritical fluid chromatography

Exploring thermal modulation in comprehensive two-dimensional liquid chromatography

Hydrolytically stable organosilica based particles for chromatographic applications

InnoVEOX: Training of a naw generation of researchers in innovative Electrochemical Oxidatin processes for the removal and analysis of micro-pollutants in water streams

In Silico Chromatographic Retention Index Prediction for Enhanced Identification of Unknown Micropollutants in Wastewater

Optimalisatie van temperatuurgevoelige vloeistofchromatografie via spatiale thermische, stationaire fasebeladings en druk-gecontroleerde gradiënten (gradiëntTRLC)

Silica templating approach for in-column radical polymerisation of low domain size polymer monoliths.

The development of highly efficient temperature-responsive liquid chromatography based on non-porous, fully porous, superficially porous particles and chip-based silica

Thorough study of aqueous and solvent interactions in the cleaning of Asian lacquer

Development of methods for enrichment and analysis for trace analysis of endocrine disrupting chemicals in water samples mediated by synthetic selective receptors

Development of ordered mesoporous packing materials for chromatographic applications

Integrated versatile platform for sample preparation, 2D gas chromatographic separation and Orbitrap mass spectrometric identification and quantification of (semi-)volatile organic compounds in environmental, food and biological samples

Novel methods for quantitative metabolite profiling of pharmaceutical drugs based on inductively coupled plasma - mass spectrometry (ICP-MS)

The archeology of the Oil Industry. Identifying the bitumen industry in Antiquity and the development fo a GCxGC and an LCxLC toolset for the geochemical sourcing of bitumen.

The development of HPLC-ICP-MS methods for metabolite profiling of medical drugs