Projects
Ultrasound- and microwave- assisted non- aqueous solvent extraction in milliflow reactors KU Leuven
To investigate the extraction of critical metals in flow reactors. To study the effects of ultrasound and microwaves on solvent extraction with non-aqueous fluids such as ionic liquids. To understand the potential of solvent extraction applied in flow reactors and actuated by alternative energy forms. Proof-of-principle that critical metals can be extracted in continuous flow reactors. Enhanced extraction rates achieved by the application of ...
Hierarchically Structured Porous Bodies from Capillary Suspensions KU Leuven
The combination of ceramic’s intrinsic properties such as chemical resistance, temperature stability, and mechanical properties, with the low density and high permeability of porous materials has been of interest in many industrial applications such as in biomedical, filtration, energy storage, heat exchange, gas adsorption, insulation, as lightweight construction materials or as catalyst monoliths or catalyst supports. The ceramics need to ...
Integrated process monitoring and control of active pharmaceutical ingredients production via tensor based data driven modeling methods. iMPC4API KU Leuven
General purpose
The ultimate goal of this project is to develop an advanced data driven modeling methodology for full scale plant-wide API production processes. The constructed models are intended for advanced monitoring and control of the processes, which are understood as integrated systems formed by multiple heterogeneous subsystems. Therefore the key aspect is learning the relationships between process variables along the process ...
The impact of the electrocatalytic properties of Cu/Ag core-shell nanoparticles for the reduction of CO2 in an electrochemical flow microreactor. University of Antwerp
Development and Application of Polymeric Membranes for CO2 Separation KU Leuven
In this study, two high performance commercial polyimide polymers, Extem and U-Varnish, and an ultra-performance polyamide-imide polymer, Rhodeftal, were selected to be employed as new materials for the preparation of membranes for CO2 separation. The phase separation behaviour of Extem/water/solvent systems for various solvents and Extem/NMP/non-solvent systems for different types of coagulants was investigated. Ternary phase diagrams were ...
Production of Potable Water for Small Scale Communities using Low-Cost Filtration Membrane KU Leuven
The use of ultrafiltration (UF) technology in treating groundwater for the supply of potable water in the impoverished rural Tshaanda village is demonstrated in this dissertation, along with the potential of using novel membranes derived from plastic waste. The technical and administrative processes critical for the successful installation of the pilot plant were developed. Given the rural nature of Tshaanda (the study area), the cultural and ...
Towards Scientifically Based Screening Criteria for Polymer Laser Sintering KU Leuven
Laser sintering is an emerging technique in polymer processing, with applications in for example low volume production and fit-to-body arrangements. However, the relation between material properties and processing behavior is poorly understood, resulting in limited material processability. This thesis is about finding new polymers for laser sintering by a thorough investigation of the material requirements for this process.
The Potential of using Electro-Migration Fences against Seawater Intrusion KU Leuven
The application of electrokinetic remediation as a novel alternative technique for controlling seawater intrusion into groundwater aquifers in coastal areas is demonstrated in this dissertation. The intention of this study was not to necessarily remove all chloride and/or sodium but to efficiently capture the Cl- and/or Na+ concentration of the water to the extent that the quality of the water meets the standards for potable and/or irrigation ...