webadm
DC16: Rapid CEC Detection with Advanced Nanosensor Platforms in Water Treatment Monitoring
Project: Rapid CEC Detection with Advanced Nanosensor Platforms in Water Treatment Monitoring (WP3) Host institution: UGL Supervisor(s): William Peveler (PhD promoter) Objectives: To engineer a suite of multimodal, responsive nanomaterial-based…
Learn moreDC15: Sustainability Assessment of Nanomaterial Application in Water Treatment Technologies
Project: Sustainability Assessment of Nanomaterial Application in Water Treatment Technologies (WP3) Host institution: USC Supervisor(s): Maite Moreira (PhD promoter) Objectives: To perform a Life-Cycle Sustainability Analysis of nanomaterials used in…
Learn moreDC14: Impact Assessment of Nanoparticle-Induced Reactive Oxidation Species on Bacterial Viability in Natural Environments
Project: Impact Assessment of Nanoparticle-Induced Reactive Oxidation Species on Bacterial Viability in Natural Environments (WP3) Host institution: ATU Supervisor(s): Suresh Pillai (PhD promoter) Objectives: To evaluate the impact of reactive…
Learn moreDC13: Comprehensive two-dimensional liquid chromatography mass spectrometry (LCxLC-MS) method for Water Treatment Monitoring
Project: Comprehensive two-dimensional liquid chromatography mass spectrometry (LCxLC-MS) method for Water Treatment Monitoring (WP3) Host institution: KU Leuven Supervisor(s): Deirdre Cabooter, Raf Dewil (PhD promoters) Objectives: To develop a highly…
Learn moreDC12: Cytotoxicity and Safety Assessment of Innovative Heterojunction Photocatalytic Nanomaterials
Project: Cytotoxicity and Safety Assessment of Innovative Heterojunction Photocatalytic Nanomaterials (WP3) Host institution: NORG Supervisor(s): Suresh Pillai, Sergey Shaposhnikovn (PhD promoter) Objectives: To establish a technological platform for the comprehensive…
Learn moreDC11: Catalytic Enhancement of Anaerobic Ammonium Oxidation for Nitrogen and Pharmaceutical Removal in Wastewater
Project: Catalytic Enhancement of Anaerobic Ammonium Oxidation for Nitrogen and Pharmaceutical Removal in Wastewater (WP2) Host institution: UT Supervisor(s): Ivar Zekker (PhD promoter) Objectives: To explore the impact of nanomaterials…
Learn moreDC10: Hybrid Biofilm Systems Enhanced with Nanostructured Materials for Micropollutant Biodegradation
Project: Hybrid Biofilm Systems Enhanced with Nanostructured Materials for Micropollutant Biodegradation (WP2) Host institution: PURE Supervisor(s): Nelis De Rouck, Raf Dewil (PhD promoter) Objectives: To innovate and incorporate a nanostructured…
Learn moreDC9: Application of conductive nanomaterials for enhanced biodegradation in anaerobic membrane bioreactor (AnMBR)
Project: Application of conductive nanomaterials for enhanced biodegradation in anaerobic membrane bioreactor (AnMBR) (WP2) Host institution: TU Delft Supervisor(s): Jules van Lier, Henri Spanjers (PhD promoters) Objectives: To better understand…
Learn moreDC8: AI-optimized nanoparticle systems for advanced anaerobic biodegradation of micropollutants
Project: AI-optimized nanoparticle systems for advanced anaerobic biodegradation of micropollutants (WP2) Host institution: KU Leuven Supervisor(s): Lise Appels (PhD promoter) Objectives: To integrate artificial intelligence with nanotechnology to develop an…
Learn moreDC7: Encapsulation of micro-nutrients in porous nanostructures for enhanced anaerobic micropollutant biodegradation
Project: Encapsulation of micro-nutrients in porous nanostructures for enhanced anaerobic micropollutant biodegradation (WP2) Host institution: KU Leuven Supervisor(s): Lise Appels (PhD promoter) Objectives: To innovate the encapsulation of micro-nutrients within…
Learn moreDC6: Electrocatalytic Water Purification Using Two-Dimensional Nanomaterials
Project: Electrocatalytic Water Purification Using Two-Dimensional Nanomaterials (WP1) Host institution: TU Delft Supervisor(s): Ivan Buijnsters (PhD Promoter) Objectives: To investigate the application of two-dimensional (2D) materials as electrocatalysts in the…
Learn moreDC5: Optimization of heterogeneous photo-Fenton processes for enhanced CECs degradation in wastewater treatment
Project: Optimization of heterogeneous photo-Fenton processes for enhanced CECs degradation in wastewater treatment (WP1) Host institution: UNISA Supervisor(s): Luigi Rizzo (PhD Promoter) Objectives: To optimize the heterogeneous photo-Fenton (HPF) process…
Learn moreDC4: Nanostructured catalytic materials for disinfection and CECs degradation in wastewater by non-thermal plasma treatment
Project: Nanostructured catalytic materials for disinfection and CECs degradation in wastewater by non-thermal plasma treatment (WP1) Host institution: UNISA Supervisor(s): Luigi Rizzo (PhD Promoter) Objectives: To investigate nanostructured catalytic materials…
Learn moreDC3: Design and application of hybrid photocatalysis/membrane techniques for the removal of CECs in water bodies
Project: Design and application of hybrid photocatalysis/membrane techniques for the removal of CECs in water bodies (WP1) Host institution: USC Supervisor(s): Maite Moreira (PhD promoter) Objectives: To devise a hybrid…
Learn moreDC2: Enhanced piezoelectric nano-photocatalysis for concurrent CEC degradation and electricity harvesting in a fuel cell system
Project: Enhanced piezoelectric nano-photocatalysis for concurrent CEC degradation and electricity harvesting in a fuel cell system (WP1) Host institution: KU Leuven Supervisor(s): Raf Dewil, Najmeh Askari (PhD promoters) Objectives: To…
Learn moreDC1: High-efficiency heterojunction nano-photocatalysts for visible-light-driven degradation of CECs using machine learning
Project: High-efficiency heterojunction nano-photocatalysts for visible-light-driven degradation of CECs using machine learning (WP1) Host institution: KU Leuven Supervisor(s): Raf Dewil (PhD promoter) Objectives: To synergistically integrate machine learning with nanophotocatalysis,…
Learn more
