Organisation: Faculty of Science, Technology and Medicine (FSTM)
-
Core Research Projects
Optimising Wetland-Based Solutions for Improved Micropollutant Treatment Efficiency from Wastewater Treatment Plant (WWTP) Effluent (WeTreat)
Learn moreWeTreat pioneers nature-based solutions with plant-powered wetlands to remove micropollutants, protect water, boost biodiversity, and build a cleaner future!
-
Research Projects Pages
QualiSûre
Learn moreWithin the framework of two Interreg GR projects (Emisûre and CoMinGreat ), innovative technologies have already been developed to remove micro-pollutants from the effluent of wastewater treatment plants. It has been investigated at which wastewater treatment plants (on the Luxembourg side of the Sûre River as well as a catchment area in Saarland) these technologies…
-
Core Research Projects
Protection transfrontalière de la qualité des eaux de la Sûre et affluents en amont du lac de retenue d’Esch/Sûre (QualiSûre)
Learn moreWithin the framework of two Interreg GR projects (Emisûre and CoMinGreat ), innovative technologies have already been developed to remove micro-pollutants from the effluent of wastewater treatment plants. It has been investigated at which wastewater treatment plants (on the Luxembourg side of the Sûre River as well as a catchment area in Saarland) these technologies…
-
-
-
Research Projects Pages
FORGOTTEN
Learn moreNature-based solutions (NBS) are powerful tools to protect, restore and regenerate aquatic ecosystems with enormous benefits for biodiversity and ultimately human well-being. They have been widely applied as low-cost solutions for the naturalisation of riverbanks to reduce flooding or to increase green space in urban areas, and more recently to efficiently mitigate the threat brought…
-
Core Research Projects
Fungal BiOdegRadation of emerginG cOnTaminanTs in NaturE-based SolutioNs (FORGOTTEN)
Learn moreNature-based solutions (NBS) are powerful tools to protect, restore and regenerate aquatic ecosystems with enormous benefits for biodiversity and ultimately human well-being. They have been widely applied as low-cost solutions for the naturalisation of riverbanks to reduce flooding or to increase green space in urban areas, and more recently to efficiently mitigate the threat brought…
-