The UPWATER project stands at the forefront of addressing critical issues related to groundwater contamination and scarcity. Eike Marie Thaysen, project manager and researcher, offers her perspective on the challenges and opportunities within this multidisciplinary and international project. A dual role in UPWATER As both… Read More »Pioneer Portrait: Eike Thaysen
A new study titled Exploring waterborne viruses in groundwater: Quantification and Virome characterization via passive sampling and targeted enrichment sequencing has been published in Water Research. The research, conducted as part of the UPWATER project and co-authored by Marta Rusiñol and Cristina Mejías-Molina from the… Read More »UPWATER study explores waterborne viruses in groundwater through viral passive sampling and target enrichment sequencing
The UPWATER project proudly announces the release of the first Policy Brief from the ZeroPollution4Water (ZP4W) Cluster and Water Europe, marking a pivotal advancement in our shared mission towards sustainable water management and zero pollution. This milestone reflects the combined efforts of the seven Horizon… Read More »The Blueprint for Zero Pollution
We are pleased to share this open invitation to join our upcoming focus groups on Groundwater Protection, partner event of the EU Green Week 2024 and the UPWATER project. These online events, taking place in June, will feature engaging 1.5-hour facilitated discussions among a select… Read More »Focus Groups EU Green Week Partner Event
A monitoring update from our associated partner ANSTO The Australian Nuclear Science and Technology Organisation (ANSTO) has been making significant strides in environmental monitoring. With this monitoring exercise, we will validate the passive samplers for the measurement of groundwater pollutants in a different climate. … Read More »Deploying passive samplers at Little Forest, Australia
We are excited to announce our on-site event that brings together Danish Regions, Utilities, and regulators to delve into Nature-Based Solutions (NBS) for water treatment. Several EU projects, including UPWATER, Nature, and Multisource, which focus on NBS in Denmark, are at the forefront of providing… Read More »Join our on-site stakeholder event on Nature-based solutions in Denmark
The UPWATER project explores nature-based strategies to mitigate groundwater pollution assessing the effectiveness of novel designs of constructed wetlands: floating root mats and bioelectrochemical wetlands. The project aims to specifically evaluate the effect of the type of filling material, vegetation presence and applied hydraulic loading… Read More »From lab to field: Testing nature-based solutions (NBS)
The UPWATER project is exploring innovative methods to monitor, model, mitigate, and prevent groundwater pollution, focussing on (novel) approaches like different passive sampling techniques, pollution source apportionment modeling, and nature-based treatment systems such as floating rootmats, bioelectrochemical wetlands, Moving Bed Biofilm Reactors and biofilters. These… Read More »Innovative methods in UPWATER
The Laboratory of Engineering Geology and Hydrogeology, part of the National Technical University of Athens (NTUA), is developing a data platform for all partners to store their data. With this cloud-based ecosystem, data from the project becomes searchable and accessible to all project partners and… Read More »The UPWATER Cloud Ecosystem is operative!
The IWW Water Centre plays a crucial role in the UPWATER project. With expertise on groundwater analysis, risk assessment, monitoring and mitigation solutions, IWW contributes to the main objective of the project: reducing groundwater contamination and ensuring a sustainable water future. IWW endeavours to offer… Read More »IWW’s multi-criteria approach in assessing risks to groundwater quality
