A new doctoral position on ‘surface reactions in unsaturated porous media’ is now available in @SEPgroup_lab (@EawagResearch-@ETH_en)!!! 😁 Click here for more information!
https://t.co/Zctgh96I4O
Long standing idea in the group that finally goes out! 😁We have now unraveled the mechanisms that control fluid-fluid reactions in two-phase flow in porous media. Congrats @XueYi_Zhang404@EawagResearch@ETH_en | Environmental Science & Technology https://t.co/q2eMZKWelk
The paper "Solute Trapping and the Mechanisms of Non‐Fickian Transport in Partially Saturated Porous Media" in collaboration with our colleagues from Barcelona has received the annual Editors’ Choice Award in WRR. https://t.co/lXsGRr7t5n
New publication in collaboration with colleagues from the University of Malaga on multivariate analysis of organic contaminants in complex groundwater systems https://t.co/piO4g0Ucfy
How much of groundwater seepage & mixing occur around main-river knickpoints ? We conducted extensive synoptic sampling, mixing & groundwater modelling to learn more about this in our recent @theAGU#GRL publication! So happy to see this paper out: https://t.co/qma6VCFdXl 🥳
@EawagResearch is very present and contributes to the outstanding @GordonConf on Flow and Transport in Permeable Media: Porous Media in the Energy and Climate Transition. 👏
@EawagResearch is very present and contributes to the outstanding @GordonConf on Flow and Transport in Permeable Media: Porous Media in the Energy and Climate Transition. 👏
New publication of @VelPAndres on the control of water content on chaotic transport of solutes in porous media in @EnvSciTech. This is part of a collaboration between @Empa_CH, @psich_en and @EawagResearch@ETH_en https://t.co/iWzudmK8fG
An #Eawag project together with Empa is investigating how borehole thermal energy storage (BTES) affects the surrounding soil, the groundwater and the microorganisms living in it 💧
👉 https://t.co/jmYz3L0ctG
@BFEenergeia@Empa_CH@SEPgroup_lab
Dans le cadre d’un projet avec Empa, l’#Eawag étudie l’impact des accumulateurs de chaleur à sondes #géothermiques (BTES) sur le sol environnant, la nappe phréatique et les micro-organismes qui y vivent 💧
👉 https://t.co/JAJnRbRqiU
@BFEenergeia@Empa_CH@SEPgroup_lab
In einem Projekt untersucht die #Eawag zusammen mit der Empa, wie sich Erdsonden-Wärmespeicher (BTES) auf das umliegende Erdreich, das Grundwasser und die darin lebenden Mikroorganismen auswirken 💧
👉 https://t.co/HdgaK3n5fu
@BFEenergeia@Empa_CH@SEPgroup_lab