Innovative Groundwater Solutions
A series of three online seminars were organised between April – June 2022 in the framework of the WaterJPI project “Smart framework for real-time monitoring and control of subsurface processes …
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In the frame of the international WaterJPI SMART-Control project (www.smart-control.inowas.com), four new web-based tools have been developed which can now also be used on the INOWAS platform: T10 Real-time monitoring …
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Two tutorials have been released to learn step-by-step how to use the INOWAS platform. The first tutorial covers the setup of a steady-state groundwater flow model using the “Numerical groundwater …
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Development of a numerical steady-state groundwater flow model to investigate the impact of two different Managed Aquifer Recharge (MAR) schemes on a shallow Quaternary alluvial aquifer system in Tarnów area, …
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On 24 October 2023, the INOWAS group provided a training course on numerical groundwater modelling using the free, web-based INOWAS platform for students and staff members of Nazarbayev University in …
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During the 5th International Summer School on Managed Aquifer Recharge (MARISS2023) organised by the Division of Water Sciences at the Dresden University of Applied Sciences (HTWD), Jana Glass and Catalin …
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Modelling the groundwater mounding and the efficiency of managed aquifer recharge (MAR) as remediation strategy against saltwater intrusion in the Gapeau coastal aquifer located near the city of Hyères, Toulon region, France.
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Promote the development of managed aquifer recharge strategies using a demonstrative groundwater model for the shallow Boa Viagem aquifer in Recife, Brazil and simulation of different infiltration scenarios for mitigation of saltwater intrusion.
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Development of a demo groundwater flow model for an urban area under rapid development in Kazakhstan to evaluate the integration of nature-based solutions in the urban drainage and stormwater management strategies of the city.
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Development of a numerical flow model for Ezousa alluvial aquifer in Cyprus to investigate the impact of natural and anthropogenic activities such as changes in rainfall, riverbed infiltration, abstraction from pumping wells and recharge through ponds.
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To test and validate the capabilities of the newly developed tool for real-time numerical groundwater modelling using sensor-based data for boundary conditions, a simple model was created for the groundwater research and teaching site of TU Dresden in Pirna, Germany.
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This tutorial provides an introduction to the “Real-time monitoring tool” developed within the SMART-Control project on the INOWAS platform and guides users to import time series data.
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This tutorial provides an overview of the “GIS Multi criteria decision analysis” tool on the INOWAS platform and guides users to create a simple suitability map with three criteria through the platform.
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This tutorial gives an overview of the “Numerical groundwater modelling and optimization” tool of the INOWAS platform and guides users to create a simple transient groundwater flow model.
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This tutorial provides an overview of the “Numerical groundwater modelling and optimization” tool on the INOWAS platform and guides users to create a simple steady-state groundwater flow model.
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The free INOWAS platform for web-based groundwater modelling was recently selected as one of the 30 best-practice in groundwater management by the Interreg SUDOE project. Thank you so much for this recognition!
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The MODFLOW-based tools of the INOWAS platform will be used to simulate different MAR scenarios at several case studies in Spain, Portugal, Cyprus and Tunisia. The simulations will be conducted …
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Journal articles (peer-reviewed) Panagiotou, C.F., Stefan, C., Papanastasiou, P., Sprenger, C., 2022. Quantitative microbial risk assessment (QMRA) for setting health-based performance targets during soil aquifer treatment. Environ Sci Pollut Res. …
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The tool helps to quantify the pathogen occurrence in source water and their removal by various treatment steps at MAR facilities by using a probabilistic approach. The interactive web-based QMRA …
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The real-time modelling tool allows a user to extend an existing numerical groundwater flow model with new sensor data. New stress periods are automatically added to the basis model using …
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Subsurface travel time from the area of recharge to the point of abstraction during MAR is a critical parameter to ensure sufficient attenuation for hygienic parameters and other undesired substances. …
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This tool encompasses a web-based monitoring system developed to integrate time series data into the INOWAS platform. Real-time sensors can be connected to the INOWAS platform and time series data …
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Variable-density flow can be added to the numerical groundwater flow and transport simulation using SEAWAT. The implementation is based on FloPy (Bakker et al, 2016). A requirement is that a …
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This tool combines GIS-based geospatial analysis with multi-criteria decision analysis for the web-based compilation of MAR suitability maps.
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A new project coordinated by the INOWAS research group entitled “Smart framework for real-time monitoring and control of subsurface processes in managed aquifer recharge (MAR) applications” just started! The international project …
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