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 …
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 …
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 …
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 …
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. …
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 …
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 …
This tool combines GIS-based geospatial analysis with multi-criteria decision analysis for the web-based compilation of MAR suitability maps.
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 …
The INOWAS platform comprises a variety of analytical and numerical approaches that aid the user in designing and optimizing sustainable MAR schemes by assessing and adjusting operational and design parameters.
Selection of suitable sites is an essential part of planning and conducting a sustainable and efficient MAR project.
Application of managed aquifer recharge can have a positive or negative effect on other groundwater users, such as production wells or natural springs. The effects that MAR may have on …
One prime aspect of MAR is the assessment of the capability of an aquifer for groundwater storage to quantify the volume of water that can be stored in the subsurface.
Sustainable management of groundwater resources ensures self-sustaining use of aquifers and guarantees continuous supply for all groundwater users. This platform provides tools that help to balance water outtake from groundwater …
This post is intended to help to get an idea why a numerical model simulation fails to terminate or is not converging and what can be done. As a general …
The tool is a database that processes information about experimental test results monitoring the infiltration capacity decrease in spreading infiltration basins due to clogging and climate related issues.
Assessment of clogging processes with regard to site-specific and operational parameters.
Evaluation of the risk of contaminant breakthrough during MAR application. Especially during the delvelopment of a MAR project, health, environmental and management risks need to be identified and quantified.
The INOWAS DSS helps to assess water quality changes in the injected, the recharged water or the ambient groundwater during MAR.
The INOWAS platform provides tools for the assessment of the resulting recovery efficiency when applying MAR.
The INOWAS platform helps to assess streamflow depletion and the application of MAR to sustain environmental river flows.
The INOWAS plattform can be used to assess saltwater intrusion in coastal aquifers and the impact of Managed Aquifer Recharge (MAR) schemes to mitigate saltwater intrusion.
The INOWAS plattform can be used to assess the implementation of MAR for the restoration of groundwater levels in overexploited aquifers.
The tool helps in the selection of a suitable model for the evaluation of MAR specific issues.
Starting with June 2018 our main website has been completely redesigned. The change aims at reflecting the development of the platform and also to add more dynamic content for our …
