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Research and Development Projects

Research projects funded by the department
The numerical groundwater model „Aachener Weg, Viersen“
Interaction and transport of contaminants between different aquifers
Evaluation of Groundwater Vulnerability
Development of a Methodology for the Evaluation of Groundwater Vulnerability Considering Different Groups of Pollutants
Well clogging by formation of iron hydroxides in open pit dewatering
Combined hydraulic and chemical Investigation using an experimental model

DAAD funded research projects

Nonlinear mechanical analysis of rock slopes
DRASTIC Adjustment Using the Advection-Diffusion Cell to Assess Groundwater Vulnerability to Nitrate Pollution
Nitrate sorption capacity of different soils will be evaluated using the Advection-Diffusion Cell. This parameter will be coupled with the standard DRASTIC index to evaluate the specific groundwater vulnerability to nitrate pollution in the Venlo Block in the North Rhine Westphalia in Germany. Groundwater and Nitrate Pollution.
Recently finished projects (selection)
CO2SINUS
CO2 Storage in in situ Converted Coal Seams
Geogenic enrichment of arsenic in iron oxides containing sedimentary rocks in Germany
Research Project of the Lehr- und Forschungsgebietes Hydrogeologie
Sensor based Landslide Early Warning System / SLEWS
Development of a prototyping alarm- and early warning system to address different kinds of natural hazards citing landslides as an example
Hydrogeological Cartography
Hydrogeological maps for the regional authorities
Evaluation of Groundwater Vulnerability
Development of a Methodology for the Evaluation of Groundwater Vulnerability Considering Different Groups of Pollutants
DRASTIC Adjustment Using the Advection-Diffusion Cell to Assess Groundwater Vulnerability to Nitrate Pollution
Nitrate sorption capacity of different soils will be evaluated using the Advection-Diffusion Cell. This parameter will be coupled with the standard DRASTIC index to evaluate the specific groundwater vulnerability to nitrate pollution in the Venlo Block in the North Rhine Westphalia in Germany. Groundwater and Nitrate Pollution.
Development and Evaluation of Innovative Strategies for Storage and Permanent Immobilization of CO2 in Geological Formations
CO2-Speicherung unter Tage durch Adsorption an Rückständen aus der Kohleaufbereitung
Cross-border Water Management Initiative
supporting the implementation of European Water Framework Directive between The Netherlands and North Rhine-Westphalia
The Impact of Urbanization on Groundwater Quality
A case study in Yogyakarta (Indonesia)
Distributive Geodata
Development of an information infrastructure for the rule-based derivation of geoinformation from distributive, heterogeneous geodata inventories on different scales on the example of groundwater vulnerability assessments
Seepage Prediction Macropores
Determining and evaluating the influence of macropores on seepage
Seepage Prediction ETI-concept
Development of laboratory test for the determination of the water infiltration and hence the contamination potential, simulation and experimental verification “Seepage Water Prognosis”
IMWA 2011
International Mine Water Association Congress (IMWA 2011) in Aachen

Organized by the Institute of Hydrogeology under the direction of Prof. Dr. Thomas R. Rüde, the International Mine Water Association Congress (IMWA 2011), themed “Mine Water - Managing the Challenges”, will take place in Aachen from September 4th to 11th 2011.

For more information please visit the congress website.
Recent Publications
Rüde, T.R., Banning, A., Demmel, T., Wrobel, M.  (2012):  Verteilung und Ursachen erhöhter Uran-Konzentrationen in quartärem Grundwasser Südbayerns , In:  Tagung der Fachsektion Hydrogeologie (FH-DGG), 16.-20.05.2012, Dresden , (accepted) .
Banning, A., Cardona, A., Rüde, T.R.  (2012):  Uranium and arsenic dynamics in volcano-sedimentary basins - an exemplary study in north-central Mexico , In:   Applied Geochemistry , doi:10.1016/j.apgeochem.2012.01.001 .
Hu, H., Fernandez-Steeger, T.M., Dong, M., Azzam, R.  (2012):  Numerical modeling of LiDAR-based geological model for landslide analysis , In:   Automation in Construction , DOI:10.1016/j.autcon.2012.03.001(accepted) .
Baier, K., Strohschön, R.  (2012):  Die Grundwassersituation in der südchinesischen Megastadt Guangzhou , In:   DVGW , (submitted) .