Advancing Geological, Geophysical and Contaminant monitoring technologies

for contaminated site investigation

Contamination of groundwater and surface water by heavy metals, nutrients, or xenobiotic organic compounds in urban areas is a common problem all over the world. Every year the Regions of Denmark spend DKK 400 million on contaminated sites to provide reliable data for risk assessment and clean-up, and Denmark is a world leader in the area. The overall objective of the GEOCON project is to develop an integrated and cost-effective tool for the characterisation of contaminated sites. The project aims to achieve this goal by a multidisciplinary approach, integrating hydrogeological, geochemical, and geophysical methods.

The project is led by the DTU (Danish Technical University) in collaboration with Aarhus university and other national and international institutions. The HydroGeophysics Group at Aarhus university utilise their skills in instrument development and geophysical data collection in the project. HGG has developed 3D ERT/IP data acquisition techniques and instrumentation and develop equipment for electrical logging in boreholes.

The developed methodology in GEOCON project, will be benchmarked at 3 landfill sites and the results will be rapidly transferred to Danish consultant companies and used in Denmark and internationally, in particular in developing countries (e.g. China) where groundwater contamination is a pressing issue.

DTU, Aarhus University, GEUS, Orbicon, Central Denmark Region, The region of Southern Denmark, University of Kansas, Lund University and University of Bonn.