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Assessment of Soil Stabilisation using Electrical Resisitivity Tomography in immediate relation to injection of binder into soil.

 is essential in the project I-EDDA aiming at developing explorational drilling by sharing resources and technology between the participants in the EU.

The Pipestatus project aims at developing methods for non-excavation condition assessments of water- and district heating pipes.

Lund university coordinates and participates in a project, MIRACHL, aiming at improving methods and methodology for optimized planning and monitoring of in situ remediation of perchloroethylene; 2000 sites in Sweden may be affected.

The National Core Drillrig Riksriggen is a key component in the I-EDDA project, where resources and innovations are shared within the EU, to develop future exploration drilling techniques.

Making the underground transparent facilitates urban development! We participated in Sweden's largest geotechnical research project TRUST.

3D-mapping of rock using geophysics, drones and a geologist's eyes: BeFo382.

We are working with researchers in Bolivia to understand the aquifer systems in an area there, to avoid overexploitation and to protect the groundwater resource. The project blog is here.

At the department, we do research on non-destructive methods for test and monitoring of structures and construction materials such as concrete, asphalt, etc. 

Groundwater and geophysics
Linking Time Domain Induced Polarization (TDIP) and Spectral IP (SIP) to characterise the subsurface for groundwater management and protection purposes are aim of the LINKIP project. Project information here.