Publikasjoner
- Accurate Representation of Poroelastic Thin Layers as Interface Conditions
- SPARSE Node-Based Low-Cost CO2 Monitoring
- Cross-Well Imaging for Monitoring CO2 Plumes at Svelvik CO2 Field Lab
- Multiphysics Bayesian rock physics inversion for CO2 storage monitoring
- On the Normal Compliance of Individual Fractures: Comparing Wave-Propagation and Local Displacement-Jump Estimations on Rock Cores
- In-situ assessment of stress-dependent dynamic elastic properties: concept and modeling results
- Acoustic response of patchy-saturated porous media: Coupling Biot's poroelasticity equations for mono- and biphasic pore fluids
- Model Building for Rock Physics-Guided Seismic Survey Optimization for CO2 Injection Monitoring
Annen formidling
- Testing the Ability of Cross-Well Imaging for Monitoring CO2 Plumes
- Monitoring the dynamics of the injected CO2 plume at Svelvik field lab using multi-source and simultaneous multi-receiver seismic systems: A combined borehole hydrophone, surface geophone and DAS approach
- Cross-Well Seismic Imaging of CO2 Plume Dynamics at Svelvik CO2 Field Lab
- Multiphysics inversion of reservoir properties for quantitative CO2 storage monitoring
- The potential of borehole seismic monitoring techniques at the field scale for leakage and well integrity assessment in CO2 injection projects
- Exploring the potential of borehole seismic monitoring techniques for assessing well Integrity and leakage in CO2 injection projects at field scale
- Monitoring CO2 storage sites (the SPARSE project)
- Laboratory Estimations of Dry Dynamic Normal Fracture Compliances Using Seismic and Ultrasonic Frequencies
- Expert Answers
- Experience from the Svelvik CO2 Field Lab