Publikasjoner
- Final report: Climit project 616067 "Accurate CO2 monitoring using quantitative joint inversion for large-scale on-shore and off-shore storage applications" (aCQurate)
- CO2 monitoring using joint inversion of VSP seismic and ERT data at the Field Research Station, Canada
- Joint inversion of cross-well seismic and ERT at the Field Research Station, Canada
- Milestone L4 report: Climt project 618233 June 2021: Monitoring of CO2 plume expansion by combining active and passive seismic data – phase II (CO2CAP II)
- Analysis and quantitative interpretation of seismic data at Decatur - part2
- Hybrid structural petrophysical joint inversion as a novel inversion technique: Application to CO2 monitoring at the Ketzin pilot site
- Monitoring of fracture reopening in sandstones
- A synthetic Sleipner study of CO2 quantification using controlled source electro-magnetics and full waveform inversion
- Joint Inversion for Sub-Basalt Imaging at the Møre Margin, Norway
- 3D gravity inversion constrained by stereotomography
Annen formidling
- Sparse Seismic Data Analysis at the Svelvik CO2 Field Lab, Norway
- Sparsity-Induced Full Waveform Inversion: Variational Bayesian and Hamiltonian Monte Carlo Methods
- Borehole Guided Waves Sensitivity to Well Integrity and CO2 Saturation Changes Beyond the Casing
- The potential of borehole seismic monitoring techniques at the field scale for leakage and well integrity assessment in CO2 injection projects
- SPARSE monitoring concepts
- Well integrity monitoring for large-scale CO2 storage: the LEGACY project
- Low-cost monitoring
- Leakage Detection
- Experience from the Svelvik CO2 Field Lab
- Svelvik CO2 Field Lab
