PO Box 3930 Ullevaal Stadion
Oslo, N-0855
Norway
Norwegian Geotechnical Institute
GHGT-14
CO2 storage monitoring, Fibre optics, Geomechanics, Injection, Offshore monitoring, Pressure, Seafloor deformation, SESE-ACT
CO2 injection, micro-seismic, acoustic emission, geomechanical behaviour, CCS, North Sea, multiphysics modelling, fluid type, temperature
North Sea, sandstone, super-critical CO2, laboratory testing, acoustic emissions, microseismicity
CO2 storage monitoring; Fiber optics; Geomechanics; InSAR; Offshore monitoring; Seafloor deformation; SENSE-ACT; Uplift
CO2 storage, two-phase flow, hydro-mechanical (HM) coupling, thermo-hydro-mechanical (THM) coupling, non-isothermal effect
CO2 storage; CO2 flow monitoring; Controlled-Source ElectroMagnetic (CSEM); regional fault; North Sea
Fracture flow; Electrical resistance; P-wave velocity; Geophysical monitoring; Draupne shale; Caprock integrity; CO2 storage; CCS
CO2 storage, surface heave, Geertsma type problem, layered subsurface
Hydraulic fracturing; fluid solid interaction; cohesive zone model (CZM); fracture flow
CO2 storage, marine CSEM, subsurface characterization and monitoring, inversion strategy, seabed infrastructure