Electromagnetic (EM) imaging aims to produce large-scale, high-resolution soil conductivity
maps that provide essential information for Earth subsurface exploration. To rigorously …

Controlled-source electromagnetic (CSEM) measurements are complementary data for
magnetotelluric (MT) characterization although its methodology on land is not sufficiently …

Reservoir characterization and monitoring represent some of the most ambitious goals for
geophysical methods. Several challenges are involved, including sensitivity to the …

The borehole-to-surface electromagnetic (EM) method is a viable imaging and monitoring
tool for energy reservoirs, geologic storage, geothermal exploration, fault zones, and other …

Energized vertical steel casings have been developed to excite and monitor changes in the
electrical properties of resistivity anomalies associated with hydrocarbon production and CO …

Mapping reservoir saturation from electromagnetic data via resistivity is a challenging
problem for standard inversion methods. The EM inverse problem is highly non-convex and …

ABSTRACT I have developed an approximate inversion scheme for surface-borehole
electromagnetic data. The method aims at reducing the computational burden arising by the …

The development of improved technologies for carbon capture, utilization and sequestration
requires a wide spectrum of expertise and calls for cross-disciplinary work in engineering …

Controlled-source electromagnetic methods have the potential to be used in reservoir
monitoring problems due to their sensitivity to subsurface resistivity distribution. For …

We evaluate an effective and cost-efficient multiphysics approach for long-term monitoring of
carbon storage in carbonate reservoirs. A key focus of our study is to advocate for a cost …