Sponsors
Dug
DUG Elastic MP-FWI Imaging: From field data to quantitative interpretation
DUG Elastic MP-FWI Imaging: Better physics, better results
Image high-impedance contrasts effortlessly with DUG Elastic MP-FWI Imaging
Uplifting land data with DUG Elastic MP-FWI Imaging
DUG Elastic MP-FWI Imaging: Superior rock properties from field data input!
Supercharge legacy data with DUG Elastic MP-FWI Imaging
Leap whole workflows in a single bound with DUG Elastic MP-FWI Imaging
DUG Multi-parameter FWI Imaging has changed the game
Shock comparisons with DUG MP-FWI Imaging
“With [DUG MP-FWI Imaging] we have taken a huge step forward.”

Oil & Gas
The Athabasca oil sands
Why peer reviews often don’t work
“No concern at all”: The economist’s view
Producing the next 50 % of the world’s oil reserves
Geosteering to number one
Are half of the Tano Basin’s reservoirs in the Keta Basin?
Energy Transition
Carbon Capture & Storage
New study on global CO2 storage capacity met with fierce criticism
Kasawari – gas production has commenced, but when does the CO2 storage project?
Understanding CO2 flow at Sleipner using stratigraphic continuity
Geothermal
Embracing uncertainty in geothermal exploration
Shaving off costs for geothermal exploration and production
Extract and re-inject water, from the same well
Seabed Minerals
Crushing report on TMC’s deep-sea mining plans
Despite putting the brakes on seabed mineral licensing, the Norwegian government continues to spend ever-increasing amounts on seabed mapping
A pragmatic approach to seabed mining
New Gas
A surge in exploration for natural hydrogen
Successful near-field helium exploration
A large natural hydrogen gas accumulation or an aqueous hydrogen seepage with localised gas pockets?
Exploration Opportunities
Elastic MP-FWI imaging: Changing geophysics
Conventional workflows contain many assumptions, approximations and simplifications. A significant amount of time and effort is required to condition the input data, resulting in the attenuation of a substantial amount of information through highly subjective workflows.
Multi-parameter full waveform inversion (MP-FWI) imaging offers a new approach. This novel application of FWI enables the simultaneous inversion of a range of parameters, including velocity, reflectivity, and rock properties. Since FWI can model the full wavefield, the inversion can use all the acquired information. The use of primary and multiple reflections enables the determination of high-resolution velocity and reflectivity in a least-squares manner, thereby bypassing the model-building and imaging workflows. Now, with visco-elastic MP-FWI imaging, it is possible to invert directly for elastic parameters without the need for AVA inversion. Entire workflows can now be bypassed using this novel, superior technology.
Liberating well data with modern data science and AI
Gulf of America: Salt-driven structures, data-driven discoveries
More on Exploration Opportunities