Technical Content

Significant subsurface imaging distortions are frequently encountered in intricate faulted structures below substantial gas accumulations in the overburden. The primary difficulty arises from the absorption of seismic energy by gas bodies, and the presence of complex velocity heterogeneities. In these settings, visco-acoustic Time-lag Full ...

This study demonstrates how a high-end 3D seismic survey can generate new insights within a frontier basin such as the Deepwater Zambezi Delta in Mozambique and uncover hidden facets of basin evolution. Observations from high-resolution seismic imaging integrated with potential fields data have helped ...

In the Barents Sea, bright amplitudes on seismic data below the Base Quaternary indicate the presence of hydrocarbon reservoirs. To allow characterization and quantitative interpretation of these potential reservoirs, analysis of amplitude versus reflection angle (AVA) information is crucial. Even with the availability of ...

Recent discoveries in Namibia’s Orange Basin have raised industry expectations that a similar level of success could be replicated in its conjugate margin, Uruguay. Still considered as a frontier basin, the Uruguay deepwater has similar geological elements at basin scale and unique aspects at ...

To coincide with ADIPEC 2024 Karim Lassel discusses Viridien’s bold rebrand and its commitment to drive innovation for the energy industry.

The play-opening giant discoveries of Baleine and Murene-1 (Calao) offshore Tano Basin have reinvigorated exploration in the Equatorial margin of Africa. The basin is geologically complex and has proven its unparalleled hydrocarbon potential. To further explore this basin, there is a need for high-end ...

We present a method for the quantitative assessment of the subsurface suitability of saline aquifer CO2 storage sites using a case study example from the Northern North Sea.

Viridien's exclusive data acquisition, aggregation, and harmonization covering almost 60,000 km2 of land, the Southeast Arizona project area is southeast of Phoenix, bordering Mexico and New Mexico. It is the ultimate dataset to explore southeastern Arizona’s proven and potential mineral resources.

Built with a robust sampling program and comprehensive and extensive geochemical testing for lithium-bearing potential, Viridien’s Smackover Formation exploration database addresses the exciting potential of the world’s most prolific lithium oilfield brine reservoir.