Exceptional People, Remarkable Technology, & Outstanding Service
Viridien combines unmatched geoscience expertise with AI-enhanced workflows to achieve higher subsurface imaging accuracy for informed decisions in exploration and production, and carbon storage site selection and critical mineral discovery. Our imaging teams use advanced machine learning models to leverage immense datasets and streamline the interpretation of subsurface structures, detect resources, and improve the identification of promising zones.
Full Waveform Inversion (FWI)
Generate detailed, data-driven models of the subsurface with elastic full-waveform inversion and FWI Imaging derivatives.
Ocean Bottom Node (OBN) Seismic
Get closer to the reservoir with expert seismic imaging of ocean bottom node (OBN) data
Time-Lapse 4D Seismic
Achieve accurate reservoir monitoring with expert time-lapse 4D seismic imaging.
Multiple Attenuation
Remove internal and interbed multiples with data-driven internal multiple attenuation (IMA).
Geovation Software
Our benchmark software for seismic data processing and imaging has evolved from over 45 years of expertise in geophysical software.
Viridien and bp: Gaining critical reservoir insights using the latest imaging technologies
Energy Connects interviews Ramez Refaat, Middle East Geoscience Manager, Viridien, and Hesham Hendy, Egypt Exploration General Manager, bp, about the benefits of the latest seismic imaging technologies for achieving the clearest images of the subsurface and providing critical reservoir insights.
Subsurface Imaging Across Industries
Energy Exploration & Development
Maximize energy exploration efficiency and reduce drilling risks with AI-enhanced subsurface imaging.
Carbon Storage Screening
Ensure accurate site selection for CO₂ sequestration with precision imaging tailored for carbon capture initiatives.
Critical Mineral Discovery
Support mineral exploration efforts critical to the energy transition with detailed subsurface mapping.
Regional Case Studies
Read real-world examples where Viridien’s subsurface imaging has driven positive outcomes, reduced operational risks, and supported energy transition goals for leading NOCs and IOCs.
Latest Resources and News
View allIncreasing P-wave and S-wave velocity resolution with FWI – a North Sea shallow water case study
May 22, 2024In this paper, we show, first, how a high-resolution 65 Hz Vp model, obtained using Time-Lag FWI, can improve the imaging from the shallow to the deep. Similar improvements are then shown for PS data using a 30 Hz Vs model obtained from PS reflection-FWI. The most remarkable achievement is the flattening of the undulating chalk and top reservoir surfaces on both the Vp and Vs FWI Images, obtained from PP and PS data, respectively, which was confirmed by drilling observations.
Viridien authors win 2025 EAGE award for best paper in First Break
Viridien congratulates Isabel Espin, Laurene Michou, Nicolas Salaun, Daniela Donno and Diego Carotti on being selected to receive the EAGE 2025 Neil Anstey Award. ...
Geostatistical AVA seismic inversion for reservoir characterisation of the Pozo D-129 formation: A case study in San Jorge Basin, Argentina
A comprehensive seismic reservoir characterization study was conducted in a gas field in Argentina, utilizing geostatistical AVA seismic inversion to generate inputs for reliable static models and dynamic simulation. The study encompassed a range of ...
EAGE Data Processing Workshop 2025
We are proud to be sponsoring the EAGE Data Processing Workshop! This year's EAGE Data Processing Workshop will focus on how Seismic Processing has become a foundation stone for all the activity related to the energy industry of the future and the e ...