Integration of conventional and AI Seismic Interpretation - driven by you, supercharged with AI. Geoteric AI has been proven to reduce seismic interpretation time from years to weeks – with no compromise in quality. During this webinar, Abd...
PGNiG wanted to better understand the compartmentalisation between hydrocarbon-bearing and brine-bearing compartments in their very structurally-complex reservoir. In just two weeks, Geoteric AI Seismic Interpretation corroborated that a fa...
Geoteric webinar - Geoteric AI Seismic Interpretation: interpret every event from surface to region of interest in hours Building on Geoteric’s cutting-edge AI Fault Interpretation that accurately detects faults invisible to the human eye, ...
AI Fault Interpretation - guaranteed results even in challenging seismic data Both sessions will be taking place on Thursday 8 December at 08:00 GMT (09:00 CET, 15:00 AWST) and 14:30 GMT (15:30 CEST, 08:30 CST).Interpreting challenging seis...
Geoteric 2022.2 - faster, more accurate AI Fault Interpretation Geoteric are the first AI Seismic Interpretation software provider to give users the choice between six trained and untrained neural networks - reducing fault interpretation ti...
Ithaca Energy wanted a deeper understanding of the subsurface in an area currently under appraisal in the North Sea. In particular, structural and stratigraphic features that could be the cause of a disappointing Extended Well Test. This we...
The use of Artificial Intelligence (AI) for seismic interpretation has been steadily growing over the past couple of years. AI is ideally suited to fault identification since fault picking is time consuming, often considered boring and the ...
Sand Injectites are complex geological features formed by remobilised liquified sediment being forcibly intruded into surrounding host rocks, typically at shallow subsurface depths. Despite their shallow subsurface depths, injectites can pr...
Subsurface sequestration of CO2 (CCUS) is seen by many as an essential route towards carbon Net Zero. Geotechnical interpretation for CCUS purposes includes detailed fault analysis, reservoir heterogeneity analysis and plume/in-fill monitor...
Webinar: Journey to NetZero - Shallow Geohazard Interpretation An increase in the demand of renewable energy is driving the growth of offshore wind farms. The number of sustainability projects is set to increase rapidly as we transition to ...
