In July's edition of First Break magazine, Chris Han, Abdulqadir Cader and Peter Szafian demonstrate Geoteric interpretation workflows for injectites and remobilised sands to 3D seismic data sets from the UK continental shelf.
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 ...
As part of International Women in Engineering Day, we caught up with Geoteric Commercialisation Manager and Geoscience Engineer, Nicky Tessen.
Every minute of every day, the clock is ticking down towards the 2050 deadline set by many countries for emissions to reach net zero.
Geoteric are delighted to be celebrating one year of climate positive action with Ecologi.
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...
Every year the European Association of Geoscientists and Engineers selects the best presentations delivered at the EAGE Annual Conference and other selected conferences for the Distinguished Lecturer Programme. We're delighted to announce t...
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...
4-6 April 2022, London, UK. Subsurface sequestration of CO2 is seen by many as an essential route towards carbon Net Zero. The process contains several geological challenges, which we may now be able to better answer with improved technolog...
