Valuable well information is sometimes trapped in daily reports written as free-text remarks under time pressure. At Dig X Subsurface 2026, Equinor and SLB will show how AI can transform unstructured well reports into standardized and searchable OSDU records.
Forfatter: Redaksjonen
What happens when AI moves beyond executing predefined workflows and starts deciding what to do next? Cegal will demonstrate how agent-based approaches could reshape structural uncertainty analysis at Dig X Subsurface 2026.
Aker BP is turning Norway’s open seismic foundation model into practical interpretation tools and a new seismic search capability. Discover how the company is bringing foundation models into everyday exploration workflows at Dig X Subsurface 2026.
Norsk sokkel er langt fra tømt, men mer leting og større funn må til dersom Norge skal opprettholde produksjon, verdiskaping og energileveranser til Europa. I november samles bransjen for å diskutere letestrategier.
Submit your abstract for the Dig X Subsurface 2026 conference in Oslo in December. The deadline is 4 September 2026.
NEW CONFERENCE DATES: One of the leading international conferences on seabed minerals will be organized for the sixth time in Bergen, Norway, from 11-13 May 2027. Submit your abstract by 15 January 2027.
A controversial study claimed that deep-sea polymetallic nodules generate oxygen without sunlight. At Seabed Minerals 2026, an environmental researcher will challenge the finding, pointing to thermodynamic constraints and experimental artefacts.
For the first time, researchers have produced pure copper metal from Norwegian deep-sea massive sulfides. This historic achievement will be presented at the Seabed Minerals 2026 conference in March.
At Seabed Minerals 2026, Professor Markus Bertau of TU Bergakademie Freiberg will present an economic assessment of new hydrometallurgical processing routes for deep-sea minerals that could enable low-emission, zero-solid-waste metal production.
At Seabed Minerals 2026, Hannah Grant (BGS) will present findings from the SMARTEX project, showing how experimental manganese nodule mining in the Clarion-Clipperton Zone continues to affect sediments — yet many biological communities are re-emerging.