How sharp are the technologies in the hydrocarbon pre-drill prediction toolbox for calculating the Geological Chance for Success (GCOS) in oil and gas exploration?

To boldly go where no interpreter has gone before, getting one step closer to achieving the fully automated detection of faults in 3D seismic data.

Bringing world-class geological field locations into the classroom using virtual reality technology.

Low-cost, non-proprietorial data solutions are needed to capture, organise and analyse oil and gas data.

Reducing costs and risks of deepwater hydrocarbon exploration: the benefits and technology of seep hunting and surface geochemical campaigns.

Ocean-bottom seismic acquisition is encroaching on the traditional marine streamer market by offering unique, scalable and efficient solutions for exploration and development of oil and gas.

Integrating technologies for basin analysis improves geological and geophysical models, enabling the next generation of hydrocarbon exploration.

Solution Seeker, a Norwegian tech start-up and spin-off from the Norwegian University of Science and Technology, is developing the world’s first artificial intelligence for real-time production optimisation.

A newly developed method for detecting petroleum seepage using surface geochemical exploration.

PetroMarker’s unique 3D vertical EM technology acquires robust data for new development opportunities in already-explored areas such as the Norwegian Sea.

Exploring hydrocarbon play potential in new areas of the Triassic in the North Sea.

New 3D seismic data provides fresh insight into the future oil & gas potential of the prolific Hammerfest Basin in the Norwegian Barents Sea.

Multi-partnered project, spearheaded by Total, revolutionises the future of onshore seismic acquisition in areas of complex topography and environmental sensitivity.

This interactive core logging software can be used on tablet devices in the lab itself enabling an efficient 'quick-start' routine core analysis experience.

Using near-surface sensors, the Geophysical Institute of Israel is developing new methods to detect microseismic events to reduce the cost of microseismic monitoring.