directional drilling

Over the past 75 years, drillers have gone from the Stone Age to the Space Age when it comes to technological improvements in well construction methods. Yesterday’s crude wood and iron drilling techniques have given way to today’s video game-inspired controls and robotic assistance—much of which migrated from offshore applications. These advancements have driven costs…

New studies examine whether two innovative well designs should have a bigger role to play in the race to get more value out of tight rock reservoirs.

The innovations in the carbon removal space are gaining attention for their potential to curb global climate change, but they each face particular challenges in implementation.

The authors of this paper present an autonomous directional-drilling framework built on intelligent planning and execution capabilities and supported by surface and downhole automation technologies.

Geosteering is supposed to ensure the wellbore stays in the most-productive zone, but a recent study suggests it often misses the mark.

This paper presents an automated directional-drilling process executed on a commercial well in the Norwegian sector of the North Sea, where a next-generation intelligent rotary steerable system completed a well section in a single run.

Hitting the next well during fracturing happens all the time. Predictably doing that on a large scale in granite looks a lot harder.

The buzz about the future of automated drilling and it becoming reality depends on improvements in downhole data gathering now. Halliburton is working on it.

Another technology developer is trying to convince oil companies that they really do need more power and downhole data while drilling.

The move to combine forces comes amid the fastest contraction in drilling activity the US shale sector has ever seen while Gyrodata will retain its international business.