Transforming well construction with autonomous directional drilling The well construction domain needs to transform and can do so by leveraging intelligent and autonomous systems.
Akkaoui, Ziad
Transforming well construction with autonomous directional drilling The well construction domain needs to transform and can do so by leveraging intelligent and autonomous systems. - ene. 2021 - [c.a.] 4 p.
The oil and gas industry is facing an unprecedented challenge to operate more efficiently and sustainably than ever before. The industry will be unable to meet this challenge without using disruptive technological innovations. More specifically, the well construction domain needs to transform and can do so by leveraging intelligent and autonomous systems. An autonomous and self-steering bottomhole assembly (BHA) that is supported via a fully integrated data architecture eliminates siloed and independent workflows and harmonizes all aspects of well construction operations. The end result is an autonomous system that can drill wells for any field, rig or trajectory in the most efficient and consistent manner possible. Through increased efficiency and consistency, operators can deliver better drilling outcomes and economics, which enables optimal equipment and power utilization, minimized HSE risks and a reduction of the carbon footprint.
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Transforming well construction with autonomous directional drilling The well construction domain needs to transform and can do so by leveraging intelligent and autonomous systems. - ene. 2021 - [c.a.] 4 p.
The oil and gas industry is facing an unprecedented challenge to operate more efficiently and sustainably than ever before. The industry will be unable to meet this challenge without using disruptive technological innovations. More specifically, the well construction domain needs to transform and can do so by leveraging intelligent and autonomous systems. An autonomous and self-steering bottomhole assembly (BHA) that is supported via a fully integrated data architecture eliminates siloed and independent workflows and harmonizes all aspects of well construction operations. The end result is an autonomous system that can drill wells for any field, rig or trajectory in the most efficient and consistent manner possible. Through increased efficiency and consistency, operators can deliver better drilling outcomes and economics, which enables optimal equipment and power utilization, minimized HSE risks and a reduction of the carbon footprint.
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