Digital oilfield
The service giant shares new details about its automated fracturing spreads that slash human operator workload by 88%.
The authors propose a hybrid virtual flow and pressure metering algorithm that merges physics-based and machine-learning models for enhanced data collection.
This paper discusses the concept, applications, and continual evolution of a new 3D temperature and spectral-acoustics modeling and logging approach.
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True digital transformation is the way forward, and companies that actively embrace and manage digital transformation will make their businesses smarter, more efficient, and vastly more profitable. -
Fiber-optic technology company Silixa announced the installation, validation, and borehole seismic acquisition from a permanently installed fiber-optic distributed acoustic sensing system on BP’s Atlantis Phase 3 subsea field development.
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Most people would agree that society’s first challenge is to shift the world toward a new energy paradigm based on technologies that do not contribute to climate change. But the cold evidence leaves little doubt that this transition is taking longer than we hoped. Consequently, the other challenge is that we need to actively reduce the emissions of the legacy assets t…
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The digital project is designed to deliver data management and insight across Aramco’s entire drilling fleet, making it the largest deployment in Baker Hughes’ history.
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SponsoredWell monitoring hasn’t been easy. But it’s something that has to be done. Remote oil and gas wells are notoriously difficult to monitor. But new technology may make them some of the most advanced sites out there.
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The last year has seen people in many sectors unexpectedly confronting a new challenge—working remotely. Even before this, our industry has been trying to operate fields remotely (either partially or fully) and make operations smarter and more automated.
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This paper discusses the development and commissioning of one of the first fields in the UAE to be operated remotely. The designed and applied technology facilitated unmanned operation of the field from downhole to export.
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Dynamic simulation has proved an effective tool throughout the lifecycle of the deepwater Appomattox project, in large part because of implementation at an early stage.
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This paper discusses how digital technologies are being applied in other verticals and how they can be leveraged to optimize lifecycle performance, drive down costs, and decouple market volatility from profitability for offshore oil and gas facilities.
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The paper discusses a methodology for integrating intelligent completion and production systems with a modeling and analytics framework for efficient development of fiber-optic-based data-interpretation services for complex downhole environments.
