Technology
EZOps will integrate its Mobile Oilfield Management platform into the college’s energy technology program, giving students hands-on experience with digital tools used in modern oilfield operations.
The software will enhance education and research across energy, geothermal, mining, and geotechnical engineering by giving students and faculty hands-on access to industry-standard tools used worldwide.
AI is transforming oil and gas, but the real change will come from young professionals (YPs) who bridge technology and field expertise. By leading pilots, building networks, and challenging old assumptions, YPs can drive the industry’s digital transformation from within.
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OMV’s ReOil technology uses thermal cracking to transform plastic waste into gas and synthetic crude oil. The technology is expected to reach industrial scale by 2025. -
The video shows some of the issues encountered while building the Appomattox and how the team drew on the knowledge of those outside of the oil and gas industry to overcome them.
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Fiber-optic technologies—distributed temperature sensing and distributed acoustic sensing—have been experiencing an ever-increasing number of applications in the oil and gas industry as monitoring systems.
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A look at the CCUS technology and its advantages, and an argument in favor of more CCUS projects.
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From the field, to the customer, through engineering, CAM, and manufacturing then back to the field, each drilling bit's life is unique.
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Scaling buildup inside wellbores is a serious production problem that dramatically reduces the well productivity index. This issue has a significant cost across the industry, mostly associated with loss of production or additional operations such as well intervention.
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SPE launched a podcast series where industry leaders and subject matter experts will talk on technical topics and career-development themes.
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Former BP CEO John Browne's new book creates links between the engineering principles that brought society where it is today with the principles needed to solve society’s most pressing problems—from climate change to privacy and data security.
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Figuring out how far apart to place horizontal wellbores remains one of the biggest challenges facing the future of the shale revolution. One roadblock appears to be the way in which the sector has traditionally measured these distances.
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A new technology called electric fracking, which is powered by natural gas instead of costly diesel fuel, promises to bring down fracturing costs, but building this system is much more expensive than conventional fleets.
