Monthly Features
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Case studies from Devon Energy, ConocoPhillips, and others show how clever engineering and technology are being used to improve recovery and asset value. -
Novel lift systems, AI-driven automation, and real-time engineering models are helping operators extract more value from mature wells. -
This case study from ARC Resources and DarkVision outlines the use of acoustic imaging tools in two active fracturing programs in Canada to monitor well casing deformation. -
This case study from Tomax outlines the use of artificial intelligence to analyze high-fidelity data of the full drilling process. -
The creation of SPE’s Acid Stimulation Technical Section shines a light on the technique that improves injectivity and productivity. JPT talked with the chair of the new section about the importance of the technical area. -
As the pace of new discoveries slows and high-quality prospects become harder to find, oil companies may need to rely more heavily on mature fields to maintain production and support future supply.
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The enrollment trend in petroleum engineering programs continues downward, but a big increase in oil prices has resurrected thoughts of past enrollment booms. -
Pandemic gridlock, rerouting risk, and net-zero expectations are squeezing oilfield service companies into change.
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Carbonate reservoirs require effective acid stimulation to improve well productivity. For long horizontal wells, a complicating factor has previously been the difficulty of controlling acid placement along the reservoir section. The Smart Liner concept uses a number of small holes spaced in such a way so as to distribute the acid evenly along the reservoir interval.
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The study assessed the CO2 footprint and NO2 emissions for different drill-cuttings treatment alternatives. The values were then used to create an emissions calculator that can be applied to projects to clarify the actual potential for emissions reduction within the drilling-waste-management process.
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The Gulf of Mexico explorer is building off its offshore learnings to scoop up early carbon capture and sequestrations projects on the US Gulf Coast.
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When water and metal meet, you get corrosion. You also get a good dose of creative engineering and innovation.
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It appears to be possible to sense how fractures change during production using ultrasensitive fiber-optic strain measurements.
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A rigless chemical frac-hit remediation process was designed to address the damage mechanisms of capillary phase trapping, reduced hydrocarbon relative permeability, paraffin deposition, and minor scale deposition.
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When it comes to produced water from US shale plays, it’s either recycle and reuse or throw it away—and both are easier said than done.
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A new dose of constraint may just be the best prescription for those making reserves estimates on prospective unconventional resources.
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