R&D/innovation
Young professionals aim to demystify Drillbotics for students and early-career engineers by offering practical insights into the technical, organizational, and decision-making challenges encountered throughout the competition.
The $1-million grant will establish a multidisciplinary research hub combining geomechanics, fluid dynamics, advanced reservoir characterization, and artificial intelligence.
Over the past decade, oilfield service companies have transformed logging-while-drilling (LWD) development into a faster, collaborative, system-level process that delivers improved reliability from the first run and makes development philosophy as important as the technology itself.
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Saipem's center includes a full-scale simulator designed to replicate real operational scenarios to deliver an immersive training experience. -
Researchers at the University of Houston have developed a new ultrathin, carbon-based film that could make AI chips run faster, cooler, and more energy-efficient.
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Researchers are studying how excessive groundwater extraction is causing global and regional aquifer depletion and land subsidence.
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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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Researchers have developed a low-cost carbon capture technology called PICC that uses only water and pressure to remove nearly all CO2 from industrial exhaust, offering a simpler, cleaner, and more affordable alternative to traditional chemical methods.
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Allison Taylor, SPE, is studying whether nanogels can improve how gas, specifically CO2, is stored underground during CO2 flooding operations.
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The new facility was designed to enable advances in understanding subsurface processes through integrated geomechanics, fluid dynamics, and advanced reservoir characterization.
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The 1-month project, led by UT Austin's Estibalitz Ukar, will pump CO2-rich water into a 400-m-deep well to test if magnesium-rich rocks at the test site can capture CO2 by turning it into stable minerals.
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After a decade of research, the project boasts several achievements including drilling two test wells at depths below 9,800 ft, detailed geologic modeling and reservoir characterization, and multiple publications.
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University of Colorado Boulder researchers will combine tools, such as power systems modeling, spatial statistics, and GIS mapping along with community forums, surveys, and interviews to capture both the human and technical sides of geothermal development.
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