R&D/innovation
Duo launches center of excellence aimed at promoting and expanding nonmetallic materials’ role in construction.
A look behind-the-scenes reveals what it takes to protect innovative ideas in the fast-moving US shale sector—key lessons learned, pitfalls to avoid, and how to do it the right way, as told by two of the operator's intellectual property (IP) protection leaders.
Ease of use and crowd-pleasing economics are driving US shale producers toward wet-sand completions. Chesapeake Energy is among the latest converts and explains why it wants to use wet sand on every new well.
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FLITE Material Sciences says that its unique lasering process can be used on just about any type of material to make it either repel or attract water and oil. For an industry that deals with a lot of both, the technology has many potential use cases. -
Bringing the Heat: Aramco Field Tests High-Temperature Chemistry To Slash Tight-Gas Completion CostsSaudi Aramco and university researchers are experimenting with a thermochemical fracturing fluid that aims to eliminate more than half of the pumping horsepower typically required to complete horizontal wells.
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Though shelved by low oil prices, the plan to execute the largest enhanced oil recovery program of its kind offers insights into what it may take for the shale sector to escape pilot mode and scale up gas huff ’n’ puff operations.
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The research will focus on potential policy changes that could help increase oil and gas production from deepwater infrastructure already in place in the Gulf of Mexico to reduce stranded assets.
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The tech giant and supermajor have been working on cloud solutions already, but in a new agreement, they will combine their talents to create new technologies for oil and gas as well as energy consumers.
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A new open innovation studio aims to use crowdsourcing to redefine the future of oil and gas exploration.
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Unconventional producers around the world have been hamstrung by expensive and cumbersome options when it comes to obtaining reservoir data. Among the latest ways to break past these barriers is a new method developed by Canadian researchers and field tested in Australia’s unconventional frontier.
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Zap Energy will use Chevron’s investment to develop its technology, a next-generation modular nuclear reactor with an aim toward cost-effective, flexible, and commercially scalable fusion.
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Researchers at OU have received $2.5 million of US Department of Energy funding for a three-phase study to develop technologies to increase power production from geothermal wells. The geothermal development research site in Southern California sits on the US Navy’s largest single landholding.
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While it remains today only an idea, there are but a few barriers keeping an unmanned floater from being realized, according to one of the world’s leading offshore engineering firms.
