shale oil
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This paper focuses on characterization of fracture hits in the Eagle Ford, methods to predict their effects on production, and mitigation techniques. -
SponsoredQuickly identifing the right strategies for a well or pad can overcome operational challenges. These cost-effective and easy-to-use solutions help operators achieve improved production rates with less manpower.
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This paper describes natural fractures and their effect on hydrocarbon productivity in the Vaca Muerta shale formation.
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Recent studies have reignited the question of whether US oil and gas companies are ignoring the opportunity to refracture large swaths of maturing assets.
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In this second part of a two-part series on advances in artificial lift, we’ll look at the state of optimization and a trio of techniques and technologies under development or new to the market. Look for quarterly reviews of specific types of lift in upcoming issues in the new year.
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In this first part of a two-part series, we look at how the artificial-lift sector has adapted to producing unconventional resources. The second part of the series to publish in November will crack open the lift toolbox to take a deeper look at the techniques and technologies under development or new to the market.
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SponsoredQuickly identify the right strategies for a well or pad to overcome operational challenges. Explore cost-effective, easy-to-use solutions that help operators achieve better production rates with less manpower.
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SponsoredAs world demand for energy increases, enhancing the efficiency of oil and gas production is key. Horizontal and multistage fracturing have made a huge difference in recovery. Fracturing fluids have played a key role in these gains—reducing costs and lessening fracture damage. Now fracturing fluids can be more sustainable as well, helping with your company’s ESG goals.
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The obsession with better hydraulic fracturing has steadily pushed on shale production in year one, but the decline remains steep. Chemistry could help explain, and perhaps extend, the short productive life of these wells.
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This study in a shale-oil formation quantified the hydraulic fracture propagation process and described the fracture geometry by developing a geomechanical forward model and a Green’s function-based inversion model for low-frequency distributed acoustic sensing data interpretation, substantially enhancing the value of the LF-DAS data in the process.
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