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NETLThe objective of the project is to improve the understanding of the flow behavior of natural gas and introduced fluids (water, surfactant solutions and polymers) in the...
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Dataset Size: 5.607 MB
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View within SubmissionGathering Resources...NETLThe objective of this project was to develop non-damaging fracture fluids (including proppants) for gas shale reservoirs that also minimize water use (and disposal) and...-
Dataset Size: 4.087 MB
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View within SubmissionGathering Resources...NETLPetrophysical Studies of Unconventional Gas Reservoirs Using High-Resolution Rock Imaging Fact SheetThe main objective of this work was to determine (a) the physical mechanisms that limit gas recovery from tight rock formations, and (b) the means of extending this recovery in...-
Dataset Size: 21.271 MB
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View within SubmissionGathering Resources...NETLTo develop techniques and methodologies for increasing the success ratio and productivity of shale gas wells in the New Albany formation, which has not been exploited, to a...-
Dataset Size: 4.632 MB
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View within SubmissionGathering Resources...NETLThe primary objective of this project is to develop technology for real-time monitoring of the installation and performance during the service life of the deepwater wells. In...-
Dataset Size: 36.354 MB
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View within SubmissionGathering Resources...NETLThe objective of the project is to create the seismic technology for fracture detection using p-wave diffraction imaging and test it against realistic fracture patterns. Also,...-
Dataset Size: 218.878 KB
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View within SubmissionGathering Resources...NETLThe objective of this project is to provide to the exploration and production industry commercial simulators for shale gas reservoirs that incorporate the necessary physical...-
Dataset Size: 2.68 MB
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View within SubmissionGathering Resources...NETLThe objective of the proposed research was to conduct a systematic experimental study of fracture conductivity in shale oil and gas formations. The study focused on the...-
Dataset Size: 291.632 KB
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View within SubmissionGathering Resources...NETLThe objectives of this project are to develop fundamental knowledge of mud-cement compatibility issues related specifically to deepwater cementing, to quantify risks associated...-
Dataset Size: 53.098 MB
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View within SubmissionGathering Resources...NETLThe objective of this project is to increase gas recovery from the tight gas formations in the Ulinta Basin, Utah by creating tools/mechanisms to superpose complex...-
Dataset Size: 9.182 MB
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View within SubmissionGathering Resources...NETLThe University of Tulsa is performing hydrate formation and plug characterization in their unique testing facilities. The data will be used to benchmark predictive models both...-
Dataset Size: 2.099 MB
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View within SubmissionGathering Resources...NETLThe overall objective is to identify reliable technologies that might be applied to make the production casing "intelligent"; allow safe and effective deployment, and ensure...-
Dataset Size: 10.39 MB
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View within SubmissionGathering Resources...NETLA lack of data and models for corrosion, scale and stress cracking at the extreme temperatures and pressures encountered in ultra-deepwater reservoirs increased the economic and...-
Dataset Size: 13.157 MB
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View within SubmissionGathering Resources...NETLTo understand the behavior of hydrate formation and transport in subsea jumper configuration during well restart events. This improved understanding will promote development of...-
Dataset Size: 712.156 KB
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View within SubmissionGathering Resources...NETLThe objective of the project is to conduct an experimental and computational study of the mixing and displacement phenomena that take place during hydrate inhibition of jumper...-
Dataset Size: 13.372 MB
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View within SubmissionGathering Resources...NETLHydrates continue as the most important flow assurance problem; an order of magnitude larger than waxes/asphaltenes. The project objectives are to: (1) modify the current...-
Dataset Size: 3.591 MB
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View within SubmissionGathering Resources... -