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NETLhe overall objective of the project was to develop an integrated plasma water treatment system for improved water management for frac/produced water. The approach to accomplish...
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Dataset Size: 30.337 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 primary objectives of this program was: (1) to determine the relationships between fluid injection practices, regional geology and stress regime, and the occurrence of...-
Dataset Size: 280.769 KB
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View within SubmissionGathering Resources...NETLThe objective of the project is to define types of fracture networks more prone of loosing fracture area, and to define critical parameters (including proppant concentration,...-
Dataset Size: 21.291 MB
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View within SubmissionGathering Resources...NETLThe objective of the project was to facilitate the adoption of new technologies to decrease the environmental impact and increase the efficiency of unconventional gas...-
Dataset Size: 284.157 KB
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View within SubmissionGathering Resources...NETLThe overall objectives of this project are to determine if an integrated approach using magnetic ballast clarification (MBC), vortex-generating (FMX) and non-filtration (NF)...-
Dataset Size: 286.945 KB
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View within SubmissionGathering Resources...NETLThe goal of the project was to develop suitable correlations to calculate the pressure drop in vertical gas wells with foam flow. Available data from vendors and field...-
Dataset Size: 4.505 MB
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View within SubmissionGathering Resources...NETLResearchers will utilize a combination of computer modeling, field tests, and laboratory experiments to characterize Marcellus Shale core samples and gain a better understanding...-
Dataset Size: 8.139 MB
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View within SubmissionGathering Resources...NETL4D Integrated Study Using Geology, Geophysics, Reservoir Modeling & Rock Mechanics to Develop Assessment Models for Potential Induced Seismicity Risk-
Dataset Size: 238.341 KB
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View within SubmissionGathering Resources... -