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NETLThe objectives of the project is to collect stress profiles in three wells in the Marcellus gas system, interpret them employing a full suite of lag and core based petrophysical...
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Dataset Size: 310.464 KB
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Gathering Resources...NETLThe overall objective of this project is to develop and validate the performance and cost-effectiveness of the integrated precipitative supercritical (IPSC) process to convert...-
Dataset Size: 286.598 KB
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Gathering Resources...NETLThe main objective of the research is to delineate stratigraphic controls on the location and character of higher-than-average permeability zones in tight-gas reservoirs in the...-
Dataset Size: 2.813 MB
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Gathering Resources...NETLDevelop and implement an integrated methodology for building geomechanical models of tight gas systems (shale) that include knowledge of important characteristics of the native...-
Dataset Size: 299.552 KB
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Gathering Resources...NETLThe objective of this project is to determine the degree to which fracture systems induced prior to production form a network of connected flow pathways that access the...-
Dataset Size: 3.061 MB
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Gathering Resources...NETLThe objective of this research is to improve the understanding of the Mancos Shale play in Utah, specifically preferred target intervals and the best drilling, completion, and...-
Dataset Size: 312.05 KB
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Gathering Resources...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...-
Dataset Size: 30.337 MB
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Gathering 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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Gathering 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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