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NETLResearchers will utilize a combination of computer modeling, field tests, and laboratory experiments to characterize Marcellus Shale core samples and gain a better understanding...
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Dataset Size: 8.139 MB
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Gathering Resources...NETLProject objective was to develop new methods for creating extensive, conductive hydraulic fractures in unconventional tight gas reservoirs by synergistically combining the...-
Dataset Size: 1.629 MB
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Gathering Resources...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...-
Dataset Size: 5.607 MB
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Gathering Resources...NETLThe overall objective of this work is to develop novel diagnostic tools for predicting, monitoring, and optimizing shale gas production. There are three primary objectives of...-
Dataset Size: 2.488 MB
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Gathering Resources...NETLPrediction of Fault Reactivation in Hydraulic Fracturing of Horizontal Wells in Shale Gas ReservoirsThe overall objective is to develop a fundamental basis for characterization of geomechanical performance of shale gas reservoirs in the process of hydraulic fracturing...-
Dataset Size: 310.432 KB
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Gathering Resources...NETLMarcellus Gas Shale Project-
Dataset Size: 32.142 MB
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Gathering Resources...NETLGSI Environmental Inc. and its partners at Texas A&M University assembled a multi-disciplinary team of scientists, researchers, industry, government and regulatory...-
Dataset Size: 246.315 KB
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Gathering Resources...NETLThe study will provide basin specific analyses of shale-gas reservoir properties, as has been done for shale-gas reservoirs elsewhere in the U.S., to develop the best local...-
Dataset Size: 8.495 MB
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Gathering 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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Gathering 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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Gathering 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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Gathering Resources...NETLThe primary objective of the proposal is to lower the cost of drilling and improve the effectiveness of fracture treatments in shale gas reservoirs. This is proposed to be...-
Dataset Size: 353.756 KB
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Gathering Resources...NETLThe objective of this study is to enhance our understanding of the geochemistry of the natural system and its behavior when perturbed by hydraulic fracturing (HF). Presence of...-
Dataset Size: 285.975 KB
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Gathering 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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Gathering Resources...NETLThis project will quantify emissions from uncharacterized area sources, including produced water evaporation ponds, land farms, areas with natural (and human-enhanced)...-
Dataset Size: 296.396 KB
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Gathering Resources...NETLThe objective of the project was to undertake a comprehensive study of the cementing process applied in the Marcellus Shale play along with the effects of zonal isolation...-
Dataset Size: 1.341 MB
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Gathering Resources...NETLThe goals of project are to improve understanding of rock-fluid interactions in shale, to improve petrophysical characterization methods and propose standards for shale...-
Dataset Size: 693.427 KB
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Gathering Resources...NETLThe objectives of the proposed work are to evaluate the implications of low pore space connectivity, particularly in the fracture-matrix interaction, on low gas recovery in...-
Dataset Size: 12.361 MB
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Gathering 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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Gathering Resources...NETLThe objectives of this project are to develop techniques to mitigate risk to groundwater resources associated with shale gas development, to remediate failed annular seal to...-
Dataset Size: 673.631 KB
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Gathering Resources... -