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Feasibility of Using Nuclear Magnetic Resonance Imaging and Computed Tomography for Determining Residual Oil Saturation, Status Report; September 1986
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Dataset Size: 453.053 KB
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View within SubmissionGathering Resources...NETLThe objectives of the project were to understand the oil production mechanisms in the Monument Butte unit via reservoir characterization and reservoir simulations and to...-
Dataset Size: 12.075 MB
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View within SubmissionGathering Resources...NETLThe primary objective of this project was to carry out a thorough investigation of the kinetics of the interaction of SO{sub 2} gas with CaO particles at temperatures between...-
Dataset Size: 0 bytes
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View within SubmissionGathering Resources...NETLThe domestic drilling industry needs to reduce petroleum drilling costs and improve well productivity. Reducing the bottom-hole-pressure during drilling, increases penetration...-
Dataset Size: 223.036 KB
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View within SubmissionGathering Resources...NETLA critical and long-standing need within the petroleum industry is the specification of suitable petrophysical properties for mathematical simulation of fluid flow in petroleum...-
Dataset Size: 0 bytes
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View within SubmissionGathering Resources...NETLThe overall objectives of this program are to develop and apply Nuclear Magnetic Resonance Imaging and CT X-Ray Scanning methods for determining rock, fluid, and petrophysical...-
Dataset Size: 7.379 MB
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View within SubmissionGathering Resources...NETLThe objectives of the proposal are to develop methods for obtaining realistic configurations of two immiscible fluids as a function of wettability and geologic characteristics...-
Dataset Size: 415.56 KB
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View within SubmissionGathering Resources...NETLThe feasibility of developing a microwave diagnostic system for measurement of bubbles in a fluidized bed combustion system has been experimentally investigated. Experiments...-
Dataset Size: 0 bytes
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View within SubmissionGathering Resources...NETLThe objective of this project is to develop the techniques and interpretation methods to determine the maximum information about fluid and rock properties and interactions from...-
Dataset Size: 118.374 KB
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View within SubmissionGathering Resources...NETLThe objectives of the proposal are to develop methods for obtaining realistic configurations of two immiscible fluids as a function of wettability and geologic characteristics...-
Dataset Size: 107.783 KB
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View within SubmissionGathering Resources...NETLThe petrophysical properties of rocks, particularly their relative permeability and wettability, strongly influence the efficiency and the time-scale of all hydrocarbon recovery...-
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View within SubmissionGathering Resources...NETLThe objective of this project was to make "project ready" the connection of steel riser components using a thermal Shrink-Fit assembly method by hydro-test and resonant fatigue...-
Dataset Size: 278.771 KB
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View within SubmissionGathering Resources...The purpose of compiling the CEUS-SSC Project database was to organize and store those data and resources that had been carefully and thoroughly collected and described for the...-
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View within SubmissionGathering Resources...NETLThe objective of the project was to develop an advanced imaging method, including pore scale imaging, to integrate nuclear magnetic resonance (NMR) techniques and acoustic...-
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View within SubmissionGathering Resources...NETLNuclear magnetic resonance imaging techniques were developed to study concentrated suspension flows. The tasks completed were: (1) materials selection for imaging of both...-
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View within SubmissionGathering Resources...NETLMany carbonate reservoirs are naturally fractured and typically produce less than 10% original oil in place during primary recovery. Spontaneous imbibition has proven an...-
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View within SubmissionGathering Resources...Evaluation of Nuclear Magnetic Resonance Imaging for Three-Phase Permeability Measurements, Status Report; October 1986-
Dataset Size: 359.684 KB
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View within SubmissionGathering Resources...NETLThe objective of this project was to develop an advanced imaging method, including pore scale imaging, to integrate magnetic resonance (MR) techniques and acoustic measurements...-
Dataset Size: 0 bytes
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View within SubmissionGathering Resources...NETLThe objective of this project was to develop an advanced imaging method, including pore scale imaging, to integrate NMR techniques and acoustic measurements to improve...-
Dataset Size: 0 bytes
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View within SubmissionGathering Resources...NETLThe overall objectives of this program are to develop and apply Nuclear Magnetic Resonance Imaging (NMRI) and CT X-Ray Scanning methods for determining rock, fluid, and...-
Dataset Size: 6.994 MB
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View within SubmissionGathering Resources... -