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Single-Phase Permeability

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Proceedings Papers

Paper presented at the SPE Heavy Oil Conference-Canada, June 10–12, 2014
Paper Number: SPE-170136-MS
..., and then the cell pressure was incrementally decreased or increased to establish the effective confining pressure desired. B test was performed, afterward, to control if the specimen is fully saturated ( Head, 1986 ). Single phase permeability tests were performed under steady state conditions during drained...
Proceedings Papers

Paper presented at the SPE Production Operations Symposium, March 21–23, 1993
Paper Number: SPE-25427-MS
... drillstem/well testing single-well test permeability equation flow rate test spe 25427 SPE 25427 Vertical Permeability Determination From Single-Well Test: Phase I-Constant Flow Rate Test Fang Luo, NM Inst. of Mining & Technology, and Stefan Miska, U. of Tulsa SPE Members Society of Petroleum...
Journal Articles
J Pet Technol 21 (11): 1389–1390.
Paper Number: SPE-2773-PA
Published: 01 November 1969
...Hagan D. Joyner Of all of the reservoir data necessary for use in mathematical reservoir simulation, the permeability value is usually the least known and most difficult to obtain. A previously published correlation has been used in estimating permeability values for wells in a tight, single phase...
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Return <b>permeability</b> spectra in different <b>permeability</b> cores (<b>single</b>-<b>phase</b> f...
Published: 27 May 2010
Figure 5 Return permeability spectra in different permeability cores (single-phase flow experiments) Right: Return permeability spectra in different permeability cores (two-phase flow experiments) More
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<b>Single</b>-<b>phase</b> core-flow tests with surging at constant rate. <b>Permeability</b> re...
Published: 10 September 2014
Fig. 10 Single-phase core-flow tests with surging at constant rate. Permeability reduction relative to initial permeability as a function of surging steps for each flow rate. More
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The calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polymer flooding at differ...
Published: 16 April 2012
Figure 5 The calculated rock permeability of single-phase polymer flooding at different flow rates (core #4, k w =1120 md, polymer solution concentration: 0.6 g/L) More
Images
The relationship between calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polym...
Published: 16 April 2012
Figure 6 The relationship between calculated rock permeability of single-phase polymer flooding and reciprocal of shear rate (core #4, k w =1120 md, polymer solution concentration: 0.6 g/L) More
Images
The calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polymer flooding at differ...
Published: 16 April 2012
Figure 7 The calculated rock permeability of single-phase polymer flooding at different flow rates (core #5, k w =700 md, polymer solution concentration: 0.6, 1.0, 1.2 g/L) More
Images
The relationship between calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polym...
Published: 16 April 2012
Figure 8 The relationship between calculated rock permeability of single-phase polymer flooding and reciprocal of shear rate (core #5, k w =700 md, polymer solution concentration: 0.6, 1.0, 1.2 g/L) More
Images
The calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polymer flooding at differ...
Published: 16 April 2012
Figure 9 The calculated rock permeability of single-phase polymer flooding at different flow rates (core #96-1, k w =451 md, polymer solution concentration: 0.6 g/L) More
Images
The relationship between calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polym...
Published: 16 April 2012
Figure 10 The relationship between calculated rock permeability of single-phase polymer flooding and reciprocal of shear rate (core #961, k w =451 md, polymer solution concentration: 0.6 g/L) More
Images
The calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polymer flooding at differ...
Published: 16 April 2012
Figure 11 The calculated rock permeability of single-phase polymer flooding at different flow rates (core #32, k w =2412 md, polymer solution concentration: 0.6 g/L) More
Images
The relationship between calculated rock <b>permeability</b> of <b>single</b>-<b>phase</b> polym...
Published: 16 April 2012
Figure 12 The relationship between calculated rock permeability of single-phase polymer flooding and reciprocal of shear rate (core #32, k w =2412 md, polymer solution concentration: 0.6 g/L) More
Images
<b>Single</b> <b>phase</b> coreflow tests with surging at constant rate. <b>Permeability</b> red...
Published: 05 June 2013
Figure 10 Single phase coreflow tests with surging at constant rate. Permeability reduction relative to initial permeability as a function of surging steps for each flow rate. More
Images
Absolute <b>permeability</b> vs. flow rates calculated for <b>single</b>-<b>phase</b> polymer fl...
Published: 05 August 2013
Figure 9 Absolute permeability vs. flow rates calculated for single-phase polymer flood (Lot# SU0508 in SFB-1500ppm, Core#-3). More
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Absolute <b>permeability</b> vs. flow rates calculated for <b>single</b>-<b>phase</b> polymer fl...
Published: 05 August 2013
Figure 10 Absolute permeability vs. flow rates calculated for single-phase polymer flood (Lot# SU0508 in SSFB w/20ppm Ca 2+ , 1500ppm, Core#-4). More
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Absolute <b>permeability</b> vs.pressure drop calculated for <b>single</b>-<b>phase</b> polymer ...
Published: 05 August 2013
Figure 12 Absolute permeability vs.pressure drop calculated for single-phase polymer flood at different ranges of flow rates (Lot# SU0508, 1500ppm, Core#-3 and Core#-4). More
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