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Proceedings Papers

Paper presented at the International Petroleum Technology Conference, December 7–9, 2009
Paper Number: IPTC-13569-MS
... in terms of flood performance of patterns. From a cursory examination of the current recoveries caompared to those prevailing at the start of WF in Fig 6, 7 & 9, it is clear that PAT-7 has experienced the highest impact of injection while PAT-1 & PAT-13 have the minimum. This is quite consistent...
Proceedings Papers

Paper presented at the 1997 SEG Annual Meeting, November 2–7, 1997
Paper Number: SEG-1997-1734
...Wavefront Construction (WF) Ray Tracing in Tetrahedral Models S T 1 0 . 8 -Application to 3-D traveltime and ray path computations Zhaobo Meng and Norman Bleistein Center for Wave Phenomena, Colorado School of Mines Summary For the purpose of building a fast and accurate tool for the computation...
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Prediction of the full WAG cycles (<b>WF</b>+GF+<b>WF</b>+GF+<b>WF</b>+GF) using the parameters ...
Published: 07 November 2016
Figure 9 Prediction of the full WAG cycles (WF+GF+WF+GF+WF+GF) using the parameters obtained from history matching of the WF+GF+WF simulation. The top and bottom images show the oil recovery and inlet pressure profiles, respectively. A poor match was obtained in the prediction. More
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History matching results (red line) on Full WAG cycles (<b>WF</b>+GF+<b>WF</b>+GF+<b>WF</b>+GF) ...
Published: 07 November 2016
Figure 10 History matching results (red line) on Full WAG cycles (WF+GF+WF+GF+WF+GF) compared with the experimental information (blue dots). The red line shows the history matched results using the WAG-hysteresis model and the black line illustrates the simulation results without the inclusion More
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History matching results (red line) on Full WAG cycles (<b>WF</b>+GF+<b>WF</b>+GF+<b>WF</b>+GF) ...
Published: 07 November 2016
Figure 16 History matching results (red line) on Full WAG cycles (WF+GF+WF+GF+WF+GF) compared with the experimental information (blue dots). The red line shows the history matched results using the WAG-hysteresis model and the black line illustrates the simulation results without the inclusion More
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History matching results (red line) on <b>WF</b>+GF+<b>WF</b> cycles as compared with the...
Published: 07 November 2016
Figure 8 History matching results (red line) on WF+GF+WF cycles as compared with the experimental information (blue dots). The red line shows the history matched results with WAG-hysteresis model and the black line illustrates the simulation results without the inclusion of hysteresis. The top More
Images
History matching results (red line) on <b>WF</b>+GF+<b>WF</b> cycles as compared with the...
Published: 07 November 2016
Figure 15 History matching results (red line) on WF+GF+WF cycles as compared with the experimental information (blue dots). The red line shows the history matched results with WAG-hysteresis model and the green line illustrates the simulation results without the inclusion of hysteresis. The left More
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Oil recovery profile in three sequences (<b>WF</b>+GF+<b>WF</b>) when three values of &quot; a...
Published: 07 November 2016
Figure 19 Oil recovery profile in three sequences (WF+GF+WF) when three values of " a" factors, i.e 0.39 and 0.439 and 0.831. More
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Accelerated profits from different injection scenarios, <b>WF</b>-HWF and <b>WF</b>-SF, a...
Published: 04 June 2012
Figure 22 Accelerated profits from different injection scenarios, WF-HWF and WF-SF, at different oil price rates. More
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a) IPR curves for Layer 1: a) P <b>wf</b>  vs. oil rate; and b) a) P <b>wf</b>  vs. gas r...
Published: 19 October 2020
Figure 9 a) IPR curves for Layer 1: a) P wf vs. oil rate; and b) a) P wf vs. gas rate More
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Typical DRP <b>WF</b> showing the likely input from core plugs and the intended ou...
Published: 13 October 2021
Fig. 1 Typical DRP WF showing the likely input from core plugs and the intended output to develop flow understanding in a complex pore network. S/N = signal to noise ratio. More
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Gas 1, Case 1A: Evolution of flowing bottomhole pressure  p <b>wf</b>   over time ...
Published: 11 August 2021
Fig. 6 Gas 1, Case 1A: Evolution of flowing bottomhole pressure p wf over time for constant-rate production: comparison of the SN and PTD-1D solutions for two discretizations of the x -coordinate. More
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Case 1: Evolution of the flowing bottomhole pressure  p <b>wf</b>   over time at  ...
Published: 14 April 2021
Fig. 7 Case 1: Evolution of the flowing bottomhole pressure p wf over time at x  = 0 for constant-rate production; comparison of the FTSim and TD-1D solutions. The StA- and the DHM-based solutions coincide. More
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Case 3: Evolution of flowing bottomhole pressure  p <b>wf</b>   over time at  x  =...
Published: 14 April 2021
Fig. 11 Case 3: Evolution of flowing bottomhole pressure p wf over time at x  = 0 for a linearly declining production rate. The StA-based solutions coincide with the DHM solutions. The FTSim solution corresponds to the constant production rate of Case 1 and is included for reference. More
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Case 7: Evolution of the flowing bottomhole pressure  p <b>wf</b>   over time at  ...
Published: 14 April 2021
Fig. 20 Case 7: Evolution of the flowing bottomhole pressure p wf over time at x  = 0 for the stepwise production rate shown in Fig. 17 ; comparison of the FTSim solution with the TD-1D results for both StA and DHM inversions. Note the smoothing effect of the StA approach about the times More
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