Computational Science Technical Note CSTN-134

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Gravitational and Barrier Effects in d-Dimensional Invasion Percolation Reservoir Models

K. A. Hawick

Archived June 2011

Abstract

The invasion percolation (IP) model continues to find uses in simulating reservoir engineering phenomena. Gravitational buoyancy and barrier effects can be introduced into a simulation model and studied statistically in two, three and higher dimensions. The changes in the fractions of injected material and phase transitional behaviours are studied. Analysis is made of both trapping and non-trapping invasion percolation processes alongwith changes in the trapped defender (hydrocarbon) within the reservoir when mud/oil buoyancy effects are varied. The effect of combinations of non-compressible defender trapping and non-porous barriers are explored with the barrier shown to have a more marked effect on the model than trapping. A number of useful metrics for the new gravitational invasion percolation (GIP) model are described in the context of hydrocarbon extraction. Simulation approaches and interpretations for CO2 deposition applications are also discussed.

Keywords: invasion percolation; reservoir; percolation geometry; gravity; relative buoyancy.

Full Document Text: PDF version.

Citation Information: BiBTeX database for CSTN Notes.

BiBTeX reference:

@INPROCEEDINGS{CSTN-134,
  author = {K. A. Hawick},
  title = {Gravitational and Barrier Effects in d-Dimensional Invasion Percolation
	Reservoir Models},
  booktitle = {Proc. Int. Conf. on Power and Energy Systems and Applications (PESA
	2011)},
  year = {2011},
  number = {CSTN-134},
  pages = {259-266},
  address = {Pittsburgh, USA},
  month = {7-9 November},
  publisher = {IASTED},
  doi = {10.2316/P.2011.756-036},
  institution = {Computer Science, Massey University, Albany, Auckland, New Zealand},
  timestamp = {2011.08.23}
}


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