Parameterization of Channelized Training Images: A Novel Approach for Multiple-Point Simulations of Fluvial Reservoirs

Date

2013-09-06

Author

Fadlelmula, Mohamed M.
Akın, Serhat
Duzgun, Sebnem

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Aiming at analyzing the impact of Training Image (TI) uncertainty on simulated reservoir models; this study presents a novel approach for parameterizing channelized TIs. First, the channel structure is represented mathematically in two dimensions (2D) with a Sine function. Then, the parameters of the function (i.e. amplitude and phase) and the number of channels are modified to generate different 2D TIs. Next, the third dimension (Z-direction) slices are added to generate three dimensional TIs. Thus, a TI becomes a function of four parameters, namely, the number of channels, the number of waves in each channel which is controlled by the phase value, the amplitude value of waves, and the number of Z-direction slices. The generated TIs are then used to simulate a synthetic reservoir model utilizing a proposed MPS methodology. Analysis of the generated models shows that, the reservoir model is sensitive to the number of channels, number of waves and number of Z-direction slices in the TI used.

Subject Keywords

Multiple-point simulation, Training image, Uncertainty

URI

https://hdl.handle.net/11511/35555

DOI

https://doi.org/10.1007/978-3-642-32408-6_122

Collections

Department of Petroleum and Natural Gas Engineering, Conference / Seminar

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Citation Formats

M. M. Fadlelmula, S. Akın, and S. Duzgun, “Parameterization of Channelized Training Images: A Novel Approach for Multiple-Point Simulations of Fluvial Reservoirs,” 2013, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/35555.