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This work demonstrates a modern workflow that directly extracts high-resolution, large scale, fracture networks from seismic inversion based structural attributes. The workflow is successfully applied to a thrust-belt controlled, lower Triassic, siltstone reservoir in the Montney formation of the Farrell Creek area in northeast British Columbia to extract a 3-D fracture network that is orthogonal to the primary stress direction. Subsequently, these extracted seismic scale fractures are applied to analyze completions, production interference and well planning.
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This work demonstrates a modern workflow that directly extracts high-resolution, large scale, fracture networks from seismic inversion based structural attributes. The workflow is successfully applied to a thrust-belt controlled, lower Triassic, siltstone reservoir in the Montney formation of the Farrell Creek area in northeast British Columbia to extract a 3-D fracture network that is orthogonal to the primary stress direction. Subsequently, these extracted seismic scale fractures are applied to analyze completions, production interference and well planning.