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Line 60: − [[file:GumelarFigure6.jpg|thumb|300px|{{figure number|6}}Displacement factor algorithm for estimating clay smears in the fault plane. (a) Potential Clay Smear; (b) Shale Gouge Ratio; (c) Shale Smear Factor (redrawn from <ref name=Yieldingetal_1997 />).]]+ − + − [[file:GumelarFigure7.jpg|thumb|300px|{{figure number|7}}Plot of parameter relationship with formation ability for sealing capacity in reservoir (a) Clay Smear Potential; (b) Shale Gouge Ratio; (c) Shale Smear Factor <ref name=Yieldingetal_1997 />.]]+ − +
Fault seal analysis for reservoir development (view source)
Revision as of 19:17, 13 September 2022
, 19:17, 13 September 2022no edit summary
CSP = Σ Thickness of clay layer<sup>2</sup>/Distance to clay layer (3.3)
CSP = Σ Thickness of clay layer<sup>2</sup>/Distance to clay layer (3.3)
<gallery mode=packed style=center heights=350px>
File:GumelarFigure6.jpg|{{figure number|6}}Displacement factor algorithm for estimating clay smears in the fault plane. (a) Potential Clay Smear; (b) Shale Gouge Ratio; (c) Shale Smear Factor (redrawn from Yielding et al.<ref name=Yieldingetal_1997 />).
File:GumelarFigure7.jpg|{{figure number|7}}Plot of parameter relationship with formation ability for sealing capacity in reservoir (a) Clay Smear Potential; (b) Shale Gouge Ratio; (c) Shale Smear Factor <ref name=Yieldingetal_1997 />.
</gallery>
==Hydrocarbon column height (HCH)==
==Hydrocarbon column height (HCH)==