Title
AN INTEGRATED APPROACH TO IMPROVE TIMELAPSE SEISMIC INTERPRETATION,Used
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Timelapse (4D) seismic is a modern technology for monitoring productioninduced changes in and around hydrocarbon reservoirs. Perhaps the most important challenges related to this technology are to perform quantitative timelapse and to interpret timelapse effects in thin layers. This book presents an integrated study of saturation and pressure effects on elastic properties. A workflow is developed to test the validity of Gassmann fluid substitution in real geological environments and it is applied on a turbidite reservoir from the Campos Basin, offshore Brazil. The magnitude of pressure effects on compressionalwave velocities is investigated by using two different approaches: laboratory and well measurements. This book also shows a novel methodology to assess rock properties that result from centimeter scale depositional layering by using Xray computed tomography images along with laboratory velocity measurements and borehole logs. Finally, the equivalent properties of a heterogeneous sandstone reservoir are investigated for modeling timelapse effects. The combined seismic response of thin layers of sandstones and shales was computed for depletion and injection scenarios.
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