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Multi-Dimension Reservoir Scale Interpretation Techniques to Understand the Reservoir Dynamics Of A Mature Carbonates Field
- Publisher: European Association of Geoscientists & Engineers
- Source: Conference Proceedings, Fourth EAGE WIPIC Workshop, Mar 2022, Volume 2022, p.1 - 5
Abstract
Summary
This case study highlights the necessity of multi-dimension reservoir scale interpretation techniques in order to understand the Reservoir Dynamics of a Mature Carbonate field.
An innovative LWD acquisition solution based on multi-dimensional reservoir mapping service was deployed in an already drilled injector allowed to recognize and characterize fault/fracture areas that represent conductive corridors impacting the efficiency of waterflooding systems (producer-injector pairs).
The Resistivity Volumes imagined by the 3D Reservoir Mapping Service allowed to:
- Identify the presence of highly conductive fault area
- Establish the presence of preferential paths of communication within different layer of the reservoir
- Determine the water invasion profile and direction
- Define zones of high water cut, associated to conductive corridors for workover intervention
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