Geomechanical parameters of rocks are essential for understanding their elastic behavior. These parameters find their applications in various fields such as petroleum engineering, and geological studies related to formations and underground layers. There are several methods to ob [....]
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Mature waterflooded reservoirs frequently exhibit channeling and preferential flow pathways that reduce sweep efficiency, accelerate water breakthrough, and leave significant volumes of recoverable oil unswept. Although Polymer Flooding and Conformance Control technologies have i [....]
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Introduction: Accurate prediction of fracture pressure and minimum horizontal stress (Shmin) is fundamental for establishing safe drilling mud-weight windows and reducing drilling risks. Errors in stress prediction can lead to severe operational problems such as lost circula [....]
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Structural Health Monitoring (SHM) in high-risk industrial environments, such as oil refineries, is critically hindered by extreme temperatures (500°C+) and corrosive atmospheres that cause conventional sensor electronics to fail precisely when needed most. This paper present [....]
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Pressure transient analysis (PTA) is a core tool for characterizing reservoir properties, diagnosing well condition and guiding stimulation and IOR decisions. Commercial interpretation packages are effective but costly, and their results can depend on licence availability and ind [....]
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Title : Multi-scale evaluation of mechanical properties of the geomaterials
Hem Bahadur Motra, University of Kiel, Germany
Geomechanical parameters of rocks are essential for understanding their elastic behavior. These parameters find their applications in various fields such as petroleum engineering, and geological studies related to formations and underground layers. There are several methods to ob [....] » Read More
Title : An integrated and scalable workflow for evaluating polymer flooding and conformance control strategies in heterogeneous waterflooded reservoirs
Farah Faiz, SLB Digital, Colombia
Mature waterflooded reservoirs frequently exhibit channeling and preferential flow pathways that reduce sweep efficiency, accelerate water breakthrough, and leave significant volumes of recoverable oil unswept. Although Polymer Flooding and Conformance Control technologies have i [....] » Read More
Title : A novel geomechanical workflow for well design optimization through a new approach in friction coefficient estimation, a case study from West Delta Deep Marine Concession, Mediterranean Sea, Egypt
Akram Sami Elsherbiny Ali Hussein, Rashid Petroleum Company, Egypt
Introduction: Accurate prediction of fracture pressure and minimum horizontal stress (Shmin) is fundamental for establishing safe drilling mud-weight windows and reducing drilling risks. Errors in stress prediction can lead to severe operational problems such as lost circula [....] » Read More
Title : HALP system: An edge-AI and two-tier architecture for cost-effective structural health monitoring in extreme industrial environments
Menna Allah Abdelnabi Mohamed Ali, Higher Institute for Engineering in Belbeis, Egypt
Structural Health Monitoring (SHM) in high-risk industrial environments, such as oil refineries, is critically hindered by extreme temperatures (500°C+) and corrosive atmospheres that cause conventional sensor electronics to fail precisely when needed most. This paper present [....] » Read More
Title : Development and validation of an in-house Python workflow for pressure transient analysis of oil wells against commercial software (KAPPA Saphir)
Waad Faraj Mohamed Elarbi, Waha Oil Company, Libya
Pressure transient analysis (PTA) is a core tool for characterizing reservoir properties, diagnosing well condition and guiding stimulation and IOR decisions. Commercial interpretation packages are effective but costly, and their results can depend on licence availability and ind [....] » Read More