A geomechanical facies-based approach to optimize drilling and completion strategy of an unconsolidated sandstone reservoir, Saudi Arabia

Engineering

• Horizontal Wells 100%
• Wellbore 100%
• Rock Strength 66%
• Horizontal Stress 66%
• Mud Weight 66%
• Situ Stress Field 66%
• Reservoir Management 66%
• In Situ Stress 66%
• Borehole 66%
• Oil Reservoir 33%
• Common Practice 33%
• Induced Stress 33%
• Sustainable Production 33%
• Sand Control 33%
• Azimuthal Direction 33%
• Completion Design 33%
• Gas Reservoir 33%
• Reservoir Rock 33%

Keyphrases

• Drilling Strategy 100%
• Geomechanical Facies 100%
• Completion Strategy 100%
• Unconsolidated Sandstone Reservoirs 100%
• Wellbore Integrity 66%
• Eolian 66%
• SHmax 66%
• In-situ Stress Field 66%
• Completion Design 33%
• Sandstone Reservoir 33%
• Paleosol 33%
• Oil-based mud 33%
• Sand Control 33%
• Sand Sheet 33%
• Drilling mud 33%

Earth and Planetary Sciences

• In Situ 100%
• Reservoir Management 100%
• Horizontal Drilling 50%
• Gas Reservoir 50%
• Petrography 50%
• Rock Property 50%
• Reservoir Rock 50%
• Borehole Stability 50%
• Borehole Breakout 50%
• Paleosol 50%