A comprehensive fracture network conductivity model for tight unconventional reservoirs considering various proppant size, creep deformation, and proppant compaction and embedment

Key Points

• Conductivity model predicts behavior of fracture networks in unconventional reservoirs, and emphasizes proppant size impacts.
• Key findings indicate that varying proppant sizes can significantly alter the conductivity of the fracture network.
• Assessment using a comprehensive model to account for proppant compaction and creep deformation effects in real-world conditions.
• Highlights the need for accurate modeling to optimize proppant use and enhance resource recovery in unconventional settings.