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Unlocking Reservoir Insights: Data Science and Engineering Analytics in Reservoir Engineering

Tuesday, 21 October
Room 330
Technical Session
This technical session explores the transformative role of data science and advanced analytics in reservoir engineering. With the growing complexity of reservoir management, the integration of machine learning, predictive modeling, and big data analytics is reshaping how engineers analyze reservoir behavior, optimize production, and improve decision-making. Presentations will cover case studies, novel algorithms, real-time data applications, uncertainty quantification, and AI-driven workflows designed to enhance reservoir characterization, forecasting, and performance evaluation. Join us to discover innovative approaches that bridge the gap between traditional reservoir engineering and the rapidly evolving world of data-driven solutions.
Session Chairpersons
Sumit Pal - Chevron Corporation
Zhenyu Guo - Xecta Digital Labs
  • 1400-1425 227919
    A Machine Learning-Based Production Prediction Method for Multi-Type Fracturing in Waterflood Reservoirs
    Y. Liu, China University of Petroleum, Beijing; J. Sun, Petroleum Exploration and Production Research Institute, SINOPEC; C. Yan, First Oil Production Plant, PetroChina Qinghai Oilfield Company; D. Wang, K. Song, China University of Petroleum, Beijing; Q. Song, Texas A&M University
  • 1425-1450 228142
    Acceleration of Data-Driven Proxy Models Using Physics-based Reduced-order-model: Pseudo-steady-state-based Simulation
    K. Nakano, C. Chan, A. Datta-gupta, Texas A&M University
  • 1450-1515 228028
    An Automated Workflow For Evaluating U.S. Onshore Shale Assets For Acquisition
    D. Fulford, EIV Capital LLC; M.E. Tompkins Berry, EIV Capital, LLC; D.J. Matranga, EIV Capital LLC; H. Zhang, EIV Capital
  • 1545-1610 227966
    Optimizing Oil Field Development With Multi-Action Decision-making In Deep Reinforcement Learning
    Y. Falola, G. Nair, J. Toms, K. Osypov, Halliburton
  • 1610-1635 227953
    AI-Driven Well-Spacing Optimization in Depleted Unconventional Reservoirs: A Data-Driven Approach to Maximizing Late-Stage Recovery
    A.O. Badejo, Texas A&M University; M. Stow, Federal University Otuoke; E.R. Okoroafor, Texas A&M University
  • 1635-1700 228159
    A Double-Agent Reinforcement Learning Framework for Automated Variogram Parameter Estimation in Linear Models pf Coregionalization
    B.C. Yucel, S. Srinivasan, The Pennsylvania State University
  • Alternate 228190
    Accelerating Field Development Planning for Deepwater Greenfield with Multiple Realizations
    D. Davudov, Resermine Inc; A. Iranshahr, Royal Dutch/Shell Group; N. Jaiswal, Shell Exploration & Production Co; N. Doloi, A. Venkatraman, G. Singh, Resermine Inc; B. Dindoruk, University of Houston
  • Alternate 228192
    Parent-Child Well Dynamics: Insights for Mitigating Frac Hits Using a Data Science Approach
    M. Tavallali, S&P Global Inc.; S. Hejazi, S. Hejazi, University of Calgary