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Reservoir Modeling and Dynamics

Thursday, 11 June
Louvre III
Technical Session
Papers in this session address fundamental, theoretical and numerical issues associated with flow and physical processes in fractured reservoirs, including: the effects of consideration of multi-porosity and dispersion, improvements in history-matching by geological screening, and application of advanced physics for neural network-based insights into fluid displacement studies.
Chairperson
Alexandre Emerick - Petrobras
George Moridis - Texas A&M University
  • 1615-1640 231726
    Drainage Optimization of a Fractured and Karstified Reservoir with a Triple Porosity Model
    P.A. Melo, D.N. Miranda Filho, Petrobras; I.F. Menezes, Pontifical Catholic University of Rio de Janeiro
  • 1640-1705 231709
    Application of Physics-Informed Neural Networks to the Buckley-Leverett Equation
    A. Luna, V.P. Santos, Pontifical Catholic University of Rio de Janeiro; D. Carletti, E. Coutinho, Petrobras; L. Schirmer, Santa Maria Federal University; M. Grave, Universidade Federal Fluminense; A.B. Barreto Jr, S. Pesco, Pontifical Catholic University of Rio de Janeiro
  • 1705-1730 231707
    Well-to-Reservoir Connection in Dual-Media Models: Insights From Pre-Salt Reservoir Simulation Studies
    K. Coelho, R. Deucher, D. Gomes, M. Machado, Petrobras

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