Integrated Reservoir Description Services

Wallace International, LLC is dedicated to offering value-added integrated reservoir description services to the Upstream Petroleum Industry. We believe in true integration of reservoir, production and geoscience technologies by cooperative teams to provide maximum value for the client. Reach out to our experienced team at (972) 386-4581 to get started.

What Is Integrated Reservoir Description?

Our objective is to generate a reservoir model that is able to predict how a reservoir will produce hydrocarbons. Our goal is to maximize production and minimize costs through strategic drilling by optimizing well locations.

Our professionals work together with all the information in a collaborative environment in order to more fully understand the reservoir. Wallace International team approach allows for geology, geophysics, petrophysics, and reservoir engineering professionals to work together with all the information in a collaborative environment in order to more fully understand the reservoir and its ability to produce.

Wallace International has at its disposal cutting edge geological and geophysical software and computing technology. Our core applications run on a network PC platform using Microsoft Windows 10 as our operating platform. All our Geologists and Geophysicists are competent users of the Kingdom Suite and Landmark software.

Reservoir Services Offered

  • Data Collection and Validation

    • Wireline and mud logs, core data, production data, outcrop information, seismic and other pertinent data.
  • Core Description, Facies Analysis, and Depositional Modeling

    • Examine the physical core, describe characteristics, facies and depositional environment.
    • Petrology
  • Well Correlation

    • Reservoir unit ties across the field.
  • Stratigraphic and Structural Framework

    • Both are done simultaneously
  • Reservoir Properties Development

    • Formation evaluation (petrophysics) net reservoir, porosity, saturation, permeability by flow unit, by facies
  • Reservoir Model Construction

    • Structure Maps
    • Populate model w/ rock and fluid properties by zone and facies and validate.
    • Calculation of OOIP and ROIP
    • Provide Input to reservoir simulation
      • Well locations and paths
      • Structure 3D grid
      • Faults
      • Porosity, oil saturation and permeability distribution
  • Reservoir Simulation

    • Validate model with production history matching, if available.
  • Development Planning

    • Determine the number of wells and platforms needed.
    • Facilities/process for ordering equipment
  • Depletion Planning
  • Economic Analysis