MEPO multiple realization optimizer | SLB

MEPO multiple realization optimizer

Make optimal reservoir decisions—fast.

Mepo

The MEPO multiple realization optimizer represents a step change in the reservoir engineering workflow. It substantially enhances the value you will get from your existing reservoir simulation models, by enabling a multiple realization approach—allowing you to not only model your reservoir, but also to optimize it for maximum performance.

Webinar: Integrated Field Development Planning: A Pore-to-Process Perspective
Webinar: Integrated Field Development Planning: A Pore-to-Process Perspective
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    • Probabilistic, multiple realization approach for optimized decision making and risk mitigation
    • Optimizing field development plans, well-injection strategies, gas-lift and EOR strategies, and number and location of wells
    • Assisted history matching
    • Uncertainty assessment
    • MEPO software improves your reservoir decisions in a number of areas, including determining the best locations for infill wells, selecting optimal development scenarios, understanding uncertainty, and semi-automating laborious tasks such as history matching. Vitally, the software works in harmony with your existing reservoir simulator, and is easy to understand and use.
    • The MEPO multiple realization optimizer represents a step change in the reservoir engineering workflow. It substantially enhances the value you will get from your existing reservoir simulation models, by enabling a multiple realization approach—allowing you to not only model your reservoir, but also to optimize it for maximum performance.
    • MEPO software improves your reservoir decisions in a number of areas, including determining the best locations for infill wells, selecting optimal development scenarios, understanding uncertainty, and semi-automating laborious tasks such as history matching. Vitally, the software works in harmony with your existing reservoir simulator, and is easy to understand and use.
    • Automation of any modeling and simulation workflow
    • Evaluation of the full range of development options
    • Quick quantification of uncertainty and response parameter contributions
    • Unrivalled history matching capabilities
    • Robust production forecasting, incorporating subsurface uncertainty
    • Efficient well-screening functionality
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