Multiphase Analytical Prediction Engine (MAPe) v7

We create science-based, digital disruptive analytical tools to improve your multiphase wellbore and pipeline flow predictions. Based on the breakthrough Pipe Fractional Flow Theory©, our ultrafast MAPe multiphase flow simulator is the world's first unified analytical model for fast and reliable prediction of multiphase flows in field-scale wellbores and pipelines at real-time simulation speeds. MAPe's C++ calculation engine (a steady-state or transient multiphase flow digital twin) is ideally suited for accurately determining wellbore or pipeline flowing pressures and other production/artificial lift-related multiphase flow variables from operational surface data (in forward mode) as well as for providing reliable virtual multiphase flow metering of two-phase and three-phase flow rates from differential P-T data (in inverse mode). As a differentiated technology from all other commercial simulators, MAPe's high fidelity, physics-based conservation equations and closure relations are validated against the world's largest database of published, cross-referable, independently verifiable multiphase flow data. MAPe's non-human-input calculation engine and it's for-human-input XL wrapper solutions are uniquely suited for robust computational convergence (stability) and easy integration within physics-guided digital twin workflows or big data applications in real-time operations. Being portable and customizable, we empower our clients with the new digital-age ability to adapt MAPe within in-house proprietary software, for use in Internet-of-Things and edge applications, or simply for frequent calls to-and-from existing company well or surface sensors databases. Our defining value add is: better analytical understanding leads to better predictions.