Understand the capacity and containment of the long term fate on injected CO2
Integrated suite of high-resolution modeling tools for CO2 Storage resource assessment, feasibility, and plume migration simulation. The software addresses key aspects of CO2 Storage workflows: early project life-cycle site feasibility assessment, formation storage prospecting, capacity estimation, formation pressurization, seal integrity modeling trapping, and dissolved CO2 dispersal.
Global models of storage play element distribution and depth surfaces enable the rapid identification of potential reservoir and seal pairs likely to be below the supercritical threshold. Coverage across all basins, with a temporal resolution of 1-2Ma allows you to broaden the search from known stores and hydrocarbon-bearing intervals to untested stratigraphy.
CO2 BOS is a fast, multi-threaded black oil simulator developed to specifically handle CO2 storage and solubility. Custom-tuned to run CO2 injection out-of-the-box, CO2 BOS features built-in CO2 injection scheduling, PVT, and solubility handling.
CO2 Flow is a high-resolution hydrodynamic solver for modeling CO2 storage-related pressure changes. With a well-modeling scheme that handles CO2 injection rates and injection interval pressures, CO2 Flow offers a high-resolution regional simulation for testing the boundary conditions of high-resolution heterogeneous meshes for regional pressure models.
CO2 Dashboard is a CO2-specific equation-of-state and PVT wizard for initializing simulations. Use the CO2 Dashboard to initialize model conditions: gas and brine phase density, compressibility, viscosity, solubility, and interfacial tension.
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