pumpBo

pumpBo is a software tool designed for the simulation and analysis of porous media flow. It is particularly well-suited for modeling complex multiphase flow phenomena in geological formations, such as those encountered in oil and gas reservoirs, groundwater hydrology, and carbon capture and storage projects. The software is built on a robust numerical framework that allows for the accurate discretization of governing equations, enabling the simulation of fluid movement, transport of dissolved substances, and thermal processes within porous structures.

The core functionality of pumpBo revolves around solving the partial differential equations that describe fluid flow in porous media. It supports various physical models, including Darcy's law for single-phase flow and extensions for multiphase flow, as well as transport equations for dissolved species. pumpBo is known for its flexibility in handling complex geometries and heterogeneity commonly found in natural porous media. Users can define intricate geological models with varying rock properties and fluid distributions.

pumpBo is often used in research and development settings for tasks such as predicting reservoir performance, evaluating enhanced oil recovery techniques, assessing the feasibility of geological storage of CO2, and understanding groundwater contaminant transport. The software provides tools for post-processing simulation results, allowing for visualization of flow patterns, pressure distributions, and concentration profiles. Its open-source nature facilitates community development and adaptation to specific research needs.