GeoApp "Reactive Flow" for CO2 Sequestration
PDF tutorial
Carbon dioxide capture and storage (CCS) is a key component of the energy transition. Successful CO₂ sequestration in depleted oil and gas reservoirs or other geological formations requires a deep understanding of fluid-rock interactions and their effects on the pore structure of the rock.
These interactions alter the pore geometry through mineral dissolution and precipitation, thereby directly influencing the transport and storage properties of the reservoir. GeoDict seamlessly integrates geochemical calculations (based on the US Geological Survey's PhreeqC calculator) into digital rock physics (DRP) to simulate these processes realistically.
In this tutorial you will learn step-by-step:
- Evaluate samples: How to assess the suitability of a sample for reactive flow simulations.
- Set up simulations: Step-by-step guide to configuring a reactive flow simulation with the GeoApp Reactive Flow – iPhreeqC model.
- Evaluate results: Prepare simulation results as data, diagrams, and 3D animations – for scientific evaluations or presentations in project and asset management.
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