End-to-end physics-based modeling & simulation software, from raw tomographic image to field-scale recovery and reservoir prediction.
Digital Rock Labs builds two physics-based modeling & simulation platforms that together cover the workflow from raw tomographic image to field-scale performance prediction. Both platforms are designed around real physics. Together they bridge nanometer pores to hundred-meter systems, enabling predictions of recovery, breakthrough, and reservoir performance.
An end-to-end digital rock physics platform: DRL Studio imports tomographic image datasets from any modality (micro-CT/-XRM, SEM (mosaic) map, FIB-SEM and S/TEM nanotomography) and converts them into segmented 3D digital rock models ready for pore-scale fluid flow, transport, and physical-property simulation. The engine behind every DRL imaging service and research study.
About DRL StudioA multi-scale heap-leach and reservoir simulator. Built on top of DRL Studio, it extends pore-scale capability to field-relevant length and time scales through a hierarchical chain of models that span nano- and micro-scale rock material, single rock particles, and the engineered or natural reservoir system.
About RockTwin™DRL Studio handles steps 1-3 today. RockTwin will extend the pipeline to operations-scale prediction.
Multi-scale imaging (micro-CT/-XRM, SEM (mosaic) map, FIB-SEM and S/TEM nanotomography) image datasets captured through DRL's services workflow.
DRL Studio processes, segments, and quantifies the imaging data, building 3D digital rock models for simulation.
DRL Studio runs pore-scale single-/multi-phase fluid flow, transport, and physical-property simulations on the digital rock.
RockTwin (in early development) will extend the workflow to process-scale recovery, stability, and reagent prediction.
Universities, national labs, and research institutions:
We welcome partnership on current and future research projects in critical mineral and oil & gas recovery, subsurface transport, and digital rock physics.