LTrace Geosciences -
Innovative reservoir characterization
Modeling uncertainty efficiently
LTrace Inversion Suite
The LTrace Inversion Suite incorporates essential modules for the quantitative interpretation workflow. The suite represents an evolution of our established Bayesian Linearized Inversion, now encompassing a full set of modules designed to streamline the process from data preparation to result validation. By providing efficient solutions for estimating elastic properties like velocities, impedances, and density, it […]
R,D&I Projects
LTrace Geosciences is a leader in research, development, and innovation for the energy sector. Since 2018, we have specialized in transforming complex academic research into practical, high-impact commercial solutions. Our core expertise spans a wide range of fields, including Artificial Intelligence, Digital Rock Physics, History Matching, and Quantitative Seismic Interpretation. In every project, our focus […]
GeoSlicer
GeoSlicer is a free and open source AI digital rock platform being developed in a cooperation agreement between LTrace, Petrobras and Equinor. The software consists of an integrated computational platform leveraging AI tools for processing digital rocks in all scales. It is based on the opensource platform called 3DSlicer. The software includes several tools for processing […]
Seismic quantitative interpretation
Trace provides comprehensive services in Quantitative Seismic Interpretation and Reservoir Characterization, guiding projects from raw data to seismic reservoir models. Our distinction lies in a fully integrated, probabilistic workflow that ensures robust uncertainty quantification at every stage, reducing risk and informing better development decisions. Our End-to-End Workflow Our methodology is grounded in a sequence of […]
Digital rock analysis
Digital rock physics (DRP) is an innovative approach that uses rock images, like X-ray tomography, to create detailed computational models of rock samples. From these digital models, key petrophysical properties such as porosity and permeability are calculated through numerical simulation. This technique offers a powerful and often faster alternative to traditional laboratory experiments for characterizing […]
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Our Latest News
GeoSlicer 2025 Retrospective: A Year of Growth
As we wrap up 2025, it’s time to look back at the incredible journey of GeoSlicer, our open-source platform dedicated to digital rock physics (https://lnkd.in/dgjfxrgb). This year has been defined by massive technical leaps, a commitment to open science, and an ever-growing community of contributors. From transitioning to a more stable build to expanding our […]
📚 Porous Media Multiphase Flow with Prof. Martin Blunt
LTrace is proud to participate in the “Multiphase flow in porous media for petrophysicists” workshop, hosted by the SPWLA Brazil Chapter in Rio de Janeiro. Our researcher, Rafael Arenhart, joined this intensive week led by Prof. Martin Blunt from Imperial College London to explore pore-scale physics from the classic fluid flow foundations to the latest multiscale […]
Great kickoff in Bergen!
Last week, teams from LTrace Geosciences and Equinor gathered in Bergen, Norway, together with our partners at Simula Research Laboratory, for an energizing workshop marking the official start of the new R,D&I ANP project: Assisted Borehole Image Interpretation with Machine Learning (AMaBILI).This initiative—executed by LTrace in partnership with Equinor Brazil—aims to push the boundaries of […]