Visualize Subsurface Structures and Pore Networks for Confident GeoScientific Analysis

Gain reproducible insights into geological materials with Tescan’s integrated micro-CT, SEM, and mineralogy workflows. These systems quantify pore-scale fluid flow, map mineral phase distribution, and deliver high-resolution 3D data for CO₂ and H₂ storage, mineral processing, and reservoir studies. This ensures reliable, data-driven results for every subsurface challenge.

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Tescan solutions

FOR THE ENTIRE GEOSCIENCE RESEARCH AND DEVELOPMENT PROCESS

CO₂ and H₂ Storage Characterization

Characterize reservoir rocks and porous media with precision and reliability. Tescan micro-CT workflows visualize connected pore networks and quantify capillary trapping, wettability, and fluid distribution under realistic reservoir conditions.

High-resolution 3D imaging and dynamic pore-scale analysis reveal how CO₂ and H₂ interact with brine, minerals, and rock microstructures. This delivers quantitative data that supports safe, long-term storage validation and reservoir performance modeling.

Gain reproducible pore-scale insights that advance research in geological carbon sequestration, hydrogen storage, and renewable subsurface energy systems.

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1_submicron scan of a carbonate sample (Savonnières Limestone)-2

Mineral Processing

Characterize and quantify ore minerals with precision and efficiency. Tescan TIMA delivers automated, high-throughput mineralogy that defines mineral associations, liberation, and grain size distribution — essential for optimizing separation and recovery.

Integrated SEM and EDS analysis provide quantitative phase mapping and compositional data across heterogeneous samples. Automated workflows ensure consistent, reproducible results that enhance mineral recovery, reduce waste, and support data-driven process control.

Gain reliable mineralogical insights that improve performance across every stage of the processing chain.

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1_Characterization of lithium ores using correlative SEM imaging and EDS elemental mapping-4

Mineralogy and Petrology

Reveal mineral structures and textures in three dimensions for accurate geological interpretation. Tescan micro-CT and SEM workflows provide non-destructive visualization of mineral fabrics, inclusions, and compositional zoning within rock samples.

High-resolution imaging combined with Spectral CT, EDS and automated mineralogy delivers quantitative phase and elemental data, connecting microstructure to mineral formation processes. These integrated workflows enable reproducible mineral characterization that supports petrographic analysis, geometallurgical modeling, and academic research.

Achieve detailed, data-driven insights that link mineral composition, texture, and structure for a deeper understanding of Earth materials.

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Oil and Gas Research

Quantify reservoir quality and pore connectivity with reproducible imaging and analysis workflows. Tescan micro-CT and SEM systems visualize pore networks, fractures, and mineral interfaces in core and reservoir samples — supporting detailed petrophysical characterization.

High-resolution 3D data reveal porosity, permeability, and multiphase fluid distribution under realistic conditions, enabling more accurate digital rock models. Integrated correlative workflows combine structural and chemical analysis for a complete understanding of reservoir behavior and hydrocarbon recovery potential.

Generate reliable, data-backed insights that guide exploration, production optimization, and subsurface modeling in oil and gas research.

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5_oil distribution in 1.5inch sandsotne plug-1

Paleontology

Visualize internal fossil structures and microanatomy without damaging valuable specimens. Tescan micro-CT systems deliver non-destructive, high-resolution 3D imaging that reveals hidden morphology, mineral infill, and fine structural details within fossils and encased materials.

Advanced reconstruction workflows enable virtual extraction, segmentation, and quantitative analysis of delicate or rare samples. These insights support accurate taxonomic identification, evolutionary studies, and digital preservation while maintaining sample integrity.

Achieve detailed, reproducible fossil characterization that expands research possibilities in evolutionary biology and geological heritage studies.

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"Tescan AMBER X 2, our latest innovation in materials analysis technology. The AMBER X 2, with its advanced Plasma FIB-SEM capabilities, offers unmatched speed, precision, and versatility, setting a new standard in the field."

PETR KLIMEK
Product Marketing Director Material & Geo Science
Tescan

Tescan Instruments & Technology

Used in This Workflow

Tescan UniTOM HR™

Tescan UniTOM HR™ is a high-resolution micro-CT system for non-destructive 3D and 4D imaging of geological materials. The instrument visualizes pore networks, mineral textures, and fossil structures with sub-micron precision.

Its fast dynamic CT capability captures real-time processes such as fluid movement and fracture formation, while multiscale workflows connect core-scale and pore-scale insights in a single system.

Pore-scale imaging: quantifies pore connectivity and heterogeneity in reservoir rocks
Dynamic CT: visualizes multiphase flow and deformation in real time
Quantitative mineralogy: differentiates mineral phases for petrology and ore analysis
Fossil imaging: reveals internal morphology of fossils and microfossils
In situ integration: connects to compression stages and core holders for live experiments

Tescan UniTOM XL™

Tescan UniTOM XL™ is a versatile micro-CT system for large-scale geological and reservoir samples. It delivers non-destructive 3D and 4D imaging across sample sizes in a single, multiscale workflow.

With high power, fast detectors, and up to 10 motorized degrees of freedom, UniTOM XL™ enables dynamic, in situ studies of fluid flow, deformation, and reactive processes under real geological conditions.

Multiscale imaging: captures structures from full cores to pore-scale detail
Dynamic CT: visualizes fracture formation and multiphase fluid flow in real time
Sediment analysis: quantifies grain packing, layering, and diagenetic features
In situ connectivity: integrates with core holders and flow cells for live experiments
Large sample capacity: accommodates cores up to one meter in height and 45 kg

Tescan CoreTOM™

Tescan CoreTOM™ is a compact, high-performance micro-CT system designed for efficient imaging of drill cores, rock fragments, and geological materials. It delivers high-resolution 3D data and supports spectral CT for enhanced material contrast and phase differentiation.

CoreTOM™ combines fast batch imaging with dynamic and spectral modes, making it ideal for routine reservoir studies and quantitative mineral analysis in applied GeoScience research.

Core-scale imaging: characterizes core plugs and rock fragments with precision
Spectral CT: identifies mineral phases and density variations using energy-resolved imaging
Dynamic CT: captures multiphase flow and pore-scale interactions over time
High-throughput workflows: automate batch scans for rapid sample analysis
Compact design: optimized for laboratory and industrial research environments

Tescan TIMA®

Tescan TIMA is an automated mineralogy SEM for fast, quantitative analysis of geological materials. The solution integrates imaging, chemistry, and mineral identification in a single automated workflow for reproducible mineralogical data.

Its multi-EDS platform and correlative imaging reveal mineral composition, texture, and associations across entire samples. This is ideal for petrography, ore characterization, and mineral processing research.

Automated mineral identification: quantifies mineral phases with minimal user input
High-throughput analysis: parallel EDS detection for rapid data collection
Correlative imaging: combines BSE, EDS, and CL data for full mineral context
Trace mineral detection: identifies low-abundance or light-element phases
Automated data export: enables direct follow-up with EMPA or LA-ICP-MS

Visualize Subsurface Structures and Pore Networks for Confident GeoScientific Analysis

Tescan solutions

Tescan Instruments & Technology

Tescan UniTOM HR™

Tescan UniTOM XL™

Tescan CoreTOM™

Tescan TIMA®

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