Enabling the Future of CO₂ and H₂ Storage Through Imaging and Insight

Understanding fluid movement through rocks and soil is key to processes like rainwater infiltration, pollutant migration, and underground storage of hydrogen or CO₂. Flow depends on pore structure, mineral composition, and fluid properties. Tescan dynamic micro-CT systems enable fast imaging to capture real-time, unsteady flow processes, revealing complex fluid behavior within rock and soil pores.

• Accelerate the energy transition – Micro-CT supports the development of safe and efficient CO₂ and H₂ storage technologies critical for achieving global climate goals and reducing greenhouse gas emissions.

• Reveal pore-scale mechanisms – Provides 3D visualization of fluid flow, trapping, and wettability at subsurface conditions, enabling accurate prediction of CO₂ and H₂ behavior in reservoir rocks.

• Ensure storage integrity and efficiency – Quantifies saturation, capillary trapping, and geochemical interactions to assess long-term containment and optimize recovery performance.