Carbon Capture and Storage

High-fidelity, repeatable seismic for verifiable CO₂ storage.

Seismic data is fundamental to the success and safety of carbon capture and storage (CCS) projects. By delivering high-resolution subsurface imaging, they enable operators to identify, characterize, and continuously monitor geological formations that can securely store CO₂. Reliable seismic data is essential to verifying long-term storage integrity, ensuring injected CO₂ remains permanently contained, and meeting regulatory and environmental standards.

Faraday Geophysics provides industry-leading seismic capability through our high-fidelity, repeatable eVibe. Its consistent, broadband signal makes it an ideal tool across a CCS project.

With a proven track record in CO₂ monitoring and decades of geophysical expertise, Faraday Geophysics supports safe, efficient, and verifiable carbon storage solutions that accelerate the global transition to a lower-carbon future.

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Repeatable Seismic Monitoring for CCS

Faraday's electrically powered eVibe delivers a highly repeatable, broadband seismic signal that is uniquely suited to time-lapse monitoring of CO₂ storage sites. Consistent source signatures across multiple surveys enable precise detection of subtle changes in the subsurface — critical for confirming containment and tracking plume migration over time.