Idea
Storage is a continuing claim
Geological carbon storage works only if the injected carbon dioxide stays underground. Site selection and monitoring therefore belong to the same job as capture and injection.
The British Geological Survey describes monitoring methods that track underground carbon dioxide and look for possible leakage. The Sleipner project provides a long-running example of observing a storage site over time.
Carbon storage depends on keeping the gas underground.
Where it breaks down
Storage does not destroy carbon dioxide or make every associated activity emissions-free. Its climate benefit depends on how much stays stored and how much is emitted during capture, transport, and storage.
How it connects
A storage decision needs evidence that the separation persists.
This idea appeared in Set apart, then keep apart, the Involves connection for November 3, 2026, which asked: When does moving something away count as solving the problem?
Check yourself
Why is monitoring part of carbon storage?
It provides evidence about containment after injection. Exactly. Monitoring checks whether the injected carbon dioxide stays contained over time.
What the sources establish
Geological storage requires site assessment and monitoring of injected CO2 and potential leakage.
Sources
CCS monitoring (British Geological Survey), Deep monitoring; time-lapse seismic image of Sleipner; leakage detection
Understanding carbon capture and storage (British Geological Survey), Capture, geological storage, site assessment, and repeated monitoring