Carbon capture isn’t just waste disposal; it’s the ultimate circularity challenge.
Most headlines focus on structural trapping shoving CO2 under a shale caprock and hoping the vault doesn't leak. True circularity means turning that gas back into a permanent geological feature through mineral trapping, where dissolved CO2 reacts with basalt or mafic rocks to form stable carbonate minerals.
This creates a permanent geochemical lock stable for millennia. The bottleneck is that this process is naturally slow and depends heavily on specific reactive cations like Calcium, Magnesium, and Iron.
To make this bankable, we need Intelligent Systems capable of dynamic geochemical simulations. We must predict exactly how pH shifts will trigger precipitation without clogging our injection pathways.
Are we aiming for permanent mineral solutions, or are we just settling for temporary gas storage?