Cella and TotalEnergies Target CO2 Mineralization at Industrial Sites
Cella has signed a research and technology collaboration with TotalEnergies to test its in situ mineralization platform for evaluating CO2 storage potential at industrial sites. The partnership covers the full workflow: site screening, injection design, and monitoring. It’s a notable signal that mineralization-based storage is getting serious attention from one of the world’s largest energy companies. Why it matters Most carbon storage conversations focus on injecting CO2 into deep saline aquifers or depleted oil and gas reservoirs, where the gas stays trapped but remains as CO2 for long periods. In situ mineralization takes a different approach. It aims to convert injected CO2 into solid carbonate minerals within the rock itself, locking the carbon away permanently. If Cella’s platform can reliably screen industrial sites for this kind of storage and then guide injection and monitoring, it could open up storage options that don’t depend on traditional geological traps. The fact that TotalEnergies, through its Carbon to Value (C2V) Initiative, is investing research effort here suggests the major energy players see mineralization as more than a lab curiosity. They want to know if it works at real industrial facilities. ...