Experimental workflow reveals enhanced mineralization in scoriaceous basalt, suggesting effective carbon storage potential.
Experimental workflow and key findings of CO₂ mineralization in Saudi Arabian basalts. Scoriaceous basalt showed greater porosity development, Ca²⁺ release, TIC accumulation, and carbonate formation than dense basalt, highlighting its higher potential for long-term CO₂ mineral storage.
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Campos et al. (2026) studied this question.
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