Australian engineering-led knowledgeEvidence · Context · Application

Critical review · 2025

Activation for carbon mineralisation

Milad Norouzpour; Rafael M. Santos; Yi Wai Chiang

Activation methods for enhancing CO2 mineralization via mine tailings—A critical review (2025).

What the review covers

Norouzpour, Santos and Chiang compare mechanical, chemical, thermal and combined activation methods for carbon mineralisation using several types of mine tailings.

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What the authors found

Activation can improve mineral dissolution and carbonation, but the response depends on mineralogy. Grinding, heating and reagents introduce different energy, cost and environmental burdens. The authors conclude that no single activation method is universally optimal.

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Limits to deployment

The review describes laboratory and small-pilot evidence, with significant barriers to wider deployment. Energy demand, reagent recovery, slow reactions and the distance between tailings and CO₂ sources affect the overall benefit.

§4.5; Table 2 ↗

Further research proposed

The authors recommend field trials, heat recovery, reagent recycling and integrated life-cycle and techno-economic assessment.

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Original publication

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DOI: 10.1016/j.ccst.2025.100430

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