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CO2 capture and zeolite synthesis via hydrothermal treatment of inertized rock wool
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DOI：10.1016/j.jcou.2026.103434.png)
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Abstract
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• Inertized rock wool is upcycled via low-T CO2-enriched hydrothermal synthesis. • CO2 drives specific mineral recovery beyond simple alkaline absorption. • CO2 yields high-value Na-P and phillipsite zeolites, replacing tobermorite. • Synthesis in CO2 drives ∼4-fold increase in zeolite content vs air. • A dual valorization pathway for process CO2 and inertized rock wool is proposed.
Keywords:
Sustainable waste upcycling
Mineral carbonation
Hydrothermal zeolite synthesis
Inertized rock wool
Glass product valorisation
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