This research focuses on permanent CO₂ storage through mineral carbonation, forming stable carbonate phases from magnesium- and calcium-rich materials.
The main objective is to optimize reaction pathways, improve process efficiency, and assess scalability for industrially relevant carbon mineralization technologies.
The work contributes to tackling climate change by enabling long-term CO₂ removal, while aiming to develop viable mineralization pathways that are less energy‑intensive and more cost‑effective. A particular emphasis is placed on identifying bottlenecks and trade-offs through laboratory experiments combined with geochemical modelling.
