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This paper presents and discusses the application of accelerated carbonation of industrial residues in three different contexts (a landfill site, a steel manufacturing plant and a Brownfield site) aimed at storing CO2 and obtaining additional specific environmental objectives, i.e.: the improvement of the leaching behavior of the treated residues, biogas upgrading, the production of aggregates to...
Mineral carbonation is an ex situ CO2 storage option that could allow to fix large amounts of CO2 in a solid and thermodynamically stable form. Its feasibility has been proven at lab-scale both employing natural minerals or alkaline industrial residues. However the energy requirements of this process can be quite significant depending on the type of material and operating conditions adopted and thus...
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