Development of an attrition-coaching hybrid process for direct aqueous mineral carbonation

Carine Julcour 1 Florent Bourgeois 1 Benjamin Bonfils 1 Imane Benhamed 1 François Guyot 2 Françoise Bodénan 3 Charlotte Petiot 4 Éric C. Gaucher 5
1 LGC - Laboratoire de génie chimique [ancien site de Basso-Cambo]
2 IMPMC - Institut de minéralogie, de physique des matériaux et de cosmochimie
3 BRGM - Bureau de Recherches Géologiques et Minières (BRGM)
4 BIO Intelligence Service (FRANCE)
5 CSTJF - TOTAL-Scientific and Technical Center Jean Féger
Abstract : Mineral carbonation is the single most eligible companion solution to geosequestration for mitigation of anthropic CO2 emissions on a large scale. Amongst its possible pathways, direct aqueous mineral carbonation stands out as one of the most promising ones. The originality of the present work lies in the transposition of the concomitant exfoliation/mineralisation concept, which was first proposed by the mineral carbonation research group from the Arizona State University in early 2000s, inside a dedicated attrition environment, more specifically inside a stirred bead mill. Experimental results and analyses bring definite proofs about the possibility and synergy of concomitant exfoliation and mineralisation. Given high carbonation yield for olivine and serpentinised ores (up to 35% in 5 h and 80% in 24 h in water, and 70% in 5 h with inorganic additives) and the capacity of stirred mills to process mining size throughputs, this work leads to real perspectives for developing large scale robust solutions for direct aqueous mineral carbonation.
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https://hal-brgm.archives-ouvertes.fr/hal-01356854
Contributeur : Anne-Marie Pouget <>
Soumis le : vendredi 26 août 2016 - 16:47:13
Dernière modification le : vendredi 12 avril 2019 - 16:22:40

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BRGM | IMPMC | ALLINSP | UPMC | UNIV-TLSE3 | SORBONNE-UNIVERSITE | SU-SCIENCES | MNHN

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Carine Julcour, Florent Bourgeois, Benjamin Bonfils, Imane Benhamed, François Guyot, et al.. Development of an attrition-coaching hybrid process for direct aqueous mineral carbonation. Journal Chemical Engineering, 2015, 262, pp. 716-726. ⟨10.1016/j.cej.2014.10.031⟩. ⟨hal-01356854⟩

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