Plan
Comptes Rendus

Avant-propos
Special issue on hydrometallurgical processes for the integrated management of primary and secondary resources: Foreword
[Numéro thématique sur les procédés hydrométallurgiques pour la gestion intégrée des ressources primaires et secondaires : Avant-propos]
Comptes Rendus. Chimie, GDR Prométhée – French Research Network on Hydrometallurgical Processes for Primary and Secondary Resources, Volume 27 (2024), pp. 3-4
Métadonnées
Reçu le :
Accepté le :
Première publication :
Publié le :
DOI : 10.5802/crchim.401
Licence : CC-BY 4.0
Droits d'auteur : Les auteurs conservent leurs droits 
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     title = {Special issue on hydrometallurgical processes for the integrated management of primary and secondary resources: {Foreword}},
     journal = {Comptes Rendus. Chimie},
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Laurent Cassayre; Hervé Muhr. Special issue on hydrometallurgical processes for the integrated management of primary and secondary resources: Foreword. Comptes Rendus. Chimie, GDR Prométhée – French Research Network on Hydrometallurgical Processes for Primary and Secondary Resources, Volume 27 (2024), pp. 3-4. doi: 10.5802/crchim.401

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This special issue is the initiative of the Prométhée GDR, a national research group dedicated to the study of hydrometallurgical processes for the integrated management of primary and secondary resources. This GDR was created in January 2016 and renewed in 2021, and brings together around 150 research actors from 27 academic laboratories, as well as CEA, IFPEN and BRGM teams. It contributes to structure French research community on hydrometallurgical processes, for a better management of non-energy mineral resources, from mining to recycling. The CNRS, via its two institutes “Chemistry” and “Engineering”, is funding this GDR.

The community was invited to submit part of their work for this special issue of the journal Comptes Rendus de l’Académie des Sciences. Following a standard review process, 13 of these articles have been published, among which four review articles and nine research papers. They cover and combine a wide range of scientific fields, from chemical engineering, separation chemistry, electrochemistry, biometallurgy, physical chemistry or mechano-chemistry, and address a various range of metal elements, such as noble metals, transition metals, lithium, rare earths, uranium and actinides. More specifically, this special issue starts with a presentation of a specific classification process for electronic wastes [1]. Then four articles are dedicated to leaching and bioleaching processes [2, 3, 4, 5], three articles deal with both leaching and precipitation operations [6, 7, 8], two focus on precipitation [9, 10], two consider chemical aspects of solvent extraction [11, 12] and a last paper is dedicated to electrometallurgy of noble metals in deep eutectic solvents [13].

We would like to thank all authors for their implication in this Special Issue, as well as the >30 reviewers who provided many valuable insights on these papers.

Laurent Cassayre
Laboratoire de Génie Chimique
Toulouse
France
laurent.cassayre@ensiacet.fr

Hervé Muhr
Laboratoire Réactions et Génie des Procédés
Nancy
France
herve.muhr@univ-lorraine.fr

Bibliographie

[1] N. M. Charpentier; D. Xia; J.-C. P. Gabriel Printed circuit board recycling: a focus on a novel, efficient and sustainable process for spent critical metals recovery, C. R. Chim., Volume 27 (2024), pp. 5-15 | DOI

[2] A. Hubau; K. Bru; S. I. Oumarou; C. Leycuras Lessons learned from the upscaling of an iron bio-oxidation process to improve uranium recovery, C. R. Chim., Volume 27 (2024), pp. 17-35 | DOI

[3] C. Laskar; A. Dakkoune; C. Julcour; F. Bourgeois; B. Biscans; L. Cassayre Case-based analysis of mechanically-assisted leaching for hydrometallurgical extraction of critical metals from ores and wastes: application in chalcopyrite, ferronickel slag, and Ni-MH black mass, C. R. Chim., Volume 27 (2024), pp. 37-52 | DOI

[4] E. Régnier; A. Hubau; S. Touzé; S. Guignot; D. Meyer; O. Diat; D. Bourgeois Copper leaching with aqueous foams for the processing of electronic waste, C. R. Chim., Volume 27 (2024), pp. 53-61 | DOI

[5] J. Jacob; D. Pino-Herrera; C. Greffié; G. Wille; E. Plat Reprocessing of waste produced during acid mine drainage lime treatment by selective leaching, C. R. Chim., Volume 27 (2024), pp. 63-80 | DOI

[6] M. De Souza Buriti; P. Cézac; L. Casás Dissolution and precipitation of jarosite-type compounds: state of the art and future perspectives, C. R. Chim., Volume 27 (2024), pp. 81-109 | DOI

[7] C. Manfoumbi; K. Roger; M. Meireles Filtering the unfilterable: tuning the mesostructure of precipitating silica gels to improve the filterability of acidic lixiviation slurries, C. R. Chim., Volume 27 (2024), pp. 111-122 | DOI

[8] V. Nachbaur; F. Ayadi; B. Foulon; M. Jean; V. Pralong; S. Jouen A sustainable solvothermal process extracting critical elements from Li-ion batteries, C. R. Chim., Volume 27 (2024), pp. 123-132 | DOI

[9] L. E. Ramirez Velazquez; H. Muhr Lithium recovery from secondary sources: A review in battery recycling with emphasis on chemical precipitation, C. R. Chim., Volume 27 (2024), pp. 133-141 | DOI

[10] J. Réaux-Durain; B. Mortada; M. Bertrand; J. Maynadié; M. Carboni; D. Meyer; D. Bourgeois Back-extraction of major actinides from organic phase through precipitation, C. R. Chim., Volume 27 (2024), pp. 143-152 | DOI

[11] F. Giusti; E. Guerinoni; D. Lemire; M. Thimotée; G. Arrachart; S. Dourdain; S. Pellet-Rostaing Solvent extraction of uranium from an acidic medium for the front-end of nuclear fuel cycle: from mechanisms understanding to innovative process design, C. R. Chim., Volume 27 (2024), pp. 153-183 | DOI

[12] A. El Maangar; J. Gramüeller; V. Huber; P. Degot; D. Touraud; R. M. Gschwind; W. Kunz; T. Zemb Solubilisation–microstructure relationship of trivalent salts in hydrotropic ternary systems, C. R. Chim., Volume 27 (2024), pp. 185-202 | DOI

[13] C. Bertoloni; V. Mba Ekomo; B. Villemejeanne; C. Lemoine; R. Duwald; E. Billy; H. Mendil-Jakani; S. Legeai Propylene glycol-based deep eutectic solvent as an alternative to Ethaline for electrometallurgy, C. R. Chim., Volume 27 (2024), pp. 203-214 | DOI

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