Rare earth elements and uranium in Minjingu phosphate fertilizer products: Plant food for thought

作者
Nils Hendrik Haneklaus,Dennis Amos Mwalongo,Jacob Bulenga Lisuma,Aloyce I. M. Amasi,Jerome M. Mwimanzi,Tomislav Bituh,Jelena Ćirić,Jakub Nowak,Urszula Ryszko,Piotr Rusek,Ali Maged,Essaïd Bilal,Hajar Bellefqih,Khaoula Qamouche,Jamal Ait Brahim,Rédouane Beniazza,Hamid Mazouz,Elizabet Margaretha van der Merwe,Wayne F. Truter,Hilda Dinah Kyomuhimbo
出处
期刊:Resources Conservation and Recycling [Elsevier BV]
卷期号:207: 107694-107694 被引量:31
标识
DOI:10.1016/j.resconrec.2024.107694
摘要

Minjingu phosphate ore is Tanzania's sole domestic supply of phosphorus (P). The ore contains medium to high concentrations of naturally occurring P2O5 (20–35 %) and relevant concentrations of uranium and rare earth elements (REEs) are also suspected to be present. Currently, neither uranium nor REEs are recovered. They either end up in mine tailings or are spread across agricultural soils with fertilizer products. This work provides a first systematic review of the uranium and REE concentrations that can be expected in the different layers of Minjingu phosphate ore, the way the ore is presently processed, as well as a discussion on alternative processing pathways with uranium/REE recovery. The study analyzed ten distinct Minjingu phosphate ore layers, four mine tailings, and five intermediate and final mineral fertilizer products from the Minjingu mine and processing plant located in northern Tanzania. The results confirm that the uranium concentrations and to a lesser degree, the REE concentrations are indeed elevated if compared to concentrations in other phosphate ores. The study does not identify a significant risk resulting from this. The development of techno-economic solutions for more comprehensive utilization of Minjingu ore is, however, strongly encouraged and suggestions on such processes are provided.

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