Continuous Uranyl Peroxide Precipitation From Combined Solvent Extraction Strip Liquor And Ion Exchange Eluate For The Honeymoon Uranium Project

Canadian Institute of Mining, Metallurgy and Petroleum
M. D. Maley R. J. Ring K. Bowes
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
9
File Size:
1167 KB
Publication Date:
Jan 1, 2020

Abstract

The Honeymoon Uranium Project is an acid In-Situ Recovery (ISR) mine in South Australia. It was previously operated for approximately 18 months before being placed on care and maintenance in 2014, it was then acquired by Boss Resources in 2015. Boss has been performing a number of studies to plan for reopening of the mine, including a successful field leach trial (FLT) in 2017. The current configuration for uranium precipitation at Honeymoon is a batch process. Whilst this achieves effective uranium recovery, the precipitates produced are often very fine, with poor settling and solid/liquid separation characteristics. Continuous precipitation, involving recycling of solids, has reportedly been successfully utilised in other operations to increase the particle size and density of the product, leading to solids that can be more readily dewatered, dried and drummed, with less fines and dust generation. However, no operational data are available from such operations.
Citation

APA: M. D. Maley R. J. Ring K. Bowes  (2020)  Continuous Uranyl Peroxide Precipitation From Combined Solvent Extraction Strip Liquor And Ion Exchange Eluate For The Honeymoon Uranium Project

MLA: M. D. Maley R. J. Ring K. Bowes Continuous Uranyl Peroxide Precipitation From Combined Solvent Extraction Strip Liquor And Ion Exchange Eluate For The Honeymoon Uranium Project. Canadian Institute of Mining, Metallurgy and Petroleum, 2020.

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