Best Practices In Drying And Calcining Of Yellowcake

Canadian Institute of Mining, Metallurgy and Petroleum
S. Kashani Nejad K. Collins J. Godwin C. Tovee M. Bellino
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
11
File Size:
984 KB
Publication Date:
Jan 1, 2020

Abstract

Motivated by safety considerations, logistical issues, transportation cost savings, product diversification, and marketing preferences, several uranium producers are revisiting their business models and supply chain configuration and, instead of selling dried yellowcake to downstream refineries, they are moving to build in-house calcining facilities. Drying and calcining plants are relatively low-cost facilities to build and operate. The execution period of a typical yellowcake drying and calcining project is also relatively short and alternative construction methodologies, such as modularized solutions, are available. The drying and calcining technologies used for yellowcake are relatively mature, environmentally contained, and well supported by qualified vendors. The drying and calcining circuits also seamlessly integrate with upstream and downstream operations. These either produce a dried yellowcake or calcined U3O8 which are notably safer and easier to transport and market. This paper presents an overview of the recommended technology and project development considerations for yellowcake drying and calcining facilities.
Citation

APA: S. Kashani Nejad K. Collins J. Godwin C. Tovee M. Bellino  (2020)  Best Practices In Drying And Calcining Of Yellowcake

MLA: S. Kashani Nejad K. Collins J. Godwin C. Tovee M. Bellino Best Practices In Drying And Calcining Of Yellowcake. Canadian Institute of Mining, Metallurgy and Petroleum, 2020.

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