Athabasca Basin Proterozoic Unconformity Uranium Deposits: Alteration, Deposit Geometry And Lithostructural Setting

Canadian Institute of Mining, Metallurgy and Petroleum
A. Aubin G. Zaluski H. Yang
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
7
File Size:
862 KB
Publication Date:
Jan 1, 2020

Abstract

The Athabasca Basin of northern Saskatchewan and Alberta is an exceptionally rich metallogenic region, hosting more than 2.8 B lb U3O8, of which over 927 M lb U3O8 have been mined out since extraction first started in the late 1970’s. A detailed compilation of several empirical features of 85 deposits located within the basin was conducted in order to understand the distribution and variability of the geological characteristics of the mineralization and its associated alteration. A new empirical classification was devised based on four parameters: 1) geometry of the mineralization (dimensions and relation to the unconformity surface), 2) size, grade and metallurgical complexity of the mineralization, 3) lithostructural setting, and 4) extent and nature of associated alteration haloes. This compilation defines the footprint characteristics of the Athabasca Basin deposits, which guides decision-making processes from early exploration and discovery to resource expansion and extraction.
Citation

APA: A. Aubin G. Zaluski H. Yang  (2020)  Athabasca Basin Proterozoic Unconformity Uranium Deposits: Alteration, Deposit Geometry And Lithostructural Setting

MLA: A. Aubin G. Zaluski H. Yang Athabasca Basin Proterozoic Unconformity Uranium Deposits: Alteration, Deposit Geometry And Lithostructural Setting. Canadian Institute of Mining, Metallurgy and Petroleum, 2020.

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