Classification of tailings by clay minerals and pore water chemistry as a basis for safe tailings disposal

The Southern African Institute of Mining and Metallurgy
N. C. Steenkamp
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
6
File Size:
2231 KB
Publication Date:
Apr 8, 2026

Abstract

Clay minerals are present in ores and their colloidal behaviour in slurries impacts on the full metallurgical process from comminution to the tailings storage facility. Geotechnical classification of tailings has been based on parameters such as grain size. This paper proposes that this parameter does not consider rheology and plasticity, and, while. Atterberg limits are useful, they do not consider other aspects such as active clay and chemical porewater.
Citation

APA: N. C. Steenkamp  (2026)  Classification of tailings by clay minerals and pore water chemistry as a basis for safe tailings disposal

MLA: N. C. Steenkamp Classification of tailings by clay minerals and pore water chemistry as a basis for safe tailings disposal. The Southern African Institute of Mining and Metallurgy, 2026.

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