Australian engineering-led knowledgeEvidence · Context · Application

Review · 2025

Critical metals from mine tailings

Sait Kursunoglu

A Review on the Recovery of Critical Metals from Mine and Mineral Processing Tailings: Recent Advances (2025).

What the review covers

Kursunoglu examines critical-metal recovery from mine and processing tailings, focusing on leaching, selective separation and purification in recent literature.

Criteria for Literature Selection ↗

What the author found

The reviewed recovery routes depend on mineralogy and solution chemistry. Strong mineral acids can extract metals but also dissolve unwanted elements. Organic-acid and biological approaches are discussed as alternatives requiring further development.

Recovery methods, pp. 2034–2043 ↗

Practical limits

The author identifies reagent consumption, selectivity, energy use, waste generation and scale-up as constraints. Results from different tailings and leach solutions cannot be treated as one recovery performance.

Environmental and Economic Considerations; Conclusions ↗

Further research proposed

The author calls for more selective processes, lower energy and reagent demands, and integration of resource recovery with tailings rehabilitation.

Conclusions ↗

Original publication

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DOI: 10.1007/s40831-025-01126-y

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