This review aims to expose mechanical milling as an alternative method for generating
copper-based particles (copper particles (CuP) and copper composites (CuC)); more …

It is no longer a discovery that mechanochemistry positively influences the extractive
metallurgy and other allied industries' circular economy. However, a pertinent use and …

During mining, only 4–8% is converted to final products, and the rest is accumulated in
landfills. There is a lack of research on the study of various patterns and mechanisms of the …

In the process of copper smelting, amounts of copper droplets inevitably enter the copper
smelting slag (CSS), resulting in a high loss of copper. As the grade of exploitable copper …

Granulated copper slag (GCS) is currently applied to partial cement replacement as a
supplementary cementitious material (SCM), but with a low rate due to its low pozzlanic …

The recovery of metal from copper slag is of great significance to the resource utilization of
copper slag and the sustainable development of copper smelting industry. Currently …

A novel method of preparing wear-resistant cast iron and copper-bearing antibacterial
stainless steel by moderate dilution of molten copper slag and vortex smelting reduction is …

Metallurgical slags enriched in Ga (144–156 mg/kg) and Ge (285–441 mg/kg) were
investigated as potential sources of these technologically critical elements. Conventional …

Fayalite-rich and elemental crystalline blockade of copper pyrometallurgical slag flotation
tailings (CSFT) make it difficult to dispose of safely and limits high-value reutilization. Water …

Pressure oxidation is a widely accepted method to treat refractory gold ores. Gold recovery
is generally lower from alkaline than acidic pressure oxidation discharge due to passivation …