Benefits of Agglomeration in an SX-EW Process for Improved Copper Extraction

This article was co-authored by:

Carrie Carlson
Technical Writer

Shane Le Capitaine
Thermal Processing Expert

Benefits of Agglomeration in an SX-EW Process for Improved Copper Extraction

Copper is a versatile metal used in many of the products that modern civilization relies on, from electronics to infrastructure. For decades, smelting has been the primary approach to copper extraction. Although this method has proven to be effective for high grade sulfide ores, it …

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Agglomeration Drums in the Heap Leaching Process

This article was co-authored by:

Shane Le Capitaine
Thermal Processing Expert

Carrie Carlson
Technical Writer

Agglomeration Drum (Agglomerator)

While the heap leaching process has proven to be efficient and cost-effective, efficiency and ore recovery can be further improved through the addition of an agglomeration drum. The following covers an introduction to heap leaching, and how agglomeration greatly improves this essential beneficiation process. A …

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SX-EW Moves into New Metal Markets

This article was co-authored by:

Shane Le Capitaine
Thermal Processing Expert

Carrie Carlson
Technical Writer

SX-EW Moves into New Metal Markets, Agglomeration Drum (Agglomerator) Used in the Heap Leaching Process

The solvent extraction electro-winning process (SX-EW) is a hydrometallurgical means of extracting, purifying, and concentrating metals. SX-EW has continued to demonstrate successful use in effectively extracting and recovering copper from low grade and oxide ores. As a result, SX-EW has quickly become a staple in …

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Heap Leaching Basics

This article was co-authored by:

Carrie Carlson
Technical Writer

Shane Le Capitaine
Thermal Processing Expert

Heap Leaching Flow Chart Showing Incorporation of Rotary Drum Agglomerator

As populations increase, so does the need for resources, including metals such as nickel, silver, gold, copper, and uranium. However, it is not always economically viable to extract these metals from their low-grade ores. And now more than ever, recovering them from what is available …

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