Chapter 17

Carbon Refractories in an Oxidizing Process? Copper Smelting in an Outotec® Ausmelt TSL Furnace with A Ucar® Chillkote™

Jacob Wood

Jacob Wood

Outotec® Pty Ltd, 12 Kitchen Rd, Dandenong, Australia

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Stefanie Creedy

Stefanie Creedy

Outotec® Pty Ltd, 12 Kitchen Rd, Dandenong, Australia

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Peter Duncanson

Peter Duncanson

GrafTech International, 791 Santa Fe Pike, Columbia, USA

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First published: 03 February 2016

Summary

Carbonaceous refractory materials are widely accepted in many reducing smelting processes such as iron and ferroalloys. Oxidizing processes such as copper concentrate smelting traditionally use magnesia and/or alumina/silica refractory materials. The main objection to the use of carbon-based refractories as the exposed working lining in oxidizing applications is the potential for free oxygen to react with the carbon at high temperature, which could rapidly degrade the refractory lining.

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