2011Nonferrous Metals Science and EngineeringRequires access

On the roasting and leaching of copper concentrate

Kui Zou

Open publisher page 1 citations

Abstract

This paper studies the roasting and leaching of copper concentrate by focusing on roasting desulfurization and arsenic removal along with removing iron from leaching solution.The amount of sulfur residue in calcined copper ranges from 1.09 % to 0.45 % and As ranges from 1.08 % to 0.73 % after two stages of roasting at low and high temperatures.Higher roasting temperature and greater leaching terminal acidity are favorable for copper leaching.High copper leaching rate can't co-exist with high iron leaching for the simultaneous leaching of copper and iron.

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What this paper is about

This paper studies the roasting and leaching of copper concentrate by focusing on roasting desulfurization and arsenic removal along with removing iron from leaching solution.The amount of sulfur residue in calcined copper ranges from 1.09 % to 0.45 % and As ranges from 1.08 % to 0.73 % after two stages of roasting at low and high temperatures.Higher roasting temperature and greater leaching terminal acidity are favorable for copper leaching.High copper leaching rate can't co-exist with high iron leaching for the simultaneous leaching of copper and iron.

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Available abstract

This paper studies the roasting and leaching of copper concentrate by focusing on roasting desulfurization and arsenic removal along with removing iron from leaching solution.The amount of sulfur residue in calcined copper ranges from 1.09 % to 0.45 % and As ranges from 1.08 % to 0.73 % after two stages of roasting at low and high temperatures.Higher roasting temperature and greater leaching terminal acidity are favorable for copper leaching.High copper leaching rate can't co-exist with high iron leaching for the simultaneous leaching of copper and iron.

Key concepts: Roasting, Leaching (pedology), Copper, Selective leaching, Metallurgy, Arsenic, Chemistry, Sulfur

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