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Product category: Metals and Minerals Processing News
News Release from: Outotec | Subject: HydroCopper
Edited by the Processingtalk Editorial Team on 04 November 2004

Produce pure copper from the Mongolian
concentrate

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A comprehensive test campaign that Outokumpu is doing for Erdenet Mining Corporation with the Mongolian concentrate at HydroCopper demonstration plant in Pori, Finland is proceeding well

A comprehensive test campaign that Outokumpu is doing for Erdenet Mining Corporation with the Mongolian concentrate at HydroCopper demonstration plant in Pori, Finland is proceeding well The process has produced approximately one tonne of metallic copper daily

The copper will be cast by Outokumpu's Upcast method, to wire rod.

Outokumpu Technology and Erdenet Mining Corporation have signed a Memorandum of Understanding for building an industrial scale HydroCopper plant in Erdenet, Mongolia.

The new plant will be designed to produce 35,000 tons copper annually.

The HydroCopper process is Outokumpu's new, advanced technology to produce copper directly from copper concentrate at the mine site.

Outokumpu has studied hydrometallurgical process routes for copper recovery from sulphide concentrates, both in sulphate and chloride environments, for many years.

The innovative development has given rise to an unconventional and beneficial process concept, the Outokumpu HydroCopper process.

In the new concept copper is produced with the help of a standard chlor-alkali plant.

The process consists of three main areas: leaching of concentrates, making of copper products and regeneration of chemicals.

To verify the technology Outokumpu has designed and constructed a demonstration plant in Pori, Finland.

The benefits of chloride leaching processes are astonishing.

Modern chlor-alkali cell with a high intensity makes the process closed and compact.

The process directly produces a commercial high quality final product suitable for demanding purposes.

The process has been designed to meet the highest demands both in safety and environmental aspects.

For further information, please contact: Kari Hietala of Outokumpu Technology.

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