Home > Case Studies > Circularity at the interface of artisanal-, small- and large-scale copper-cobalt extraction in Zambia’s Copperbelt Province
Case Study

Circularity at the interface of artisanal-, small- and large-scale copper-cobalt extraction in Zambia’s Copperbelt Province

  • Status: In Progress
  • Commodity(s): Cu, Co
  • Location: Zambia
  • Thematic Area: CE principles for raw materials and new geomodels

Objectives

  • Develop a circular economy model for copper-cobalt extraction activities in Copperbelt Province, Zambia.
  • Use model to test hypothesis that activities carried out by the artisanal-, small-, and large-scale mining sectors can contribute to a sustainable circular economy framework for copper and cobalt.

Researchers

  • Dr Eva Marquis,
  • Professor Karen Hudson-Edwards
  • Michael Musialike (Copperbelt University)
  • Gabriel Ziwa (Copperbelt University)
  • Professor Frances Wall

Partners

  • PACT
  • Levin Sources
  • Cobalt Institute
Cornish Lithium drilling rig

Description

The Central African Copperbelt is an important location of copper and cobalt production globally. Zambia’s Copperbelt Province has a long legacy of copper, and to lesser extent, cobalt mining. Both critical energy transition elements.

To generate both local employment and reduce waste accumulations in population centers, the Zambia Government permitted small and artisanal mining of smelter slag and other mining residues. Occupying the nexus of scales and feedstocks, this case study explores the alignment of the system with circularity principles.