Modelling the effect of temperature and free acid, silver, copper and lead concentrations on silver electrorefining electrolyte conductivity

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Aji, Arif T.; Kalliomäki, Taina; Wilson, Benjamin P.; Aromaa, Jari; Lundström, Mari;
(2016)
  • Embargo end date: 2018-12-01
  • Identifiers: doi: 10.1016/j.hydromet.2016.09.006
  • Subject: Metals and Alloys | Industrial and Manufacturing Engineering | Materials Chemistry | 216 Materials engineering | Metals | Conductivity model | Electrorefining overpotential | Industrial | Silver electrolyte

Conductivity is one of the key physico-chemical properties of electrolyte in silver electrorefining since it affects the energy consumption of the process. As electrorefining process development trends towards high current density operation, having electrolytes with hig... View more
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