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

Referentgranskad
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DOI
10.1016/j.hydromet.2016.09.006
Aji, Arif T.; Kalliomäki, Taina; Wilson, Benjamin P.; Aromaa, Jari; Lundström, Mari
Hydrometallurgy2016Publicationer information ikon

Modelling the physico-chemical effect of silver electrorefining as effect of temperature, free acid, silver, copper and lead concentrations

Referentgranskad
DOI
10.1063/1.4974416
Aji, Arif T.; Kalliomäki, Taina; Wilson, Benjamin P.; Aromaa, Jari; Lundström, Mari
AIP Conference Proceedings2017Publicationer information ikon

Validation of electrolyte conductivity models in industrial copper electrorefining

Referentgranskad
DOI
10.19150/mmp.8460
Lehtiniemi, I.; Kalliomäki, T.; Rintala, L.; Latostenmaa, P.; Aromaa, J.; Forsén, O.; Lundström, M.
MINERALS AND METALLURGICAL PROCESSING2018Publicationer information ikon

Models for viscosity and density of copper electrorefining electrolytes

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DOI
10.5277/ppmp170227
Kalliomaki, Taina; Aji, Arif T.; Rintala, Lotta; Aromaa, Jari; Lundstrom, Mari
Physicochemical Problems of Mineral Processing2017Publicationer information ikon

Copper cathode contamination by nickel in copper electrorefining

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DOI
10.3390/met11111758
Sahlman, Mika; Aromaa, Jari; Lundström, Mari
Metals2021Publicationer information ikon

Corrosion of stainless steel cathode blanks in copper electrorefining

Referentgranskad
Aromaa, Jari; Kekki, Antti; Forsén, Olof
Chilean Institute of Mining Engineers2013Publicationer information ikon

Detachment and flow behaviour of anode slimes in high nickel copper electrorefining

Referentgranskad
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DOI
10.37190/ppmp/186194
Sahlman, Mika; Aromaa, Jari; Lundström, Mari
Physicochemical Problems of Mineral Processing2024Publicationer information ikon

DEVELOPMENT OF CHARACTERIZATION METHODS FOR ADHERENT ANODE SLIMES IN COPPER ELECTROREFINING

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DOI
10.5277/ppmp160125
Kiviluoma, Mikko; Aaltonen, Miamari; Aromaa, Jari; Lundström, Mari; Forsen, Olof
Physicochemical Problems of Mineral Processing2016Publicationer information ikon

The optimum electrolyte parameters in the application of high current density silver electrorefining

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Öppen tillgång
DOI
10.3390/met10121596
Aji, Arif T.; Aromaa, Jari; Lundström, Mari
Metals2020Publicationer information ikon

Effect of typical impurities for the formation of floating slimes in copper electrorefining

Referentgranskad
DOI
10.1016/j.minpro.2017.09.016
Jafari, Shila; Kiviluoma, Mikko; Kalliomäki, Taina; Klindtworth, Elisabeth; Aji, Arif Tirto; Aromaa,...
International Journal of Mineral Processing2017

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

Referentgranskad
Öppen tillgång
DOI
10.1016/j.hydromet.2016.09.006
2016

Modelling the physico-chemical effect of silver electrorefining as effect of temperature, free acid, silver, copper and lead concentrations

Referentgranskad
DOI
10.1063/1.4974416
2017

Validation of electrolyte conductivity models in industrial copper electrorefining

Referentgranskad
DOI
10.19150/mmp.8460
2018

Models for viscosity and density of copper electrorefining electrolytes

Referentgranskad
Öppen tillgång
DOI
10.5277/ppmp170227
2017

Copper cathode contamination by nickel in copper electrorefining

Referentgranskad
Öppen tillgång
DOI
10.3390/met11111758
2021

Corrosion of stainless steel cathode blanks in copper electrorefining

Referentgranskad
2013

Detachment and flow behaviour of anode slimes in high nickel copper electrorefining

Referentgranskad
Öppen tillgång
DOI
10.37190/ppmp/186194
2024

DEVELOPMENT OF CHARACTERIZATION METHODS FOR ADHERENT ANODE SLIMES IN COPPER ELECTROREFINING

Referentgranskad
Öppen tillgång
DOI
10.5277/ppmp160125
2016

The optimum electrolyte parameters in the application of high current density silver electrorefining

Referentgranskad
Öppen tillgång
DOI
10.3390/met10121596
2020

Effect of typical impurities for the formation of floating slimes in copper electrorefining

Referentgranskad
DOI
10.1016/j.minpro.2017.09.016
2017