Determining the Degree of Removal of Copper From Slag

Journal title

Archives of Foundry Engineering




No 4



Post-process slag ; Copper recovery ; coagulation

Divisions of PAS

Nauki Techniczne


The Katowice Branch of the Polish Academy of Sciences




Artykuły / Articles


DOI: 10.1515/afe-2016-0081 ; ISSN 2299-2944


Bydałek (2014), The Innovative Analysis of the Refinement Ability Exstractive Slag of Engineering and Innovative Technology ISSN, International Journal, 4, 186. ; Bydałek (2011), Role of carbon in the melting copper processes of Foundry Engineering, Archives, 11, 37. ; Kowalczyk (1995), Viscosity Viscosity of copper slags from chalcocite concentrate smelting Metallurgical and Materials, Transactions, 26, 1217, ; Wołczyński (2015), Gravity / buoyancy competition within coagulation of copper droplets in slag of Materials Science and Engineering, Archives, 76, 35. ; Migas (2010), Interactions between liquid slag and graphite during the reduction of metallic oxides of Metallurgy and Materials, Archives, 55, 1147, ; Wołczyński (2006), Solidification and solid / liquid interface paths for the formation of protective coatings of Foundry Engineering, Archives, 18, 359. ; Wołczyński (2016), Sedimentation of copper droplets after their coagulation and growth of Foundry Engineering, Archives, 16, 95. ; Kucharski (2014), A Study on the Copper Recovery from the Slag of the Outokumpu Direct - to - Copper Process Metallurgical and Materials, Transactions, 45, 590, ; Łędzki (2009), Dynamic viscosity of blast furnace primary and final slag with titanium and alkali admixtures of Metallurgy and Materials, Archives, 54, 499. ; Kalisz (2012), Computer simulation of liquid slag reduction process of Foundry Engineering ( in Polish, Archives, 12, 91. ; Bydałek (2015), The concept of slag decopperisation in the flash furnace process by use of complex reagents of Metallurgy and Materials, Archives, 60, 323,