Assessment of the Harmfulness of the Slags from Copper Smelting Processes, in an Aspect of their Management

Journal title

Archives of Foundry Engineering




vol. 17


No 3



Innovative technology ; Slag copper ; leaching ; Environmental protection

Divisions of PAS

Nauki Techniczne


The Katowice Branch of the Polish Academy of Sciences




Artykuły / Articles


ISSN 2299-2944


Zajączkowski (2012), Polish Patent, null, 14. ; Bydałek (2011), Metallurgy of copper and its alloys miedzi i jej stopów in Polish Publishing ISBN, null, 978. ; Wołczyński (2016), Reagents Activity in a Copper Droplets Post - Processing Slag Suspension of Foundry, Archives Engineering, 21, 147. ; Shi (2008), Utilization of copper slag in cemente and concrete Resources and, Conservation Recycling, 1115. ; Sosin (1994), Polish patent, null, 13. ; Bydałek (2001), Assessing the refining abilities of slags by modelling a real process of metal of Thermal Analysis, Journal, 20, 591. ; Queneau (1991), Application of slag technology to recycling of solid waste Meeting Denver CO, Annual USA, 02. ; Bydałek (1971), The calcium carbide copper rafinaction, Chem Process, 16, 10. ; (2006), Polish Standard, null, 22, 12457. ; Kunze (2009), US patent, null, 19, 014063. ; Sanche (2013), Physicochemical charcterization of copper slag and alternnatives of frieddly environmental of and Section, management Journal Mining Metallurgy B Metallurgy, 49, 161. ; Patel (2012), Feasibility of copper slag fly ash mix as a road construction material on Urban, Int J Transportation Development, 2, 111. ; Kucharski (2013), Patent, null, 15. ; Gorai (2003), Jana Characteristic and utilization of copper slag - a and, review Resources Conservation Recycling, 39, 299. ; Purna (2014), Use of cooper slag as sustainable aggregate Proceedings of India Section India, null. ; Bydałek (2011), Role of carbon in the melting copper processes of Foundry, Archives Engineering, 18, 37. ; Bydałek (2016), The Influence of the Chemical Composition of Selected Waste Materials from the Production of Copper on the Final Environmental Assessment of and, Archives Metallurgy Materials, 12, 2135. ; Mavroulidou (null), Properties of concrete containing waste copper slag as a fine aggregate replacement Proceedings of the th International Conference on Environmental Technology, Science, 14, 2015. ; Bydałek (1998), Slag and oxide - carbon systems in the process of melting copper and its alloys no in Polish, null, 17.