612
D. Fonseca et al.
of sodium in this brick’s corrosion mechanism, while the higher amounts of CaO
and SiO 2 in slags with lower Na content were more harmful to the basic bricks. The
rebonded magnesia-chromite grade showed the highest overall wear resistance. The
interaction between the refractory and lead-containing compounds is an additional
aspect to be considered when applying the findings of this study to the refractory
lining optimization in secondary lead production.
References
1. Data from the International Lead and Zinc Study Group: www.ilzsg.org
2. Schriner D, Taylor P, Grogan J (2016) A review of slag chemistry in lead recycling. In: Lead
& Zinc ‘05. Proceedings of the 10th international conference on molten slags, fluxes and salts
22–25 May, Washington, USA, 2016
3. Spanring A (2010) Refractory applications in the secondary lead industry. RHI Bull 1:56–62
4. Sinclair RJ (2009) Extractive metallurgy of lead. The Australasian Institute of Mining and
Metallurgy (The AusIMM)
5. Gregurek D, Reinharter K, Majcenovic C, Wenzl C, Spanring A (2015) Overview of wear
phenomena in lead processing furnaces. J Eur Ceram Soc 35:1683–1698
D. Fonseca et al.
of sodium in this brick’s corrosion mechanism, while the higher amounts of CaO
and SiO 2 in slags with lower Na content were more harmful to the basic bricks. The
rebonded magnesia-chromite grade showed the highest overall wear resistance. The
interaction between the refractory and lead-containing compounds is an additional
aspect to be considered when applying the findings of this study to the refractory
lining optimization in secondary lead production.
References
1. Data from the International Lead and Zinc Study Group: www.ilzsg.org
2. Schriner D, Taylor P, Grogan J (2016) A review of slag chemistry in lead recycling. In: Lead
& Zinc ‘05. Proceedings of the 10th international conference on molten slags, fluxes and salts
22–25 May, Washington, USA, 2016
3. Spanring A (2010) Refractory applications in the secondary lead industry. RHI Bull 1:56–62
4. Sinclair RJ (2009) Extractive metallurgy of lead. The Australasian Institute of Mining and
Metallurgy (The AusIMM)
5. Gregurek D, Reinharter K, Majcenovic C, Wenzl C, Spanring A (2015) Overview of wear
phenomena in lead processing furnaces. J Eur Ceram Soc 35:1683–1698