The Self‐Reducing Pellet Production from Organic Household Waste - 6th International Symposium on High‐Temperature Metallurgical Processing - Wiley Online Library

McLeod, F; Cherrett, T; Quantifying the transport impacts of domestic waste, Waste Management, v 28, 2008, 2271–2278.
Google Scholar
Li, J; The key to avoiding secondary pollutants in the incineration of domestic waste lies in prevention, Procedia Environmental Sciences, v 16, 2012, 669 – 673
Google Scholar
Yau, Y; Domestic waste recycling, collective action and economic incentive: The case in Hong Kong, Waste Management, v 30, 2010, 2440–2447.
Google Scholar
Hudson, A; White, J; Beaven, R; Powrie, W; Modeling the compression behavior of land filled domestic waste, Waste Management, v 24, 2004, 259–269
Google Scholar
Brücknera, S; Schäfersa, H; Petersa, I; Lävemannb, E; Using industrial and commercial waste heat for residential heat supply: A case study from Hamburg, Sustainable Cities and Society, v 13, 2014, 139–142.
Google Scholar
Nogueira, A; Takano, C; Mourão, M; Pillihuaman, A; Iron-carbon nuggets coalescence: influence of slag's liquidus temperatures. TMS 2013 142^nd ANNUAL MEETING & EXHIBITION, San Antonio, Texas, 2013, 322-330.
Google Scholar
Nogueira, A; Takano, C; Mourão, M; Pillihuaman, A; Effects of reducer and slag concentrations in the iron-carbon nuggets coalescence in self reducing processes. TMS 2014 143^rd ANNUAL MEETING & EXHIBITION, San Diego, California, 2014, 243-251.
Google Scholar
Nogueira, A; Takano, C; Mourão, M; Pillihuaman, A; Resistance at high temperature and binders influence on self-reducing pellets. AIST 2014 AISTech – The Iron & Steel Technology Conference and Exposition Indianapolis, IN, 2014, 433-441.
Google Scholar
Nogueira, A; Mourão, M; Takano, Cyro; Santos, D; Effect of slag composition on iron nuggets formation from carbon composite pellets, Materials Research, v. 13 (2), 2010, 191–199.
10.1590/S1516-14392010000200012
CAS Web of Science® Google Scholar
Xia, W; Yang, J; Liang C; A short review of improvement in flotation of low rank/oxidized coals, Powder Technology, v 237, 2013, 1–8.
Google Scholar
Jorjani, E; Esmaeili, S; Khorami, T; The effect of particle size on coal maceral group's separation using flotation, Fuel, v 114, 2013, 10–15.
Google Scholar
Xia, W; Xie, G; Liang, C; Yang, J; Flotation behavior of different size fractions of fresh and oxidized coals, Powder Technology, v 267, 2014, 80–85.
Google Scholar
Sarabèr, A; Overhof, R; Green, T; Pels, J; Artificial lightweight aggregates as utilization for future ashes – A case study, Waste Management, v 32, 2012, 144–152.
Google Scholar

6th International Symposium on High‐Temperature Metallurgical Processing

The Self-Reducing Pellet Production from Organic Household Waste

Summary

References

References

Information

About Wiley Online Library

Help & Support

Opportunities

Connect with Wiley

The Self-Reducing Pellet Production from Organic Household Waste

Summary

References

References

Related

Information