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Title of Journal: JOM

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Springer-Verlag

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10.1007/bf02854201

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1543-1851

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Zinc Recovery via the Flame Reactor Process

Authors: J F Pusateri C O Bounds L W Lherbier
Publish Date: 2012/10/26
Volume: 40, Issue: 8, Pages: 31-35
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Abstract

A major objective of the zinc industry for the 1990s will be to maintain high zinc recovery while eliminating the disposal of copious quantities of hazardous iron residues The flame reactor process has demonstrated the potential of meeting this objective by either treating the residues or smelting zinc directly The process has been proven commercially viable for treating flue dusts generated during electric arc furnace steelmaking Zinc lead and cadmium are recovered from the dust as a crude oxide for recycle while a nonhazardous slag is produced for sale Similar products are efficiently produced from electrolytic zinc plant neutral leach and iron precipitation residues In addition the reactor shows promise of fulfilling its original objective of being a lowenergy primary zinc smelter by fuming and condensing zinc from roasted concentratesJF Pusateri received his MS in materials engineering from Drexel University in 1975 He is currently director—flame reactor operations and development for Horsehead Resource Development Company Inc MRR Division Mr Pusateri is also a member of TMSCO Bounds received his PhD in metallurgy and materials science from Carnegie Mellon University in 1971 He is currently director—business development for Horsehead Resource Development Company Inc MRR Division Dr Bounds is also member of TMSLW Lherbier Jr received his BS in metallurgy and materials science from Carnegie Mellon University in 1980 Mr Lherbier is currently a senior process engineer with Horsehead Resource Development Company Inc MRR Division Mr Lherbier is also a member of TMS

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  2. Structural materials issues for the next generation fission reactors
  3. Defects in Strained Layer Semiconductors
  4. Engineering Education Answers the Challenge of the Future
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  6. Graphite to Graphene via Graphene Oxide: An Overview on Synthesis, Properties, and Applications
  7. Microalloying TiAl with Nitrogen and Tungsten
  8. Fracture Toughness and Fatigue Crack Growth Behavior of As-Cast High-Entropy Alloys
  9. Fe-30Ni-5NiO alloy as inert anode for low-temperature aluminum electrolysis
  10. Strain-Induced Surface Dynamics of Aluminum Studied by In Situ Photoelectron Emission
  11. Titanium composite materials for transportation applications
  12. Microstructure of ASTM A-36 Steel Laser Beam Weldments
  13. Understanding Slag Freeze Linings
  14. Development Trends in EAF Steelmaking
  15. The positive strain-rate dependence of ductility in a 50Mo-50Re alloy
  16. The mineral base and productive capacities of metals and non-metals of Kosovo
  17. Heat transfer and skin formation in a continuous-casting mold as a function of steel carbon content
  18. Metal Production: A Time to Reflect
  19. The Development of the Channel Injection Furnace for Demagging in the Secondary Aluminum Industry
  20. The cutting edge: Sharp biological materials
  21. A Model of Vanadium Carbide Growth on Steel Surfaces Obtained by Thermo Reactive Deposition
  22. The Emergence of Quantitative Sintering Theory from 1945 to 1955
  23. Electric furnace steelmaking in the next decade
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  25. Effects of Vanadium (V and IV), Molybdenum (VI) and Lead (II) on the Oxidation Kinetics of Steel Scrap
  26. Soft Magnetic Materials in High-Frequency, High-Power Conversion Applications
  27. Shaping, Forming and Modeling of Advanced High Strength Steel
  28. Ultrananocrystalline Diamond-Coated Microporous Silicon Nitride Membranes for Medical Implant Applications
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