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Meeting 2016 TMS Annual Meeting & Exhibition
Symposium Alumina & Bauxite
Presentation Title Going FAR (Floating Alumina Refinery)
Author(s) Bradley James Hogan
On-Site Speaker (Planned) Bradley James Hogan
Abstract Scope “Going FAR” is, for now, an abstract concept for a Floating Alumina Refinery. The FAR concept potentially reduces sovereign risk from politically unstable or socially fragile countries by moving to another location, protecting the majority of the refinery asset and investment. Going FAR may also provide the opportunity to process small isolated bauxite deposits where it is uneconomical to build a conventional land-based refinery. Bringing this concept to commercial reality will require outside the square thinking, and many critical questions need to be answered. What are the benefits of FAR? How do the economics compare to a traditional onshore refinery? What is the maximum refinery capacity that would be possible as a floating facility? What changes are required in technology and equipment? What are the major changes to safety and environmental risks and how will they be managed? Will the FAR design inspire innovations which have application for land-based refineries?
Proceedings Inclusion? Planned: Light Metals Volume

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Alkalinity Precipitation Measurement on Carbonation of Bauxite Residue
An Improved Lime Sinter Process to Produce Al2O3 from Low-grade Al-containing Resources
Effect of Different Silica Mineral Compositions on the Digestion Results in Bayer Process
Effect of Lime Addition during Digestion on Stability of Digested Liquor of Diasporic Bauxite
Extraction of Alumina from the Magnetic Separation Tailings Derived from Reductive Roasting of Red Mud
Going FAR (Floating Alumina Refinery)
Industrial Implementation Characteristics of Aluminates Liquor Low-temperature Desilication Technology
Influence Factors of Stirring Speed of Self-stirring Tubular Reactor Used in Bauxite Digestion Process
Investigation of Flotation Behaviors of Refractory High Silica Bauxite
Leaching Kinetics for Recovering Alumina from Waste Tricalcium Aluminate Generated after Filtration of Bayer's Liquor
Reaction Behavior and Conversion of Anatase in Alumina Production Process with Calcification-carbonization Method
Research on Activated Alumina Obtained by Spray Pyrolysis Method
Study on Effective Extraction of Al and Fe from High-iron Bauxite through “Calcification-carbonization” Method
Study on the Influence of Chemical Additives during the Digestion of Bauxite
Sustaining Capital of Alumina Refinery Projects – Important but Unloved
Ways to Improve of Aluminium Content Raw Material Treatment by Sintering Method

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