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Meeting 2010 TMS Annual Meeting & Exhibition
Symposium Aluminum Reduction Technology
Sponsorship The Minerals, Metals and Materials Society
TMS Light Metals Division
TMS: Aluminum Committee
TMS: Aluminum Processing Committee
Organizer(s) Charles Mark Read, Bechtel Corporation
Gilles Dufour, Aluminerie de Deschambault
Scope The Aluminum Reduction Technology Symposium, along with Alumina and Bauxite, Cast Shop Technology, Electrode Technology, Recycling Technology, and Reactive Metals, collectively form the Light Metals Symposium, where experts from the Light Metals Industry and academia from all over the world meet each other and share information. You are invited to submit papers in the following subject areas: Cell Operation (Performance and Operating Advances); Cell Start-Up and Early Operation; Cell Modernization and Productivity Increase; Process Control; Modeling of Cell Design; Environmental Aspects; Fundamentals; Bath Chemistry; Power Modulation; Power Supply Improvements; Inert Anode Operation and Emerging Reduction Processes.

A joint Reduction/Cast Shop session is proposed, devoted to the Reduction/Cast Shop interface. Papers on topics such as bath carry-over impact and prevention, metal loss, metal purity capture, sodium and other impurities, equipment, and logistics enhancement, are requested.

A session on Sustainability, Environmental, and Specific Energy Consumption Issues is planned. Papers on this topic are strongly encouraged.

A session dedicated to Maintenance Best Practices; Planning and Scheduling, Reliability, Autonomous Maintenance, is planned. Papers on these important challenges are welcomed. In addition, papers on Modeling of Currents, Magnetics, Metal Topography, Aluminum Production will be collected in a special session to honour Professor Jim Evans.

Papers are requested for these joint sessions.

For further information, please contact:

Charles “Mark” Read
Bechtel
Phone: +1 514 875 3068
Cell: +1 514 247 5679
Email: cmread@bechtel.com

Gilles Dufour
Aluminerie de Deschambault
Phone: +1 418 286 5245
Mobile: +1 418 971 0303
Email: gilles.dufour@alcoa.com
Abstracts Due 11/15/2009
Proceedings Plan Definite: A combination print-CD volume
PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE

2008 Global Anode Effect Survey Results
3D Freeze Shape Study of the Aluminum Electrolysis Cells Using Finite Element Method
A Nonlinear Model Based (NMPC) Control Strategy for the Aluminium Electrolysis Process
Alfeed, a New Alumina Feeding System to Aluminium Pots
Alumina Dissolution Rate as Impacted by Ore Pre-treatments
Aluminum Fluoride – A Users Guide
Application of a Method for the Determination of Pfc Emissions During Aluminum Pot Startup
Automated Anode Gauging
Baking Start-up and Operation Practices of 400kA Prebaked Anode Pots
Bath Temperature Inference through Soft Sensors using Neural Networks
Busbar Circuit Design and Installation for Boosting Already Boosted Pots
CFD Modelling of Effect of ACD and Anode Size on Alumina Mixing in Aluminium Reduction Cells
Cleaning and Maintenance of Crucibles and Siphons/Tubes
Continues Advancement in Lanzhou Smelter
Continuous Improvement in Aluminium Reduction Cell Process Performance with the ALPSYS® Control System
CVG-venalum Potline Control and Supervisory Integrated System VEN-PCSIS
Design of a Bypass Joint for the Aluminum Reduction Cells.
Determination of Cryolite Ratio of Aluminum Electrolytes
Development and Application of a Multivariate Process Parameters Intelligence Control Technology for Aluminum Reduction Cells
Development and Application of an ANSYS® based Thermo-Electro-Mechanical Anode Stub Hole Design Tool
Development of the AP39: The New Flagship of AP Technology
Dissolution Behavior of Aluminum Dross in Aluminum Electrolyte
DX Pot Technology Powers Green Field Expansion
Effect of Atmosphere-Changing Sintering on the Corrosion Resistance of 17Ni/(10nio-Nife2O4) Cermet Inert Anode
Effects of High Temperatures and Pressures on Cathode and Anode Interfaces in a Hall-Heroult Electrolytic Cell
Efficient Thermal Balance Strategy Developed by CVG Venalum
Electrolysis Pot J Hooks New Design: Positive Impacts on Performance and Environment
Erosion of Ferrous Alloys by Liquid Aluminum
Heat Recovery from the Exhaust Gas of Aluminum Reduction Cells
High Temperature Effects on Cathode and Anode Interfaces in a Hall-Héroult Electrolytic Cell
Improving Heat Dissipation and Cell Life of Aged Reduction Lines at Aluminium Bahrain (Alba)
In Situ Raman Experimental Study of Ionic Species in Cryolite Melts of Various Composition
Increased Energy Efficiency and Reduced HF Emissions with New Heat Exchanger
Industrial Test of Low-voltage Energy-saving Aluminum Reduction Technology
Keeping the Pace of Continuous Improvement by Retrofitting Pot Tending Machines
Liquidus Temperatures of Cryolite Melts with Low Cryolite Ratio
Maintenance in an Aluminium Smelter : the next stage.
Mathematical Modeling of Aluminum Reduction Cell Potshell Deformation
Modern Potline Gas Treatment Technology for High Amperage Pots - The Alcoa Fjardaal Experience
New Cathodes in Aluminum Reduction Cells
New concepts for Bulk Materials Plants for the Aluminium Producing Industry – From Raw Material Receiving to Electrolysis Cells
New Logistic Concepts for 400 and 500 kA Smelters
Processing of Anode Cover Material
Rapid, Non-Destructive Analysis of % Gibbsite in Smelting Grade Alumina
Reduction Line-5 DC Electrical Hazard
Safe and Efficient Traffic Flow for Aluminum Smelters
Statistical Investigation and Modeling of Bath Level in Hall-Héroult Cells
Study of Surface Oscillation of Liquid Aluminum in 168kA Aluminum Reduction Cells with a New Type of Cathode Design
Successful Commercial Operation of NEUI400 Potline
Terminating Anode Effects by Lowering and Raising the Anodes - A Closer Look at the Mechanism
The Applicability of Carbon Capture and Sequestration in Primary Aluminium Smelters
The Determination of Pot Current Distribution by Measuring Magnetic Fields
The Newly Advancement of SY400 Pot
The Pot Technology Development in China
The Use of CFD Simulations to Optimise Ventilation of Potrooms
Thermal Stress Analysis of the Anode after Its Setting
Update on the Evaluation of HF Emission Reduction Using Covered Anode Trays
Usage of Fuzzy Logic as a Strategy for the Aluminium Fluoride Addition in Electrolytic Cells
Wettability of Liquid Aluminum on Carbon/Graphite/TiB2 Composite Cathode Materials
Wettable Athodes: An Update
In Situ Cell Control


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