ProgramMaster Logo
Conference Tools for 2014 TMS Annual Meeting & Exhibition
Register as a New User
Submit An Abstract
Propose A Symposium
Presenter/Author Tools
Organizer/Editor Tools
About this Symposium
Meeting 2014 TMS Annual Meeting & Exhibition
Symposium Aluminum Reduction Technology
Sponsorship TMS Light Metals Division
TMS: Aluminum Committee
Organizer(s) Margaret Hyland, University of Auckland
Scope The Aluminum Reduction Technology Symposium, along with Alumina and Bauxite, Cast Shop Technology, Electrode Technology for Aluminum Production 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 and Power Supply, Improvements, Inert Anode, Operation Emerging Reduction Processes, Safety issues in Reduction Lines, Aluminum Trend and market demand, Energy saving initiatives in Reduction Process, Changes/initiatives in Reduction operation to cope with the financial crisis
Abstracts Due 07/15/2013
Proceedings Plan Planned: Light Metals Volume

15 Years of GTC Operations at Aldel: Long-Term Assessement of GTC Performance
A CFD-PBM Coupled Model Predicting Anodic Bubble Size Distribution in Aluminum Reduction Cells
A Concept for Electrowinning of Aluminium Using Depolarized Gas Anodes
A Modelling of Heat Losses in Aluminium Reduction Cell with Slotted Anodes
A Novel Design Criterion for Alumina Feeders in Aluminium Electrolysis Cells
A Novel Heat Recovery Technology from an Aluminum reduction Cell Side Walls: Experimental and Theoretical Investigations
A Numerical Approach for the Design of Anode Beam Mechanical Systems
Abart CDS - A New Compact Multi-pollutant Pot Gas and Alumina Handling System
Al2O3-Na3AlF6 Man-made Ledge Composites for Aluminum Electrolysis Cells
An Improved Finite Element Model for Thermal Balance Analysis of Aluminum Electrolysis Cells
Analysis the MHD Instabilities in Reduction Cells with Lyapunov Method
Anode Effect Phenomena during Conventional AEs, Low Voltage Propagating AEs & Non-propagating AEs
Anode Rod to Beam Contact.
AP60 Cell Start-up: Thermal Electrical Mechanical Quarter Cell Model
At-line Analysis of Polycyclic Aromatic Hydrocarbons in Aluminium Primary Production
Bar to Block Contact Resistance in Aluminum Reduction Cell Cathode Assemblies
Cell Electrical Preheating Practices at DUBAL
Comparing Different Measurement Approaches to Characterize All PFC Emissions
Concept and Design of Dubal Pot Start-up Fuses
Current Efficiency in Aluminium Reduction Cells:Theories, Models, Concepts, and Speculation
Current Status of Research and Development on Automatization and Intellectuality For Plants of Aluminum in China
Developing a New Process Indicator Based on the Relationship between an Electrolysis Cell Impurity Balance and Its Incidents
Development on Electrolytic Cell Gas Cooling
DUBAL Cell Voltage Drop Initiatives Towards Low Energy High Amperage Cells
Dynamic Simulation of Cell Voltage Resonance Effect in Aluminum Electrolysis Cell
EAF Carbothermic Co-reduction of Alumina and Silica, for the Direct Production of Al-Si Master Alloy
Economic and Environmental Alternative for the Destination of Spent Pot Lining from Primary Aluminium Production
Effect of Current Density and Phosphorus Species on Current Efficiency in Aluminum Electrolysis at High Current Densities
Effect of Innovative Cathode on Bath/Metal Interface Fluctuation in Aluminum Electrolytic Cell
Improving XRD Analysis for Complex Bath Chemistries – Investigations and Challenges Faced
Industrial Running of the 530kA Potline in North-western China
Influence of Heat Source Cooling Limitation on ORC System Layout and Working Fluid Selection: The Case of Aluminum Industry
Influence of the Cathode Surface Geometry on the Metal Pad Current Density
Investigations into Innovative and Sustainable Processes for the Carbothermic Production of Gaseous Aluminum
Key Physical Properties of Smelter Grade Alumina
Key Success Factors Deploying a Manufacturing Excellence Solution(MESAL™) in Rio Tinto Alcan
Mass Transfer Reactions Near the Cathode during Aluminium Electrolysis
MHD Stability for Irregular and Disturbed Aluminium Reduction Cells
Modeling the Behavior of Alumina Agglomerate in the Hall-Héroult Process
Modelling HF Generation: The Role of Ambient Humidity
Monitoring of Continuous PFC Formation in Small to Moderate Size Aluminium Electrolysis Cells
New Generation Control for Daily Aluminium Smelter Improvement
Non-linear Behavior of a Metallic Foam for the Reduction of Energy Losses at Electrical Contacts in the Aluminum Industry
Numerical Simulation of Full Lifecycle Cathode Assembly Performances for Design Optimization
On-line Monitoring of Anode Currents; Experience at Trimet
On the Influence of MHD Driven Convection on Cathode Wear
On the Prediction of the Crust Evolution inside Aluminum Electrolysis Cells
Online Monitoring of Aluminium Primary Production Gas Composition by Use of Fourier-transform Infrared Spectrometry
Pot Gas Cooling Technologies
Predictive Tools in Evaluating Re-entrainment of Exhausted Particulate in Different Ventilator Configurations for Different Heat Process Applications
Preparation and Start-Up of Arvida Smelter, AP60 Technological Center
Raw Gas Particles and Depositions in Fume Treatment Facilities in Aluminum Smelting
Reducing Greenhouse Gas Emissions during Aluminium Smelting through Development and Implementation of Improved Control Strategies and Operational Practices
Regulation System to Improve Quality of the Metal Sucked during Tapping Operation
Revised Benchmark Problem for Modeling of Metal Flow and Metal Heaving in Reduction Cells
Simulation and Optimization of Cathode Current Distribution to Reduce the Hortizontal Current in the Aluminum Liquid
Simulation of Anode Bubble: Volume of Fluid Method
Start and Tuning of Material Distribution System at Aluminum Smelter in Qatar
Start up of the Shut Down Pots - Problems and Solutions to Improve the Results
Statistical Evaluation and Modeling of the Link between Anode Effects and Bath Height, and Implications for the ALPSYS Pot Control System
Structural Characterisation and Thermophysical Properties of the Side Ledge in the Hall-Héroult Cells
Successful Startup of World Largest Greenfield Smelter
The End of an Era for Søderberg Technology in North and South America
The Melting Behaviour of Aluminium Smelter Crust
The Nature of Particles and Fines in Potroom Dust
Thermal Events of the Early Life of an Aluminium Electrolysis Cell
Towards Decreasing Energy Consumption of Aluminum Reduction by Using Anodes with Holes and Channels
Understanding and Managing Alumina Quality Fluctuations to Minimize Impact on Cell Performance and Metal Quality
Wetting Characteristics of Cryolite-based Melts on Spinels Substrate

Questions about ProgramMaster? Contact