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ABOUT THE PRESENTER |
James Metson graduated with a PhD in Chemistry from Victoria
University of Wellington in 1980 and after a stint in Canada, joined
the Department of Chemistry at The University of Auckland in 1985.
He has since held positions as Director of the Research Centre
for Surface and Materials Science, Acting Director of the Light
Metals Research Centre during its formation and Associate Deputy
Vice-Chancellor (Research) for the University.
His research work, has involved areas such as dry-scrubbing
technology and studies of cell emissions, electrolyte chemistry and
electrode reactivity. He was a TMS Light Metals award winner in
1994 and winner of the New Zealand 1995 Shell Prize for Industrial
Chemistry. Dr Metson has presented more than 20 plenary or keynote
lectures, has over 100 research publications and 60 technical reports,
many dealing with applications in the aluminium industry
Margaret Hyland graduated with a PhD in Chemistry from the
University of Western Ontario, London, Canada in 1989, and is
currently a Senior Lecturer in the Department of Chemical and
Materials Engineering at the University of Auckland. She has carried
out extensive research in aluminium smelting technology with primary
interests in dry scrubbing and cell materials. She has presented a
number of papers at the TMS Light Metals Conference and is the
winner of 3 TMS Awards in Carbon and Reduction Technology
in 1997 and 2000. Dr Hyland has published over 40 papers and
over 60 technical reports, involving contracts with many of the
major aluminium companies.
Mark Taylor graduated from Auckland University in 1984 with a
PhD in Chemical and Materials Engineering. His career with the
Comalco organization spanned 18 years in a variety of research,
technical and operational roles.
He commenced at the Comalco Research Centre in Melbourne,
moving into plant management at New Zealand Aluminium Smelters,
Tiwai, Invercargill. During this time, Dr. Taylor was the Implementation
Manager for the $450m smelter upgrade and then Potroom Manager.
Following this he managed the smelter for a six month period before moving into the role of General Manager Technical for the
Comalco Group. Dr Taylor directed Comalco’s reduction research
and development and provided technical support to Comalco’s
3 operational smelters. Mark was appointed General Manager
Operations in 2000 to Comalco’s largest smelting operation, Boyne
Smelters Ltd in Central Queensland.
Mark returned to the University of Auckland in January 2003
as the Director, Light Metals Research Centre and is engaged
in light metals research and consulting globally. He has over
forty publications.
Ivan Anich is currently General Manager Process Improvement,
with Comalco Mining & Refining. Responsibilities include managing
Comalco’s interests in the operations of Queensland Alumina and
Eurallumina (Sardinia). Other responsibilities include the Mining & Refining research group, planning and processing of Weipa bauxite,
technical support for bauxite and alumina sales and process aspects
of the new Comalco Alumina Refinery (under construction). Before
joining Comalco he spent 28 years with Alcoa in both operating and
technology positions including 23 years in refinery roles. During his
last five years with Alcoa Mr Anich was in the position of Alcoa World Alumina Technical Manager based in Perth. He is the inaugural
chairman of the Alumina Technology Roadmap Implementation
Committee (2001 – 04).
Barry Welch is in his 40th year of research and development
associated with aluminum smelting technology. He has worked in
the industry as well as consulting, directing research programs, and
publishing extensively on aspects of smelter technology.
Alton Tabereaux is Manager of Process Technology, Alcoa
Primary Metals. He graduated with a Ph.D. in Chemistry from
the University of Alabama in 1971. He worked in Research and
Development at Reynolds Metals Company for 26 years. He has
become an acclaimed world leader in cell diagnostics and operations
as well as being a regular contributor to TMS Light Metals. He
teaches in the TMS Industrial Aluminum Electrolysis course as well
as the international course on Process Metallurgy of Aluminum
held in Norway each year. He has obtained 15 US patents and
published over 50 technical papers.
Steve Lindsay is Manager of Process Technology, Alcoa Primary Metals. His expertise is in areas of Process Support Specialization, Raw Materials-Alumina, Alumina Logistics and Distribution Systems, and Dry Scrubbing Systems. He has 25 years of process control and managerial experience with Alcoa in Primary Metals. Since 1985, he has been an active TMS member and participated in TMS Conferences. He received a B.S. in chemical Engineering from Clarkson College of Technology (now Clarkson University) in Potsdam, NY. In 1998 he received a M.A. in applied Behavioral Science from the Leadership Institute of Seattle. Since 1990, he has been a lecturer for Alcoa Process Engineering Training Program. In 1991, he was a participant at the Aluminum Process Symposium at the University of Trondheim. Recently he was the Guest Lecturer for UNSW/AU Graduate Aluminium Process Technology Course at Portland Aluminium.
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SMELTER GRADE ALUMINA
FROM THE SMELTING PERSPECTIVE
Dates:
Sunday, March 14, 2004 8:30am-5:00pm
Presented by:
James B Metson, Light Metals Research Centre,
The University of Auckland
Margaret M. Hyland, Light Metals Research Centre,
The University of Auckland
Mark P. Taylor, Light Metals Research Centre,
The University of Auckland
with contributions by:
Alton Tabereaux, Manager Process Technology,
Alcoa Primary Metals
Barry Welch, Light Metals Research Centre,
University of Auckland and University of New South Wales
Ivan Anich, General Manager Process Improvement,
Comalco Mining and Refining
Steve Lindsay, Manager Process Technology,
Alcoa Primary Metals
Fees:
Members $475, Non-members $560
Sponsored by: TMS Light Metals Division
Who Should Attend:
This 1 day course is intended for managers, supervisors,
engineers and scientists employed in either research or operations
associated with aluminum smelting, as well as technical and
management personnel in alumina refineries and smelter alumina
Purchasing Officers.
Course Overview:
The course seeks to advance the understanding of the structure of
smelter grade alumina, how the properties change with calcination
and other production techniques. Lectures will examine the
importance of various properties on cell operation including solubility,
role and transport of impurities, changes in fines content during
handling, the role of structure in emissions control, role in anode cover
material, the relationship between structure and behavior in handling
and in storage hoppers. It will also discuss the balance between the
demands of dry scrubbing and smelter requirements.
The course will be a blend of lectures, discussions and brief
presentations from invited industrial specialists.
Other Short Courses:
Below is a list of the other short courses that are scheduled for the
2004
TMS Annual Meeting and Exhibition:
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