Workshop on Alumina production


Reinhard Bott,
FiltraVision GmbH, Germany

 

Lecture «State of the art filtration equipment and practices for alumina production»

Vitae

Dr. Reinhard Bott studied at University "Fridericiana"Karlsruhe“ on Chemical engineering in 1980. Then he worked as a senior assistant of Professor Dr. W.H. Stahl at Institute for Mechanical Process Technology and Mechanics. In 1985 he finalized PhD-thesis "About Continuous Pressure Filtration”. In 1986 he established of BOKELA by Reinhard Bott & Thomas Langeloh et al. as a start up company.

The company engages in development, installation design processes for continuous vacuum and pressure filter plants (like big dimeter "Boozer" disc filter, various drum filter types, pan filter, high pressure squeezing filter presses WAP, HiBar Oyster filters, HiBar Steam Pressure Filtration) but also most moderndynamic cross flow filters (DYNO Filter) for absolute membrane filtration, sieving filtration and precoat Filtration.

Another part of activity is marketing of the revamping concept for the modernization of running filter plants in various markets and for any kind of cake forming filtration for the sustainable improvement of performance.

The major strategy of the company is setting up of an international, modern concept (international sourcing and strategical partnering) for manufacturing and component supply, consortial project executions with international partners.

In 2014 Dr. Bott transferred of the ownership of BOKELA to the Japanese technology group TSK, Tokyo.



Aileen Oconnell,
RUSAL Aughinish, Ireland
 

Lecture «A refineries view of producing quality alumina»

Vitae

Aileen O’Connell received her BSc Degree as Chemical Engineer in 1986 in Cork Regional Technical College (CRTC), then in 1989 received PhD degree on Chemical & Process Engineering in Heriot Watt University, Edinburgh. She also passed through the financial and business courses.

Since 1991 she has been working in RUSAL Aughinish and held the following posts: Senior Process Engineer, Principal Engineer, Hydrate Plant Manager, Technical and Administration Manager. The current position is Plant Operations Manager who is responsible for: Management of Plant Performance, all Plant Operation and Maintenance, alliance Contractors (Major Maintenance and Capital Project Construction), Liaise with relevant external agencies (Water Supply, Port Authority etc), carry out audits and loss control tours, Support and promote performance improvements in areas of Safety, Environment, Production, Costs and Quality.

Scientific Interest:

All aspects of improving the Bayer Plant be it operations, technology advancement, continuous improvement and/or people improvements.



Aleksey Golubtsov,
Mining Institute of Kola Scientific Center RAS
 

Lecture «Enrichment technologies: prospects and current state in Russia and the world. Application to the aluminum-containing ore deposits of Russia»

Vitae

Lecturer graduated from the Saint Petersburg Mining institute in 2003 on Minerals beneficiation.

He worked in the company “APATIT” till 2014. Since then till now he works as a deputy head of technological department in the Mining Institute of Kola Scientific Center RAS.

Field of scientific interest: minerals processing.

Workshop on Aluminium reduction technology


Jomar Thonstad,
Norwegian university of science and technology, Norway

 

Lectures «Aluminium reduction technology: principles. Evolution of cells design»
«Cell voltage. Specific energy consumption»


Vitae

Professor emeritus, Norwegian University of Science and Technology, Trondheim, Norway

I have been as professor of electrochemistry at my university, specializing in electrowinning processes, in particular aluminium electrolysis. Important topics for aluminium have been anode reaction, anode effect, the effect of impurities and inert anodes. Electrowinning of zinc, iron and cobalt has also been studied.

I am now acting as a consultant to industry, and I am also directing some experimental work related to specific problems, for instance the effect of impurities and inert anodes for aluminium electrolysis.



Dr. Asbjorn Solheim,
SINTEF, Norway

 

Lecture «The future of the Hall-Heroult technology»

Vitae

Asbjørn Solheim is Chief Scientist at the research team Electrolysis and High Temperature Materials at SINTEF Industry. He has more than 40 years of experience at SINTEF. His main research interests are molten salts, electrochemistry, thermodynamics, and transport processes applied in the field of primary aluminium production – in particular, bath chemistry and sideledge dynamics. He is the author and co-author of more than 130 papers.



Dr. Valdis Bojarevics,
University of Greenwich, Great Britain
 

Lecture «Magnetohydrodynamic instability criteria for aluminium reduction cells»

Vitae

Valdis Bojarevics graduated from the University of Latvia in 1975, and received Physics Academic degree. In 1982 he defended his diploma in St Petersburg Technical University and received a doctor degree.

He started his research career in 1975 at the Institute of Physics in Latvia. Then in 1995 he continued his working at the University of Greenwich, London. Dr. Bojarevics has been working there since 2005 as a Reader in Magnetohydrodynamics and since 2016 till present time as a professor of Magnetohydrodynamics at the Department of Mathematical Sciences.

The field of his research interests are magneto-hydrodynamics, fluid dynamics, metallurgy, material sciences, numerical modelling.

The total number of publications indexed by Web of Science and Scopus is more than 130. He is also an author of 2 monographies.



Professor Naixiang Feng,
Northeastern University, China
 

Lectures: “Study on Separation and Recycling of Solid Waste from Aluminum Electrolysis by Vacuum Distillation” and “Cathode Energy Saving Technology”

Vitae

Niaxiang Feng graduated from the Northeastern University, Shenyang in 1988 on Non-Ferrous Metallurgy and received his PhD degree.

Since 1980 till the present time he has been working as a professor in the Non-ferrous metals metallurgy institute of Northeastern University in China.

His research interests is aluminum electrolysis, Mg smelting, Al-Si alloy producing.

The number of his publications in Scopus and Web of science indexes is more than 128.

Workshop on Casting of aluminium and alloys

 
Professor Dmitry Eskin,
Brunel University London, BCAST, Great Britain

 

Lecture «Ultrasonic melt processing: fundamentals and practice»

Vitae

After graduating and receiving PhD degree from Moscow Institute of Steel and Alloys in 1988, Dmitry Eskin worked in Baikov Institute of Metallurgy, Russian Academy of Sciences. In 1999 he was invited to the Netherlands and joined the Materials innovation institute and Delft University of Technology where he was a Fellow and Associate Professor until 2011; participating and later leading an extensive research program on direct-chill casting. He made significant contributions to understanding of mechanisms of hot tearing, cold cracking and macrosegregation. In 2011 he became a professor in Brunel University London in UK and is currently leading research on ultrasonic processing of light alloys and composites.

Since 2014 he is also a guest professor in Tomsk State University in Russia. He authored and co-authored more than 250 paper and 6 monographs including those on DC Casting, Ultrasonic Melt Treatment and Phase Diagrams of Multicomponent Al alloys. Prof. Eskin is a frequent speaker at major international conferences and gives lectures at a TMS Aluminum Cast Shop Science and Technology course. He has received two Cast Shop Technology awards and a Technology Award from TMS (USA).


 
Qiang Du,
SINTEF

 

Lection «Multi-scale modelling of DC casting of aluminium alloys »

Vitae

Dr. Qiang Du received his doctorate degree in materials science and engineering from Chinese Academy of Sciences in 2001 and bachelor degree from Beijing Institute of Technology in 1996. He is a Research Scientist at SINTEF Materials and Chemistry, and has been leading the development of the industry-recognized aluminum microstructure modeling software PreciMS and Alstruc in the past 6 years. His research interests include Al alloys, through process modelling, meso-scale microstructure modeling, mechanical property model, computational thermodynamics, and simulation software development.

Dr. Du has published 49 papers in international journals and made 50 contributions to international conference proceedings. He is also a holder of one patent on DC casting of 7xxx alloys with his industrial collaborators in Hydro Norway. Du is an adjunct professor of University of British Columbia and Ph.D co-supervisor of Norwegian University of Science and Technology.


 
Professor Hari-Babu Nadendla,
Brunel University London, BCAST, Great Britain 

 

Lection «High performance Al-Si castings using Al-Nb-B grain refiner»

Vitae

Professor Hari Babu Nadendla joined Brunel University London in 2006. Prior to that he was a Research Fellow (1999-2002), then a Senior Research Fellow (2002-2003) and, ultimately, Advanced Research Fellow (2003-2006) at the University of Cambridge. He has published over 200 papers in international peer reviewed journals and holds 4 international patents. He was awarded the PASREG award of excellence in 2007 for his outstanding contribution to the development and characterisation of bulk high temperatures superconductors. During his post-doctoral career, he received best poster presentation awards. Since joining BCAST, his research has expanded from processing of superconducting materials to understanding the heterogeneous nucleation process during solidification, developing chemical grain refiners for Al and Mg alloys, processing of high performance MMCs using intensive melt shearing, and twin roll casting Al-alloys from a recycled source for automotive application.

Academic qualifications:
• Ph. D (Superconducting materials) Defense Metallurgical Research Laboratory, Univ. Hyderabad, India (1998).
• M. Sc (Physics & Advanced Electronics), University of Hyderabad, India (1992).
• B. Sc (Maths, Phys. & Electronics), Nagarjuna University, India (1990).

Research Interests
• High temperature superconducting materials
• Magnetic properties of superconductors
• Nano-structured materials
• High temperature ceramics
• Metal matrix and cermaic matrix composites
• Solidification process, grain refinement & crystal growth
• Electrolytes for solid oxide fuel cells


 
Nikolay Belov,
NUST MISiS

 

Lection «New aluminium alloys containing zirconium»

Vitae

Nikolay Belov is a Director of the Engineering center ILTM at the Department of casting processes technology in Moscow University of Steel and Alloys (MISiS).

After leaving the school he entered to the MISiS, which he graduated in 1978, as metallurgist – engineer in Metal science and heat treatment.

In 1985 N.Belov defended his candidate thesis on “Fracture toughness of casting aluminium alloys Al-Mg-Zn-Cu", and in 1995 – his doctoral thesis on “Investigation and development of structural casting aluminium alloys of eutectic type.

He has been working at MISiS since 1978 as a professor.

His field of scientific researches: metal science of non-ferrous alloys and composite materials (at first, based on aluminium and aluminide of titan), including development of alloys, analysis of semi-component phase diagrams (also using Thermo-Calc software); solidification processes; mechanical, casting and physical properties and structural transformations during heat treatment; creating a math models “composition – properties”. He taught 14 candidates of technical sciences and 3 PhD students. He is an author and co-author of more than 200 scientific papers and educational works, among of which are 13 books (monographies, reference books, textbooks and manuals). N.Belov is a famous inventor and an author of more than 30 inventions (patents).

He is also a member of editorial board of “Non-ferrous metals” Journal.

Symposium in honor of Dr. Siegfried Wilkening «Carbon anodes in aluminium electrolysis»

 
Siegfried Wilkening


 
Vitae

Dr. Siegfried Wilkening is a world-recognized technical expert of aluminium industry.

Before entering the university he was serving an apprenticeship in mechanical shop, copper wire and cable fabrication, cast iron foundry, smelters of zinc, lead, copper, and steel plant for 1,5 years.

Since 1954 until 1956, he studied at the Technical University Hannover on Mechanical engineering, inorganic chemistry. Then in 1956-1959 he studied at the Mining Academy Clausthal-Zellerfeld (Today Technical University) on Extractive metallurgy of non-ferrous metals and in 1964 he defended his PhD thesis with degree Dr - Ing.

After that, he was studying in Canada at the University Toronto for 11 months (1959 – 1960) earning of degree Master of Applied Sciences. Finishing his education in 1960 he started working at VAW, Vereinigte Aluminium Werke AG, and VAW – ATG, Aluminium Technologie GmbH, at first as an R&D group leader of metallurgical and carbon section; then as a head of R&D division for carbon, electrolysis and refractories; later – as a chief technologist in VAW – ATG. During his work period (till 2002) he dealt with: development and application of artificial carbon products such as carbon electrodes for electrical arc reduction furnaces (silicon, ferro-alloys, calcium carbide), graphite electrodes, graphitization and impregnation process, cathode blocks, carbon lining blocks and ramming pastes for blast furnaces, acid resistant carbon blocks and plates for reactor linings.

Personal engagement in design and operation of anode paste plant projects at Alouette, Comalco Boyne Smelters and Hindalco Renukoot. Active participation in the service agreements with aluminium smelters such as Nordural, Aluminii Mostar, HAW, Alouette and others. Organization of ATG symposia.

His main Research interests are desulphurization of petroleum coke and alternative winning of magnesium and titanium.

He has a lot of publications for the 50 years, and their subjects concern anodes, cathodes and blast furnaces.

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