prevention
corrosion& prevention - aca conference
corrosion& prevention - aca conference
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plenary lecturers<br />
Dr Bruce Ackland<br />
Bruce Ackland & Associates Pty Ltd, Australia<br />
Dr Bruce Ackland obtained a Bachelor of<br />
Science with Honours in Physics at Monash<br />
University in 1979 and a Doctor of Philosophy in 1984,<br />
also at Monash University in the Department of Materials<br />
Engineering. Bruce has worked in the corrosion and<br />
cathodic protection industry since 1982, forming Bruce<br />
Ackland & Associates in 1985. Cathodic protection<br />
projects have involved work throughout Australia, New<br />
Zealand, Asia, the Middle East and North Africa. Bruce<br />
maintains an active role as a member and chairman in<br />
Australian Standards committees; is the current chairman<br />
of the Australian Electrolysis Committee and is an<br />
accredited ACA lecturer and Corrosion Technologist.<br />
Mario Blasco<br />
Dulux Protective Coatings, Australia<br />
Mario Blasco obtained a Bachelor of<br />
Applied Science degree at the University<br />
of Melbourne in 1986. Mario has worked in Dulux<br />
Research and Development for 25 years to the present<br />
day, starting in the Dulux Coil Coatings laboratory as<br />
a research and formulation chemist there until 1995.<br />
After that Mario moved to the Dulux Protective Coatings<br />
Laboratory where he focussed on the continuing<br />
development of two-pack coatings for the protection<br />
of steel and concrete against degradation, particularly<br />
the formulation of coatings that withstand the wide<br />
range of corrosive and chemical environments across<br />
the Australasian region. Mario’s current role is Technical<br />
Manager of the Protective Coatings Division.<br />
Tony Hughes<br />
CSIRO, Australia<br />
Dr. A.E. Hughes received a B.App.Sc. with<br />
distinction (1978) and M.App.Sc. (1982)<br />
from RMIT and subsequently received his PhD 1991<br />
also from RMIT. He joined the Commonwealth Scientific<br />
and Industrial Research Organisation (CSIRO) Materials<br />
Science Division in 1982 working as a surface scientist<br />
to study surface reactions and catalysis. He has worked<br />
in a range of different materials science areas including<br />
surface science, catalysis, segregation in solid oxide<br />
electrolytes, metal finishing, rare earth conversion<br />
coatings and prognostic health management of structures.<br />
He is currently working in self healing coatings, chromate<br />
replacement inhibitors and heterogeneous catalysis. He<br />
has over 130 publications (book, journal and patents).<br />
Dr Hughes has led on major projects with Boeing, BAE<br />
SYSTEMS in the corrosion and corrosion mitigation area<br />
and with Orica in catalysis. He has been an Adjunct<br />
Professor at RMIT University Physics Department and<br />
has received awards from the Royal Society of Chemistry<br />
(2004), BAE SYSTEMS Chairman’s Silver Award for<br />
Innovation (2002) and an award from CSIRO for Innovation<br />
in 1994.<br />
Paul Natishan<br />
US Naval Research Laboratory, USA<br />
Dr. Natishan received a B. S. in Biology<br />
from Wilkes College and a M.S and Ph.D. in<br />
Materials Science and Engineering from the University of<br />
Virginia. He came to the Naval Research Laboratory (NRL)<br />
as a National Research Council post-doc and joined NRL as<br />
a Research Metallurgist in 1985. Dr. Natishan is currently<br />
Head of the Corrosion Science and Environmental Effects<br />
Section. He has worked in the fields of corrosion and<br />
materials science and engineering and electrochemistry<br />
for 28 years. His research has resulted in 99 publications<br />
and 7 U.S. patents. He was inducted as a Fellow of NACE<br />
International in 1998 and a Fellow of the Electrochemical<br />
Society (ECS) in 2005. He is a Past President and Past<br />
Secretary of ECS and was appointed Adjunct Full Professor<br />
at Duke University in 2006. Dr. Natishan was the recipient<br />
of the Blum and Foley Awards from the National Capital<br />
Section of ECS and the Kruger Award from the NACE<br />
International Baltimore/Washington Section.<br />
Graham Sussex<br />
Sussex Materials Solutions Pty Ltd, Australia<br />
Graham Sussex started his professional<br />
career with a PhD in Solid State Physics at<br />
Melbourne University. He moved into corrosion in 1979,<br />
initially working on electrochemical research projects<br />
at UMIST and since 1985 on industrial problem solving<br />
in corrosion and materials’ properties. He worked at<br />
CAPCIS for 2 years, returning to Australia for an 8 year<br />
stint with an NDT and engineering consulting company<br />
working in a multidisciplinary group. It included corrosion<br />
investigations, accelerated corrosion and product testing<br />
as well as broader engineering and non-metallic projects.<br />
In 1996 he moved to Materials Australia (MA) for 5 years<br />
leaving in 2001 to establish Sussex Materials Solutions Pty<br />
Ltd. Since then he spends 50% of his time as the Technical<br />
Specialist for the Australian Stainless Steel Development<br />
Association (ASSDA) answering technical questions for the<br />
users of stainless steel.<br />
Geraint Williams<br />
Swansea University, United Kingdom<br />
Dr Williams is a senior lecturer in materials<br />
science and engineering at the College of<br />
Engineering in Swansea University. He holds a 1st class<br />
degree in chemistry and a PhD in physical/inorganic<br />
chemistry from Swansea University. After post-doctoral<br />
appointments in both semiconductor gas sensors and<br />
corrosion science, he became a member of the academic<br />
staff of the College of Engineering in 2007. He is the<br />
author of over 200 journal and conference papers<br />
and the co-originator of 6 patents in fields ranging<br />
from aqueous corrosion of metals and gas sensors,<br />
to the photochemistry of semiconductor colloids and<br />
powder dispersions. He is a leading expert in the use of<br />
advanced electrochemical scanning techniques, both<br />
to quantify organic coating integrity and to visualise<br />
fingerprints on metal surfaces. His research interests lie<br />
in the areas of localised corrosion mechanisms, novel<br />
protective coating technologies, chemical sensors and<br />
fingerprint detection techniques.