iolisurf : ionic liquids for high performance coatings
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8/8/2019 iolisurf : Ionic Liquids for high performance coatings
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A European Integrated Project supported through the Sixth Framework Programmefor Research and Technological Development
Project Coordinator:
INSTM Consorzio Interuniversitario Nazionale per la Scienza e la Tecnologiadei Materiali - Mr Ugo Bardi, [email protected], +39 055 457 3118
With the support of ALMA Consulting Group:
Mrs Raaella Catana, [email protected], +33 (0)4 72 35 80 30 C r é a t i o n : : C o m è t e : : w w w . c o m e t e . c o m
www.iolisur.eu
iolisurf Consortium
AcknowledgementThe IOLISURF project is supported by the European
Commission through the Sixth Research Framework
Programme or Research and Technological Development
(FP6, 2002-2006) at a level o 1.594.484 euros (or a total
budget o 2.495.702 euros). The IOLISURF project addresses
the thematic area “Nanotechnologies and nano-sciences,
knowledge-based multiunctional materials and new
production processes and devices”. The project has been
started on 1st January 2006 and will last 36 months.
GalvanicaParmense
The IOLISURF consortium consists of 9 partners, coming from
5 European countries. It includes three SMEs (SOLVIONIC,
GALVANICA, CABRO), three research centres (INSTM,
IST, CRANFIELD), two large companies (NP, MERCK) and
a company specialised in the administrative and nancial
management o EU programs (ALMA) .
8/8/2019 iolisurf : Ionic Liquids for high performance coatings
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Research and development in the feld o new
ionic liquids (ILs) and their applications have
opened a new feld in the area termed “green
chemistry”, which promises cost eective
and environmentally riendly materials
processing or industrial applications.
Context
iolisurf
Objectives
iolisurf Work PlanThe structure o the work plan starts with the generation
o knowledge on Ionic liquids themselves (development
and study o Ionic liquids), proceeds with their use or the
study o the basic mechanisms and o the electrochemical
aspects o deposition, ollowed by the development oelectro-deposition processes or materials o industrial and
technological interest. The testing o the coatings prepared
will include the study and development o thermal treating
or high temperature applications.
The main objective o IOLISURF is to
generate undamental knowledge on
Ionic Liquids as an electrochemical
medium or electrodepositing cost
effective and environmentally
riendly multi-unctional materials
operating in extreme conditions
against corrosion and high
temperature oxidation.
ILs are defned as ionic salts existing in the
liquid state at room temperature or anyway
under 100ºC. As electrolytes, ionic liquids
provide a larger electrochemical “window”
or electrodeposition than conventional
aqueous baths and hence permit the
deposition o elements (e.g. aluminium) that
cannot be deposited rom the aqueous phase.
Their low environmental impact is due to
their chemical and physical properties (non
toxic, non fammable and no measurable
vapour pressure) combined with low
consumption o energy and electrode
materials, low pollutant emission, and low
operating costs.
WP1
Preliminary activities and basic specifications
WP2
Study and synthesis of ironic liquids
WP3
Electrodeposition from ionic liquids
WP4
Electrodeposition plant and testing methods
WP5
Tests and industrial validation
W P 6
K n o w l e d g e m a n a g e m e n t
The substantial R&D eort will
be directed in the ollowing
directions:
• Quantitative Structure Properties
Relationship (QSPR) study or the
selection and synthesis o innovativeand improved ILs with respect to
electrochemical properties
• Selected targets for the
electrodeposition of multi-
functional materials
• Aluminium,
• Chromium
• Cr-Al and Pt-Al alloys
All these materials are the basis
of important multifunctional
protective materials.
Thereore, the development o such materials can be considered
a major breakthrough, owing to the possibility o depositingdiusion coating rom the liquid phase at low temperature.
To study and understand the ILs electrochemical properties,
the participants o the IOLISURF project have created a strong
and synergic team gathering research organisations and
universities, SMEs and industries throughout Europe.
These characteristics are a unique opportunity to study
ionic liquids or high added value multi-unctional material
processing applications, such as treatment or protection
against corrosion and high temperature oxidation. Such
extreme conditions are observed in the combustion chamber
o engines and are o enormous interest in the aerospace and
gas turbine felds, as well as being a demanding benchmark or
any new material.