Ma ropean Technology Platform for Advanced Enginnering€¦ · European Technology Platform for...

EuMaT

European Technology Platform for A

dvanced Engineering M

aterials and Technologies

Fuel Cells and Hydrogen JU General AssemblyBrussels, 27 October 2009

EuM

aTEu

MaT

Eu European Technology Platform for A

dvanced Enginnering ropean Technology Platform

for Advanced Enginnering M

aM

aterials and terials and

T Technologiesechnologies

IdentifyingIdentifying

synergies between European Technology

synergies between European Technology Platform

sPlatform

s

Marco Falzetti

m.falzetti@

c-s-m.it

EuMaTEuropean Technology Platform for Advanced Engineering Materials and Technologies

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Overall objective……the promotion of the leading global position and global competitiveness of the EU technology in the area of Advanced Engineering Materials, as well as promotion of the consolidated and unified R&D and innovation European policy in this area…

….to assure optimum involvement of Industry and other important Stakeholders

in establishing European R&D priorities.

The Objectives

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MULTIFUNCTIONALMultifunctional engineering materials with gradient properties

EXTREMATEngineering materials for challenging applications and extreme conditions

HYBRIDMultimaterial hybrid systems with advanced materials combined withconventional materials

Structural concept

MultiMulti--scale modelingscale modeling

Production technologiesProduction technologies

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Structural concept

An Effective vision of the Industrial needsAn Effective vision of the Industrial needsAn Effective vision of the Industrial needs

Innovative use of existing materials based on good understanding of applications, material requirements and materials degradations mechanisms

Modification of existing materials to fit better for applications (new grades for existing materials systems, possibly new manufacturing processes)

Development of entirely new materials or materials groups (nanomaterials, active/intelligent materials, composites, hybrid and multimaterial structures etc.)

Bre

akth

rou

gh

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EuMaT in pills

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Steering Committeec

Advisory Board

Working Groups

National Mirror Group

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

Decision layer

Support layer

Secretariat


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Working Groups

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

WG1 - Modelling and Multiscale(chairman: Marco Falzetti)

• Modelling and simulation of materials properties • Modeling of Manufacturing Processes• Product Lifecycle Modeling• Multiscale Modeling and Characterization


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Working Groups

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

WG2 – Materials for Energy(chairman: John Oakey)

• Power generation (fossil & renewables)• Transmission, distribution and storage• Energy Conservation


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Working Groups

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

WG3 – Nano-assembled-materials for structural and multifunctional applications(chairman: Daniele Pullini)• Multifunctional nano-assembled materials• Functional packaging materials for MST• Recyclable high performance nano-composites • Engineered nanostructured surfaces• Low cost fabrication of coatings for harsh environments


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Working Groups

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

WG4 – Knowledge-based Multifunctional Materials and Materials for Extreme Conditions (chairman: Michal Basista)• Functionally graded materials and functional multilayers• Intermetallics and Composites (MMC, CMC, …)• Self-passivating protection materials• Functional permeation barrier materials• Hhybrid materials• Surface functionalisation for extreme conditions


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Working Groups

WG1 Modelling and

Multiscale

WG2Materials for

Energy

WG3Nanomaterials

WG4KMM

Materials

WG5Lifecycle,

Impacts and Risks

Operative layer

WG5 – Lifecycle, Impacts and Risks(chairman: Alexandar Jovanovic )

Just launched - Under construction


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EuMaT

SRA

Aerospace

Transport Energy

Electronics

Photovoltaics

Medicine

…..

Prioritising enabling and advanced solutions for materials technologies

Sectors

EuMaT shall both ensure sharing of best practices, and avoid duplication across sectors/TPs on Material R&D

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OR

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EuMat – H2-FC JU Interaction

Common Interests

o Materials technologies and their application in all types of energy system are priority areas for EuMat – this activity is focused through the Energy Materials Working Group

o Materials technologies (both functional and structural) are priority underpinning activities within H2-FC JU


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Materials Challenges Io Hydrogen Production: including

gasification of fossil and renewable feedstocks, CO2 separation and transport, electrolysers, H2separation technologies, etc.

o Hydrogen Transport and Storage: storage materials options

o Hydrogen use in Gas Turbines: impact on gas turbine design, operation and materials, new gas turbine – FC combined cycles

o Hydrogen use in Fuel Cells: functional (membranes, poison resistance, etc.) and structural (ducting, interconnects, corrosion resistance, etc) parts,


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o New materials – particularly for H2storage and H2 sensors

o Catalysts for reduced cost H2production

o Membranes and separation media to reduce the cost of meeting the hydrogen purity requirements of fuel cells, and other applications.

o Advanced instrumentation and characterisation techniques.

o Modelling of the interaction of H2with materials, embrittlement, and electron transfer processes in solids to enhance photocatalysts and photoelectrochemical processes

intermittent controlled

H2 storage

H2 supply H2 delivery

Materials Challenges II


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o Scale-up & efficient processes providing low cost products

o Understanding of failure mechanisms and durability issues

o Fabrication techniques and manufacturing consistency

o Inspection techniques to ensure the supply of high quality components

o New and improved existing materials - increased conductivity for cell and stack components

o Environmentally stable materials

o Life cycle considerations

EuMat Energy Materials Priorities

Industrial gas turbine


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EuMat – H2-FC JU Opportunities

o Clear opportunities to collaborate on defining research priorities and implementation strategies

o Joint workshops on the materials technology requirementso Development of research projectso Consistency of approach and message to EC and national

bodieso Etc.

EuMaT

European Technology Platform for A

dvanced Engineering M

aterials and Technologies

Fuel Cells and Hydrogen JU General AssemblyBrussels, 27 October 2009

Than

k you for you

r attention

Than

k you for you

r attention

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