e nergy m aterials i ndustrial r esearch i nitiative bridging the innovation gap emiri in a nutshell...

ENERGY MATERIALS INDUSTRIAL RESEARCH INITIATIVE

Bridging the Innovation Gap

EMIRI in a nutshell – Meeting October 31st LEITAT

Establishing Industrial Leadership of EU in Advanced Materialsfor low-carbon energy & energy efficiency technologies

EMIRI – Energy Materials Industrial Research InitiativeDr Fabrice Stassin - Managing [email protected]




Competitiveness

Security of Supply- Decrease EU’s energy

dependence

- Help balance trade: single European energy market

Sustainability- Fight climate change- Limit environmental degradation

Energy Policy

- Cut Europe’s energy bill- Create growth & jobs- Boost R&D where EU can

become a global leader

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EU faces strong energy challenges and has ambitious goals and priorities

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EMIRI in a nutshell – Meeting October 31st LEITAT 3

Reducing CO2 emissions relies upon innovations in energy technologies (efficiency, energy harvesting & storage)

CO2 =

Px

x

x

S

E

C

3

In a business-as-usual scenario, the power sector would account for ~ 30% of GHG emissions




Clean energy relies upon material-enabled innovations in energy harvesting, storage, efficiency

Advanced Materials “enabling”

energy technologies




Producers and users of Advanced Materials for Energy contribute to solving European challenges

Societal challenge of cheaper, cleaner, accessible Energy

Economic challenge of reaching 20% of GDP throughManufacturing

Establishing leadership in Key Enabling Technologies such as Advanced Materials

EU R&I Program Horizon 2020 to contribute to EU economic activity through Innovation (from the lab to the market)

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Advanced Materials for Energy have a bright futureEurope needs to defend & secure a strong position




End-markets of energy applications using Advanced Materials are strongly developing outside of EU (Asia is rapidly developing its green energy production capacities)

Advanced Materials manufacturing for innovative products has been / is being established outside EU (Asia is rapidly moving up value chains)

Advanced Materials innovation is steadily following manufacturing (EU does the basic research & others further develop, manufacture, commercialize)

But EU is facing strong & growing global competition in Advanced Materials for Energy

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EMIRI is an industry driven grouping of over

60 organizations (established in 2012)

With a balance of industry players, research

organizations, associations

Across Europe & across Energy Technologies,

Aiming to be a key player in defining &

implementing a policy for Advanced Materials

To promote a strong and vibrant sector of Advanced

Materials for low carbon energy & energy

efficiency & restore Industrial Leadership

Inspired by the SET Plan & its Materials Roadmap

Focusing on manufacturing & bringing to the

market Advanced Materials solutions to contribute

to tackling Energy & Economic challenges of EU

EMIRI in a nutshell …

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EMIRI … 7 Members in SpainIt is now important in 2015 to stimulate Industry

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EMIRI in 3 key numbers

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... And morewww.emiri.eu

> 4 billion €

~ 400 million €

~ 4.000 researchers

Sales of Adv. Mat.for Energy

Investment in R&I on Adv. Mat. for Energy

Available for R&I onAdv. Mat. for Energy




Research&

Innovationacross Europe

Advocate for EMIRI-endorsed topics of interest for the EU

Industry of Advanced Materials for Energy and ensure these

topics benefit from sufficient public attention in calls for

research & innovation (H2020, Eureka-Euroggia+, …)

- Focus from TRL 3/4 to 8/9 (from lab to industrial scale-up)

- Create TRL trajectories and address innovation risks

- Improve & reinforce public private interactions

EMIRI Strategy Pillar #1Research & Innovation across Europe

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EMIRI positions itself as key representative for producers & users of Adv. Materials for Energy

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1. Focus on Advanced Materials

2. Across multiple energy technologies

3. From the lab to the market

4. Strong industrial presence

5. Complementary to other actors




EMIRI aims at influencing the full innovationcycle with a clear focus in TRL range 4 to 7-8

1. Focus on Advanced Materials

2. Across multiple energy technologies

3. From the lab to the market

4. Strong industrial presence

5. Complementary to other actors

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What is EMIRI busy with at present time?

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12 Orientations (Innovation Tracks) defined by EMIRI’s 5 Technology WGs

(100+ potential contributors) across our member base of more than 60 organizations

Now building the business rationale (describing market, value chain & EU players, SWOT, … )

Now elaborating detailed “call topics” (20 – 25)

Technology WG 1 Technology WG 2 Technology WG 3 Technology WG 4 Technology WG 5

PV & CSP ENERGY STORAGE & GRIDS WIND & MARINE CCS & CCU ENERGY EFFICIENCY

TNO UMICORE VOEST ALPINE CRANFIELD UNIVERSITY DOW CORNING

Arjan HOVESTAD Marcel MEEUS Hans VLCEK John OAKEY Loriane PARISOT

[email protected] [email protected] [email protected] [email protected] [email protected]

Tommy DETEMMERMAN

[email protected]

CEA 3M SIEMENS SINTEF AGC

Philippe MALBRANCHE Willi GESSER Ulrich BAST Stian NYGAARD Vincent LIEFFRIG


(Niels SCHREUDER)

([email protected])

TEKNIKER CEA CSM ESTEP / EUROFER BAY ZOLTAN

Amaya IGARTUA Sophie MAILLEY Pietro GIMONDO Jean-Pierre BIRAT Gergely FORRAI


DTU

Allan PEDERSEN

[email protected]

To be disseminated to EU, MS, Regions,Industry & Research Sectors, …




Challenge 1

Advanced Materials for Energy Efficiency

Key Component 1 Key Component 2 Key Component 3 Key Component 4

Advanced Materials to increase the energy performance of buildings

Advanced Materials to make renewable electricity technologies

competitive

Advanced Materials to enable energy system integration

(energy storage, grids)

Advanced Materials enabling the decarbonisation of power sector

Advanced Materials for high performance & durable coatings

Advanced Materials for the weight reduction of structural and functional components in wind energy technology

Advanced Materials for lower cost, high safety, long cycle life & environmentally-friendly electrochemical batteries

Advanced Materials for the affordable implementation of carbon capture & storage

Advanced Materials & new deposition processes for building-integrated photovoltaics

Advanced Materials to improve the corrosion resistance of structural and functional components in wind energy technology

Advanced Materials for lower cost storage of energy in the form of hydrogen, methane, other molecules (power to gas / chemicals)

Advanced Materials for the separation & utilization of CO2 (carbon capture and utilization)

Advanced Materials for thermal energy storage

Advanced Materials and processes for high yield, large scale manufacturing of solar energy harvesting systems

Advanced Materials to facilitate the integration of storage technologies in the electrical grid

Advanced Materials and processesfor high efficiency solar energy harvesting

Advanced Materials for a "competitive, efficient, secure, sustainable & flexible energy system"

Challenge 2

Advanced Materials as "key enablers" tackling EU Energy Challenges

INNOVATION TRACKS (non-exhaustive list)

At least 12 “orientations” (innovation tracks)defined by Industry & Research Sectors for H2020

Under development & detailingChallenge-orientedIn line with industrial realities & needs - TRL >=4




EuropeanValue Chain

Development

Establish “Advanced Materials for Low Carbon

Energy & Energy Efficiency” as a recognized viable

economic sector in EU

Be a key catalyst in (re)building low carbon energy &

energy efficiency value chains in EU

(involving various Funding Schemes)

Facilitate and develop competitive manufacturing

of Adv. Mat. in EU (TRL 6 – 9) through funding / financing

of pilot projects

Work for increased levels of funding attention to “European”

Advanced Materials in demo / market introduction programs of

low carbon energy & energy efficiency

EMIRI Strategy Pillar #2European Value Chain Development

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End-marketDevelopment in

Europe

Ensure the recognition of the critical enabling role

that Advanced Materials play in making low-

carbon energy & energy efficiency technologies

competitive with conventional energy

technologies (“flagging” as a KET)

Support market introduction and deployment of

low carbon energy technologies (energy

harvesting & storage, efficiency, …)

Advocate for green / public procurement of end-

products containing Advanced Materials for low

carbon energy & energy efficiency technologies

EMIRI Strategy Pillar #3End-market Development in Europe

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By joining & interacting within EMIRI, your organization will …

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Participate in a proactive, constructive

and motivated network of leading

organizations (industry & research)

Develop powerful relationships with

potential research program partners

for future collaborative R&I activities

Make an impact on and help guide

public policy makers’ long-term

priorities in advanced materials for

low-carbon energy & energy efficiency

Find out the complete list of members and more at www.emiri.eu

... And more

e nergy m aterials i ndustrial r esearch i nitiative bridging the innovation gap emiri in a nutshell...

Documents

energy harvesting

energy applications

leitat clean energy

innovation gap emiri

leitat advanced materials

energy technologies

strong energy challenges

e nergy