1www.grupoantolin.com

““GRUPO ANTOLIN: EXPERIENCIA EN GRUPO ANTOLIN: EXPERIENCIA EN PROYECTOS EUROPEOSPROYECTOS EUROPEOS””

2

PROYECTOS EUROPEOSFP5 y FP6

3

PROYECTO “RODEO”

RODEO (Robust Development of Organisations ) is an “Information Society Technologies” European Commission co-sponsored project to investigate ‘Robust Development of Organizations. The project consortium is formed by 7 industrial partners, 4 research partners, and a technological partner from different countries in the EU, Israel and Switzerland. The main objective of this project is:

To provide solutions, methods and approaches to meet the business development needs of organizations in multi-enterprise situations operating in turbulent environments.

The RODEO project will focus on the three intertwined aspects of the management discipline: Strategy Formulation; Organization Design and Performance Management.

V PM1998-2002

Aprobado

4

PROYECTO “REPOSIT”

2002-2006

Aprobado

The main objective of this project is:

To be able to demostrate the use of Relative GPS combined with wireless vehicle-to-vehicle communications is feasible and makes sense in the context of Collision Avoidancce Systems and, in particular, for the case of longitudinal and intersection collisions.

REPOSIT ( RElative POStitioning for collIsion avoidance sysTems)

5

PROYECTO “HEATCONDUCTIVES”

2002-2006

HEATCONDUCTIVES (“New High Heat Conducting Materials and Manufacturing Processes for Improved Efficiency of Heat Management and Packaging Components in Electronics”)(“Co-operative Research Project”)

The main objective of this project is:

To develop a new high heat conducting composite material which is a copper combined with extremely heat conductive carbon nanofibres (Cu/C) for its use in a vast range of different industrial devices in order to enable a more efficient heat removal in power electronics. The project is divided into seven workpackages, including the Project Management and the Exploitation and Dissemination activities.

Aprobado

6

PROYECTO “NANOKER”

2002-2006

AprobadoNANOKER: Structural Ceramic Nanocomposites for top-end Functional Applications

The main objective of this project is:

To find ceramic material solutions which permit theindustrial application of knowledge-based nanoceramics (<100 nm) and nanocomposites(second phases <10 nm) for top-end functional and structural applications that are beyond reachwith incremental materials development alone.

7

PROYECTO “EvaRID”

2002-2006

No aprobado

Desarrollo de Dummy para estudio de lesiones cervicales en impactos de vehículos

PROYECTO “MHARCO”

2002-2006

No aprobado

Desarrollo de células sensibles de producción

8

CARBON NANOFIBRESPROYECTOS EUROPEOS FP7

SOLICITADOS EN 2007

9

PROYECTO “SFIN”

NMP-2007-1.2-1 SFIN (High impact, clean, reliable, and safe production of nanopowder and complex multiphased nanocomposites)(Large collaborative project)

The pursued scientific-technological objectives of this project will consist of:

-Development of the necessary knowledge to control thermodynamics and kinetics of the chemical-physical process taking place during the large scale synthesis processes selected for this project: floating catalyst technology, plasma technology (quenching and reactive synthesis) and Chemical reaction(microemulsion, gel combustion and molecular reaction).

-Design pilot lines for selected laboratory synthesis routes reproducing the outstanding laboratory scaled results.

-Study the necessary conditioning of synthesized multiphase nanostructured powders for specific targeted applications, like dental and orthopaedic implants.

-Produce complex nanostructured nanocomposite powders with high reliability and in a clean way. (non rheological deviations)

-Produce complex nanostructured nanocomposite powders in a safe way (health, and environment from an industrial point of view). Solvents, gases, etc. recycled 100%.

10

PROYECTO “SFIN”

11

PROYECTO “MULTICOMP”

The objective of this proposal is:

The development of modular lightweight structures for transport application combining multifunctional properties such as self-healing, shape recovery, sensing and adaptable stiffness with the requirements for a sustainable lightweight design.

Development of:

- advanced multifunctional composites with tailored properties and new functionality by passive and active means.

- new methods and tools for the design of the components with tailored, multifunctional properties.

-innovative manufacturing routes to produce these value added structures.

-conceptual design of vehicle structures made of such multifunctional composite materials.

NMP-2007-4.0.3 Multifunctional Materials for future vehiclesMULTICOMP (Multifunctional Composite Lightweight Structures with Tailored Properties)( Large collaborative project)

Participant organisation name : Fraunhofer Gesellschaft, Evo Bus, Inven, tRWTH Aachen – ika, Volvo, Bombardier Transportation, KTH Stockholm, INASMET, CIDAUT, Grupo Antolin, Bioker, Centro Tecnologico de Componentes CTC, Centre for Research and Technology Hellas, University of Florence, TNO, University of Porto, Rieter, Renault, LMS International N.V., I-TEC Management & Technological Innovation

12

PROYECTO “ENERTHREE ”

The concept of the project is :

Development of materials to produce electrochemicalenergy converters, for applications in supercapacitors, stacks and high performance batteries and the developmentof new architectures that allow the integration ofdifferent electrochemical devices with high power andenergy densities.

Substitution of the current combustion engines by a newnonpolluting power electric system that maintains highlevels of safety and comfort

NMP-2007-2.2-3 Advanced material architectures for energy conversionENERTHREE (Innovative materials and architectures for a THREE component ENERgyconverter for a non pollutant electric vehicle)(Small collaborative project)

Electric carParticipant organisation name : Consejo Superior de Investigaciones Científicas, Centre national de la recherche scientifique, Centro de Investigación y Desarrollo en Automoción, Centre de Transfert en Micro et Nanotechnologies, Centro Ricerche Plast-optica, Francisco Albero SA, University of Applied Science Gelsenkirchen, Grupo Antolín Ingeniería SA, Piezotech S.A, GAIA Akkumulatorenwerke GmbH, University of Perugia

13

PROYECTO “NAMIMO”

The objective of this project is:

Design, synthesize and develop new functional nanocomposites and the up-scaling of a new generation of micro devices.

Production by micro injection of polymer based nanocomposites enabling a cost effective manufacturing of a new generation of micro systems for emerging applications within optics, biotechnology and micro electronics.

NMP-2007-2.1-1 Nanostructured polymer-matrix compositesNMP-2007-3.5-2 Production technologies and equipment for micro -manufacturingNAMIMO (Development of advanced NAnocomposites for the manufacturing of MIniaturised microdevices by microinjection MOulding Process )(Large collaborative project)

Participant organisation name : Fundación GAIKER, Fundación Ascamm, Grupo Antolin S.A., Materia Nova asbl, Consiglio Nazionale Delle Ricerche, Arburg GmbH + Co, Cedrat Technologies S.A, Sigma EngineeringGmbH, National research Council-Institute of Composite and biomedical Materials, Fraunhofer-Gesellschaft zurFörderung der angewandten Forshung e.V, Upper Austrian Research GmbH, Industrial Research Institute forAutomation and Measurements, Interuniversitair Mikro-elektronica Centrum vzw, Alma Consulting Group, Centro Ricerche Fiat S.c.p.A, Centro Ricerche Plast-optica Spa, Gema medical, Cromoduro Innovación y TecnololgíaCIT, Neos Surgery S.L. NEOS, Scandinavian Micro Biodevices ApS

14

PROYECTO “INNOFUN ”

NMP-2007-2.1.1 Nanostructured polymer-matrix compositesINNOFUN (Innovative Multifunctional Thermoplastic Nanocomposites: Optimisation of matrix-nanofillerinteractions, synergistic particle effects and novel processing techniques)(Large collaborative project)

The aim of the project is to understand the fundamental mechanisms ofThermoplastic Polymer NanoComposites (TPNC):

- Research in the chemical interaction of nanofillers with the polymer host

-Research in the composite processing with uniform dispersion and thermal stabilityof TPNC.

-Consideration of the combinations of matrices and potential reinforcingnanoelements with different chemistry, size, shape and properties, as well as theprocessing techniques, in order to obtain radically enhanced mechanical andphysical performance, based on a thorough understanding of the fundamental mechanisms.

-Attention to the life cycle analysis, to the safety issues related to the use of nanofillersto the cost effectiveness of the nanostructured compositematerials Nature Materials 3, 115–120 (2004)

Participant organisation name: Fundación Inasmet, Institut für Verbundwerkstoffe GmbH, Coordinamento InteruniversitarioVeneto per le Nanotecnologie, National Institute of Chemistry, Consorzio Interuniversitario Nazionale per la Scienza e Tecnologiadei Materiali, Institut National des Sciences Appliquées de Lyon, University of Exeter, University of Bristol, University of Alicante, Scuola Universitaria Professionale della Svizzera Italiana, National Technical University of Athens, University of Applied Sciencesof Gelsenkirchen, Szczecin University of Technology SzUT PL, Queens University of Belfast, Polytechnic University of New York, Sardar Patel University, Grupo Repol, Marion Technologies, Scienomics, Grupo Antolin Ingenieria, SA, Timcal, Imerys MineralsLTD, Chemie GmbH BYK, Basell, Rhodia, Plastal SpA, Plastal Se, Seat Deutschland GmbH, Volvo

15

PROYECTO “CONFIRNA ”

NMP-2007-2.1.1 Nanostructured polymer matrix compositesCONFIRNA (Development of CONtinuous FIbre Reinforced NAnocomposites)(Large collaborative project)

The focus of the project is:

The development of novel nanocomposite matrices (resins) forcontinuous fibre reinforced composites.

Improving the resins for through addition of nanofillers

Carbon nanofibres and carbon nanotubes are incorporated into traditionalpolymers in order to improve their mechanical properties, as well as toadd multifunctionality (e.g. thermal, electrical and gas/liquid barrierproperties).

Participant organisation name: Ten Cate Advanced Composites, AstriumEADS-Space, Johns Mansville, Southern Clay Products/Rockwood Additives, Grupo Antolin, Nanocyl, Brueggeman, EIRE Composites, D’Appollonia, Decision, Advanced Lightweight Engineering, Airborne, Advanced CompositesGroup, MERL, University of Crete, Politechnika Warszawska, Inegi, EPFL, DelftUniversity of Technology, KU-Leuven, MTEC, NRC-AMRC, McGill University, Bryte Composites, Antonov, ...

16

PROYECTO “NANOC-PEMFC ”

The goal of the project is:

to bring a solution to realise low cost PEM fuel cellelectrodes with a large durability via the realisationof electrodes with innovative architecture.

ENERGY-2007-1.1.1 Basic Research for Materials and Processes for Polymer Electrolyte Membrane Fuel Cells (PEMFC)NANOC-PEMFC (Low cost and long lifetime PEM Fuel Cell through elaboration, characterisation of nanostructured carbon materials for anodes and cathodes; testing in single cell and stack configuration)(Small collaborative project)

Participant organisation name: ARMINES, University of Liège, University of Alicante, INPG, Nedstack fuel cell technology BV, Grupo Antolin Ingenieria, SA, CEA

17

PROYECTO “NANOPROP ”

SPACE-2007.2.2.02 Space transportationNANOPROP (Nano Structured Solid Propellant)(Small collaborative project)

The objective of this project is:

The development of new solid propellant with higher performances atlow cost, can offer an important contribution to maintain the Europeanedge in space technologies

The possible use of carbon Nanotubes (CNT) is very interesting in the frame of an innovative formulation studies, in addition of the use of metal powders with nanometric granulometry

Participant organisation name: AVIOSPACE S.R.L, UNIVERSITY OF ROMA “LA SAPIENZA”, METEC, EUROPEAN CENTRE FOR NANOSTRUCTURED POLYMERS S.C.A.R.L., UNIVERSITE’ DE FRANCE COMTE, UNIVERSITY “POLITEHNICA” OF BUCAREST, JAWAHARLAL NEHRU UNIVERSITY, GRUPO ANTOLIN INGENIERIA SA, NANOTHINX SA.

18

CARBON NANOFIBRESPROYECTOS EUROPEOS

FP7 SOLICITADOS EN 2008

19

PROYECTO “FUTUREBLADES”

The project aims to embark upon obstacles and challenges imposed by current blade materials on the development of future wind turbines blades, through the development of a new class of composite materials.

At the same time, the project aims to take advantage of the multi-functionality potential of the novel materials, which will provide simultaneous solutions to evolving availability andreliability issues in wind energy sector, through structural health monitoring and lightning protection of large blades.

ENERGY-2008.10.1.2, NMP-2008-2.6-1 Novel materials for energy applications (JointCall NMP) FutureBlades (Multi-functional Nanomaterials and Composites for Affordable HighPerformance Wind Turbine Blades)(Small collaborative project)

Participant organisation name: Centre for Renewable Energy Sources, University ofPatras, Delft University of Technology, Brueggemann Chemicals, Aero Rotor Techniek/Suzlon, NRC Nordmann Rasmann, Politechnika Warszawska, Grupo Antolin, EIRE Composites, Pau University, Swerea SiComp AB, GAMESA

20

PROYECTO “NANOMAGOC”

The objective of the project is:

Development of novel magnesia carbon (MgO-C) refractorybricks reinforced with carbon nanofibres (CNF) forsteelmaking applications in a cost-effective way in order toincrease their durability and chemical resistance and using theminimum percentage of free carbon in their formulation.

The introduction of nanoscale materials inside the ceramic matrixof refractory products will be the first stage of a new family ofhigh technology refractory materials.

NMP-2008-2.1-2 Processing and upscaling of nanostructured materialsNANOMAGOC (A magnesia-carbon refractory brick reinforced with carbon nanofibres)(Small collaborative project)

Participant organisation name: Fundación ITMA, Grupo Antolín, CERECO, IMO, RHI, Arcelor Mittal

21

PROYECTO “GRAMELEC”

NMP-2008-2.5-1 Functionally graded materials for improved mechanical propertiesGRAMELEC (Functionally graded materials: a new concept of electronic circuits)(Small collaborative project)

The main objective of this project is:

To develop new functionally graded material (FGM) to be used in electronic packaging for a wide variety of applications.

The concerned FGM will be made of ceramics with nanoreinforcements (carbon nano fibres and multiwallcarbon nanotubes) and new and adapted joining technologies (low temperature and direct bonding) will be developed.

Participant organisation name: ICMCB – CNRS, University of Applied Sciences Kiel, National Laboratory for Sustainable Energy, Technical University of Denmark, Grupo Antolin, Baikowski, SEMELAB PLC, Thales Microelectronics, Francisco Albero S.A.

22

PROYECTO “COMFIBRES”

NMP-2008-2.1-2 PROCESSING AND UPSCALING OF NANOSTRUCTURED MATERIALSCOMFIBRES (Upscaling and Processing of Tailored Carbon Nanofibres for High Performance Composites )(Small collaborative project)- Se está preparando el Stage 2 (2 septiembre)

The objective of this project is:

Upscaling the tailoring and preparation of carbon nanofibres in order to allow their use as raw material for the production of cost-effective composites with outstanding new functionalities and properties for applications with a high production volume.

Participant organisation name: CINN-CSIC, Grupo Antolin Ingeniería, S.A., European Center for Nanoestructured Polymers, Commissariat àl'Énergie Atomique , University of Barcelona, PyroGenesis SA, Colorobbia, Gazechim

23

La entrada en el Sistema de Financiación a la Innovación de los Programas Europeos es larga y compleja.

Es necesario dar ese paso, si se tiene una cierta experiencia en las Actuaciones Nacionales y Locales.

La incorporación a este tipo de Programas supone un beneficio no sólo económico.

La iniciativa CENIT, es un gran avance a la hora de acercarse a la dinámica de programas en Consorcio.

Buen Consejo: iniciar el camino de la mano de partnersexperimentados.

Resumen