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CIEMAT and Energy Research in Spain

CIEMAT and Energy Research in Spain. Cayetano López Director General June 25, 2014. CIEMAT: Basic data. Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas. Personnel ( 2013): 1.330 ( including Ph . D. students ). Operational Budget ( 2013): 106 M€ .

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CIEMAT and Energy Research in Spain

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  1. CIEMAT and Energy Research in Spain Cayetano López Director General June 25, 2014

  2. CIEMAT: Basic data Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas Personnel (2013):1.330 (includingPh. D. students) Operational Budget (2013): 106 M€ ExternalIncome (2013): 44 M€ (42%) OPI:Ministerio de Economía y Competitividad

  3. CIEMAT Objectives • Promote and execute R&D activities, in accordance with ministerial guidelines, in the fields of energy, environment and technology, including specific fields of basic research. • Be a center of reference in the areas of its expertise, cooperating with the Autonomous Communities. • Collaborate with other national R&D centers, universities and enterprise. • Carry out its activities in the framework of the EU and cooperate with intergovernmental bodies and R&D centers from other countries. • Promote the activities derived from its R&D in terms of scientific-technical communication and dissemination, education and technology transfer. • Provide first-rate technical services in the areas of its expertise. • Advise the public administrations and public and private institutions, and represent Spain in the appropriate international forums.

  4. Budget evolution Externalincome 2013 (M€)

  5. Organization Chart

  6. Scientific and technicalareas • Renewable energy and energy savings • Nuclear fission • Nuclear fusion • Fossil fuels (energy recovery) • Elementary particles and astroparticles • Biology and biomedicine • Environment • Ionizing radiations • Scientific instrumentation medical physics • Materials analysis and characterisation • Computation and information technology sciences • Energy and environmental system studies

  7. Department of Energy DEPARTMENT OF ENERGY Life Cycle Analysis PLATAFORMA SOLAR DE ALMERÏA RENEWABLE ENERGY NUCLEAR FISSION COMBUSTION & GASIFICATION CEDER (SORIA)

  8. Solar Platform in Almeria (PSA) 10 1 1 9 1.- Central Receiver 2.- Parabolic troughs 3.- Direct Steam Generation 4.- Stirling Dishes 5.- Solar Furnace 6.- Water Detoxification 7.- Water Desalination 8.- Energetic Efficiency in Buildings 9.- Fresnel Collectors 10.- Advanced Technologies and Storage: gas / molten salts 3 1 8 5 4 6 7 2 8 The Plataforma Solar de Almería is the world most complete experimental installation in concentration solar energy

  9. Central Receiver: Gemasolar Molten salts receiver installed in Gemasolar , tested and designed in CESA-1 (PSA) Power: 20 MWe. Storage: 15h at full power In summer, the plant is in operation 24h/day

  10. A technological breakthrough: Direct Steam Generation Máx. temperature and pressure: 400 ºC and 120 bar. 11 troughs. Opening: 5.76 m; total length: 550 m; Power: 1.8 MWt Environmentfriendly Costreduction(˞20 %) 3 MWedemonstrationplantin ordertocheckthistechnology (CIEMAT, Iberdrola, IDAE, AGECAM, Navarro-Piquer) Canceled in 2012

  11. Environmental Applications - Detoxification plant for pesticide polluted waters in the Almeria greenhouse fields. In operation since June 2004 (ALBAIDA) - CONSOLIDER Project: TRAGUA (Solar Energy for water treatment) - AQUACAT: Egypt, Tunisia, Morocco - VII FP projects: SOLWATERGY (Integration of CSP and Desalination at the Mediterranean Area), Spain, France, Germany, Switzerland, Egypt, Algeria

  12. PSA-SFERA International Programme Solar Facilities for the European Research Area (SFERA) • AnIntegratingActivityunder FP7 CAPACITIES programme. • CIEMAT coordinatesthisprojectthroughthe Plataforma Solar de Almería (PSA) • Objective: Tointegrate, coordinate and promotescientificcollaborationamongEuropeaninstitutionsworking in solar concentratingtechnologies: • Transnationalaccesstoresearchers, helpingtostrengthentheEuropeanResearchSpace. • Cooperationnetworksincludingorganisation of training coursesforyoungresearchers. • Jointresearchactivitiesdesigntoimprovethequality and service of existinginfrastructures. • Partners: CIEMAT (Spain), DLR (Germany), ENEA (Italy), PSI (Switzerland), CNRS (France) and WIS (Israel).

  13. EU-SOLARIS in ESFRI The European Research Infrastructure for Concentrated Solar Power (EU SOLARIS) • Initiativeaccepted as theEuropeanStrategicForum of ResearchInfrastructures (ESFRI) Project in 2010, as one of thepriorityEuropeanresearchlines. • Itis a projectdirected at thecreation of a largeEuropean solar concentratingor solar thermalenergy R&D facility. • Theinfrastructurewould be basedonthealreadyexistingfacilities in thePlataforma Solar de Almería (PSA) of CIEMAT and the new facilitiesplannedbytheAdvancedTechnology Centre forRenewableEnergyFoundation (CTAER). • Thisprojectiscomposedby15 partnerswhichrepresent9 countries : • 13 Research Centres • Ministry of Economy and Competitiveness (MINECO) • European Solar Thermal Electricity Industry • Association (ESTELA)

  14. CEDER, 640 Ha in Soria (250 km North-East of Madrid) CEDER (Centro de Desarrollo de Energías Renovables) Biomass Small Wind Smart Grids Thermal conversion Energy Crops Biomass characterization Solid biofuels Combustion analysis Co-combustion of biomass and waste Biomass gasification Kinetic studies Integration of renewable sources and storage Electric vehicle, micronetworks, ICT, etc Simulation in a real context Turbine test plant Flywheels Component test laboratory

  15. Wind Energy Unit Ressource Assessment and Forecasting • High Resolution Mesoescalar Modelling (WRF/MM5) • Advanced Statistic Downscaling • Advanced Quality Control (on- and off-line) • Short-term wind forecasting (NWP) Hybrid Systems and Minigrids - Computational simulation (HOMER) and Experimental Systems Sizing (CEDER) - Test (CICLOPS 1 & 2) and development (CICLOPS 2) - Supervisory and control systems (SEDUCTOR) - Wind/Diesel systems (Fuerteventura, SEDUCTOR...) - Minigrids and distributed generation (SINTER, GEBE...) - Sea water desalination systems based in wind (WINDOSMOSIS) CIEMAT-CEDER Hybrid systems and mini-grids Test site. Soria (SPAIN)

  16. Wind Energy Unit: Small Wind Test Site • SWT modelling: Computational and experimental (CEDER) • SWT test: Power performance • Duration test and operation and safety • Acoustic noise emissions • Component test: Static and dynamic test of blades • Generators, power converters, towers • ENAC Accredited Lab • INTERTEK Associated lab for IEC 61400-2, IEC 61400-12, IEC 61400-11 tests • Leader of the Small Wind Association of Testers (SWAT) CIEMAT-CEDER SWT Site Soria (SPAIN)

  17. Liquid Biofuels Unit OBJECTIVE To develop processes and technologies for converting lignocellulosic materials into ethanol in an efficient and cost-effective manner to facilitate the adoption of these processes by industry Pilotplant at L’Alcudia (Valencia) Dilutedacid hidrolisis, 70 Tons/day Urban Solid and AgrriculturalWaste CAPABILITIES Biomass characterization: Chemical composition of raw biomass feedstocks and the solid, liquid, and slurry samples produced during conversion. Real time analysis. Biochemical conversion: Pretreatment: Hydrothermal and Physico-chemical Enzymatic hydrolysis Fermentation: Separate, Simultaneous JointUnitwith IMDEA-Energyforthestudy of micro-algaeforbiofuelproduction

  18. Photovoltaics Main objective: Increase competitiveness and reliability by reducing costs, improve efficiency & reliability of components & systems Main activities: New PV crystalline materials (CuInSe2, CdTe) (thin-films) PV devices based on deposited Si (thin-films) PV solar cells, modules and arrays Grid connected building integrated PV systems Engineering and evaluation of large PV power plants Stand-alone PV systems Hybrid wind-PV-Diesel system for electric vehicles Two chambers PECVD reactor Micro-pilot plant of magnetron sputtering for 30 x 30 cm2 samples

  19. Energy Efficiency in Buildings Objectives • Improve the conventional design of buildings & cities. Maximum in energy efficiency and renewable energy production Minimum in energy demand • Through the use of: • Bioclimatic strategies. • Renewable energies integration. • Distributed poligeneration. • Modelling, simulation and energetic analysis: • Smart Cities. Large areas analysis: urban scale. • Monitoring: • Energy and thermal consumptions. • Sensitivity analysis. • Experimental, data under real conditions.

  20. Fuel cells and Hydrogen Low and High Temperature Fuel Cells New materials and fabrication methods Components Physico-Chemical characterization Catalytic activity Interface Anode/electrolyte Evaluation System Integration Hydrogen production from renewable sources Stationary and mobile applications Integration in electrical vehicles Control strategies

  21. CIEMAT and the Spanish nuclear sector ENRESA (80% CIEMAT) ENUSA (40% CIEMAT) Nuclear Fuel Manufacturing Radioactive Waste Management NUCLEAR POWER PLANTS, INDUSTRIES, HOSPITALS, etc. Research, Development, Innovation, Technical Services CONSEJO DE SEGURIDAD NUCLEAR (National Regulatory Commission)

  22. Nuclear Fission /1 Radioactive waste L & I level radioactive waste High level radioactive waste Contract with ENRESA In connexion with the Repository El Cabril And the HL Waste Repository ATC to be built over the next 5 years Nuclear Reactor Structural Materials LWR vessel & internals Molten Lead cooling

  23. Nuclear Fission /2 Sección eficaz de captura Nuclear safety Severe accidents Laboratory of Safety Systems Analysis (LASS) High burn-up fuel (Halden and JHR Reactors) Nuclear Innovation PECA facility at LASS Advanced nuclear fuel cycles Systems for HLW transmutation, ADS (Myrrha) Nuclear data for advanced NR (n-ToF) Generation IV Fast Reactors

  24. Fusion National Laboratory at CIEMAT

  25. Participation in Fusion International Programmes Coordinator of the Spanish participation in the European Fusion Programme TJ-II stellarator New concepts P a r t i c i p a t i o n DEMO ITER JET 1983 JT-60 Technology B. Approach IFMIF Technofusion

  26. Participation in the ITER Project • Fusion for Energy (Barcelona) • 6000 M€ of investment for ITER over 10 years R+D tasks coordinated by CIEMAT in Spain • Auxiliary Systems of the Neutral Beam Injector • Tritium Regeneration • Analysis of the Tritium permeation • Cooling Systems in access ports • Remote Handling • Data Adquisition and Control Fusion Technologies Broader Approach IFMIF and JT-60 Materials for Fusion Consolider (100 researchers and 12 centers in Spain) JT-60 Cryostat

  27. Alliance for Energy Research and Innovation is a great public-private national agreement that was born in June 2011 with the challenge of reinforcing international Spanish leadership in the field of energy innovation Main objective: to improve the efficiency and efficacy of our energy research and innovation system with the aim of contributing towards the consolidation of the existent strengths, as well as promoting the internationalization of our capacities and abilities. For that purpose it is important to work on particular goals such as: strategy, coordination and internationalization. 11 representatives from Private Sector 11 representatives from Public Sector Governance Technical Secretary Members of the Alliance Strategy Committee is conducting an exercise to analyze the potentiality of the energy technologies development, in Spain, based on 7 criteria, having been identified suitable and measurable indicators related to these criteria. 14 technological sectors has been identified. First conclusions will be ready in September 2014.

  28. International Presence Knowledge and Innovation Community (KIC-InnoEnergy) • CIEMAT actively participates in the Sustainable Energy KIC • Alliance formed by the best-players companies, universities, business schools, and centres of technology and innovation that cover the whole energy matrix. • Six regional European co-location centres comprise the consortium: • Benelux (Intelligent, Energy-efficient Buildings and Cities) • Iberia (“Renewables”) • Alpes Valles (“Sustainable Nuclear & Renewable Energy convergent”) • Sweden (“European Smart Electric gris & Electric Storage”) • Polonia Plus (“Clean Coal Technologies”) • Germany (“Energy from Chemical Fuels”)

  29. International Presence European Energy Research Alliance (EERA) • Joint Programmes (JP): • Photovoltaic, Wind, Geothermal and Smart Grids (launched Jun 2010) • Carbon Capture and Storage, Materials for Nuclear and Bio Energy (launched Nov 2010) • Concentrating Solar Power and Ocean Energy (launched Nov 2011) • Smart Cities, Advanced Materials and Processes for Energy Applications, Energy Storage, and Fuel Cells and Hydrogen (submitted Nov 2011) • Economical, Environment and Social Impacts, and Shale Gas (launched April 2013) Coord. thefirstapprovedIntegratedResearch Project: Stage-STE (on CSP)

  30. Thank you !!!

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