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Your energy. Our passion. Petten 2012 www.ecn.nl ECN: A rich and - PowerPoint PPT Presentation

Your energy. Our passion. Petten 2012 www.ecn.nl ECN: A rich and evolving history ~600 employees ~20 patents a year ~5 licenses a year ~270 conferences ~500 reports in 2011 in 2011 We are in our 57 th year of pushing technology boundaries


  1. Your energy. Our passion. Petten 2012 www.ecn.nl

  2. ECN: A rich and evolving history ~600 employees ~20 patents a year ~5 licenses a year ~270 conferences ~500 reports in 2011 in 2011 We are in our 57 th year of pushing technology boundaries

  3. Mission : With and for the market, we develop knowledge and technology that enable a transition to a sustainable energy system

  4. Locations Petten (head office) Wieringerwerf Amsterdam Eindhoven Brussels Beijing

  5. What we do • Strategic & Technological studies Creating insights in energy technology and policy • Problem solving Using our knowledge, technology, and facilities to solve our clients’ issues • Technology development Developing technology into prototypes and industrial application

  6. Position • independent • connecting partners Industrial Universities partners fundamental applied industrial research research development

  7. Making a (new) energy process work Integrating working solutions in existing processes faster better cheaper greener reliable Solutions that work chain integration

  8. Connecting players Getting technology to the market requires a network of players Materials End user supplier ??? Equipment manufacturer

  9. How we can work with and for you • Consultancy & Services Serving your short-term needs • Contract R&D Supporting your R&D with our knowledge, technology and facilities • Technology development & Transfer Implementing our technology in your products & processes • Joint Industry Projects Developing tomorrow’s technology together

  10. R&D fields Energy Environment Energy Engineering Efficiency Process & Energy Industry Policy Studies Wind Energy Biomass Solar Energy

  11. Policy Studies Energy Sustainability Thought Leadership

  12. Supporting energy policy development Independent Assess current situation Covering all sectors • Energy production Project & Monitor & • Industry & agriculture identify evaluate challenges • Built environment • Transport • Market & infrastructure Analyse Multidisciplinary Design policy portfolio of instruments • Energy use & emissions options • Economics & finance Assess • Social alternative • Political instruments • Innovation

  13. Selected activities • Reference projections – Basis for Dutch energy policy • Economy-wide models – Energy production, infrastructure, usage – Renewable energy production & costs – Energy market models – Energy innovation • Visions • Social science – Consumer behaviour – Public/Social acceptance

  14. Process & Energy Industry Towards an Optimized Energy System

  15. Extending the envelope Measurement, Modeling, Testing, Analysis Engineering, Realisation Raw Pre- Product Conversion Separation Materials treatment Synthesis » Faster 1 Measure, test & analyze: processes, emissions & materials » Better 2 » Cheaper Develop improvements & new applications (eg biomass) » Greener 3 Realize & implement » Reliable

  16. Environment & Energy Engineering Solutions provider beyond the state-of-art

  17. Re-defining the state-of-the-art Measurement, Modeling, Testing, Analysis Engineering, Realisation Measurement, Testing & Analysis Concept, Design, Realization, Commissioning Engineering, Prototyping Modeling • Failure analysis • Technology scouting • Realization: Manufacturing, machining, welding , … • Materials research • Engineering: Process, flow, • Assembly mechanical, electrical, software • Emissions to air, soil, and water • Acceptance testing • Instrument & method development

  18. Selected activities: Environment • Characterization, verification & regulation – Advanced measurements & modelling – Particulate matter properties – Urban air, industrial dust & human health – Policy support • Waste materials: sustainable use – Testing & modelling: leaching to soil and water – Consultancy & policy support • Development of methods, standards & monitoring instruments – MARGA (particulate matter sensor ) – Leaching standards and LeachXS expert system – Visualization tools

  19. Facilities: Environment Greenhouse gas emission models PM sensor LeachXS expert system Visualization tools Monitoring instruments Leaching characterization

  20. Examples: Engineering & Realisation • Materials testing & analysis – Damage research – Chemical, physical and mechanical analysis – Materials advice – Production development • Engineering – Process – Mechanical – Electrical – Software • Realisation – 5 axis CNC, Grinding, Laser, EDM,.. – (Laser) welding – Glass & ceramics manufacturing – Assembly

  21. Facilities: Engineering & Realisation Chemical characterisation Powder metallurgy Process system engineering Electrical engineering Manufacturing & Assembly Materials testing

  22. Energy Efficiency Reducing energy consumption

  23. Reducing energy consumption • Industrial heat technology • Systems & process analysis Raw Pre- Product Conversion Separation Materials treatment Synthesis • Process • Gas treatment intensification • Liquid separation • Pre-combustion • Pervaporation CO 2 capture » Lower costs » Higher yields » Lower energy consumption

  24. Selected activities [1] • Membranes & Membrane modules – Separation of water and organic fluids (HybSi) – Separation of hydrogen from gas mixtures (HySep) • Heat upgrading – Heat pumps, heat transformers, heat storage – Thermo-acoustic, thermo-chemical, and hybrid heatpun – High- temperature [70…200 °C], high lift [100 °C] • Process intensification – Heat integrated distillation column – Hydrogen membrane reactors – Structured reactors for oxidations

  25. Selected activities [2] • Pre-combustion CO 2 capture technologies – Sorption-Enhanced Water Gas Shift (SEWGS) – Hydrogen membrane reactors • Services for the process and energy industry – Testing: catalysts, sorbents, membranes – Reactor design, prototype testing – Process design, incl cost, feasibility and thermodynamics

  26. Facilities: Energy Efficiency Membrane test installation SEWGS Taylor flow Membrane oxidation reactor development & testing

  27. Biomass Revolutionizing a Global Primary Energy Source

  28. Making bio-energy work Pre- Product Feedstock Conversion Separation treatment Synthesis • Characterization • Torrefaction • Synthetic nat. gas • Combustion • Tar removal • TORWASH • Bio-fuels • Gasification • Separation • Pyrolysis • Biorefinery • Bio-plastics • Biochar • Bio-chemicals • Fractionation • Electricity • Heat & cold » Lower costs » Higher yields » New applications

  29. Selected activities • Torrefaction: Biomass to commodity fuel – High bulk & energy density – Long shelf lifetime (hydrophobic) • Combustion: Co-firing – Fuel behaviour during combustion – Ashes, slags, agglomeration effects • Gasification: – Development of gasification technology: MILENA – Tar removal and product synthesis – Test infrastructure to provide services biomass air • Biorefinery: Fuels and chemicals production – Organosolv fractionation: Conversion into cellulose, hemicellulose, and lignine – Conversion of fractions into marketable products

  30. Facilities Combustion Simulator Biorefinery (Organosolv) Tar removal (OLGA) Torrefaction Gasifier (MILENA)

  31. Wind Energy Accelerating Global Wind Energy Growth

  32. Making wind energy work Materials & Turbine & Operations & Components Wind farm Structures Foundation Maintenance • New concepts • New concepts • New concepts • Optimization • Design tools (software) • Design tools • Design tools tools (software) (software) (software) • Accredited • Testing • Sensor • Blade testing measurements development (Test site) • Tidal turbines » Lower costs » Higher yields

  33. Selected activities • Design: Aerodynamics – Rotor & Wind farm • Control – Turbine & Wind farm • Operation & Maintenance – Cost optimisation – Flight leader – Smart maintenance • Measurements – Standardised measurements – Fibre optics, Lidar-based

  34. Facilities ECN Test Site (EWTW) Material and Blade Test Centre (WMC) Measurement Group Industrial Support Group (EWIS)

  35. Solar Energy Step Change in Solar Innovation & Application

  36. Making solar energy work Materials Cell Module System Installation • Characterization • New concept development • New concept development • Measurement • Production technology development • Testing » Lower costs » Higher yields

  37. A few examples: Succesful clustering • N-type: From lab to fab in one year – Joint project: Yingli (CN) and Tempress (NL) – 300 MWp/yr production one year after project start • World-record rear contact module – Joint project: CSI, JA solar, 2 others – 17% module efficiency on mcSi • Installation of complete manufacturing lines – Joint projects: a.o. Roth & Rau – >1 GWp installed worldwide – 50% of cells worldwide produced with ECN technology • Measurement & characterisation (SunLab) • Training and Courses (Solar Academy)

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