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Responsible Renewable Recyclable

Responsible Renewable Recyclable. Thomas Parker October 2013. What is the European Spallation Source ?. One of Europe's largest planned research infrastructure Will bring new insights to the grand challenges of science and innovation

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Responsible Renewable Recyclable

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  1. Responsible Renewable Recyclable Thomas Parker October 2013

  2. What is the European Spallation Source ? • One of Europe's largest planned research infrastructure • Will bring new insights to the grand challenges of science and innovation • Collaborative project: Includes more than 17 countries • 2014: Start of construction phase of the world's most powerful linear proton accelerator • 2019: Provide the world's most advanced tools for studying materials with neutrons • (~ 450 employees; > 2500 users / year) Europe 2019: The European Spallation Source (<5 MW) Lund, Sweden USA 2006: SNS(<1.4 MW) Japan 2008: JPARC (<1MW)

  3. The main contribution from ESS to a more sustainable society is the science Neutrons for Energy Research Energy Storage Carbon Capture and Storage Photovoltaics Extreme Materials Superconduction Photosynthesis Fuel Cells

  4. The Scandinavian Commitment: A Sustainable Research Centre • Responsible • Energy Efficiency • Renewable • Power from renewable sources • Recyclable • ESS’s cooling is Lund’s heating

  5. Energy Inventory Spallation Neutron Source at Oak Ridge National Laboratory At 1 MW beam from accelerator Accelerator incl klystron gallery Accelerator cryo 150 GWh power 140 GWh waste heat Accumulator ring Cooling Target cryo Target

  6. Energy Inventory ESS Pan-European Project 2002 5 MW beam on target Accelerator incl klystron gallery Coolling Accelerator cryogenics Accumulator- ring 610 GWh power Target Station 580 GWh waste heat Target cryogenics

  7. Energy Inventory ESS 2012, 5 MW Instruments Accelerator incl klystron gallery Ion Source Target Cryo Cooling Target station Accelerator Cryogenics 270 GWh renewable power 20°C 40°C 90°C 200 GWh recycled

  8. Responsible – Renewable – Recyclable Responsible CO2: - 30 000 t. Renewable CO2: -120 000 t. Recyclable CO2: - 15 000 t.

  9. High-temperature cooling Klystrons Helium Compressors

  10. Open Call for heat recycling solutions Recycle heat without using electricity Open now!

  11. Key Success Factors • Government commitment • Green Field effort • Functioning free market for electrical power • “Blessed” with heat demand • District heating predominant heating form, 80°C sufficient • Low temperature heating in buildings 40°C

  12. Conclusions • The energy strategy Responsible Renewable Recyclable was instrumental in winning ESS • “Responsible, Renewable, Responsible” is neither perfect nor universal, but is being implemented and will be a benchmark for future development. • Attention to temperature in design of machine and buildings • Collaboration is a key success factor. • Innovation is a requirement.

  13. Thank You ! 2019 ESS European Research Infrastructure Consortium - "Operations Phase" 2014 ESS AB- ”Project Phase" 2010 ESS AB - "Design Update Phase" 2007 ESS Secretariat - "Campaign Phase"

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