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European Spallation Source

European Spallation Source A World-Leading Centre for Materials Research and Life Science with Neutrons. HEPTech Workshop 7 May 2013 James H. Yeck CEO ESS www.europeanspallationsource.se. December 2012: Pre-Construction Design Update Delivered.

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European Spallation Source

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  1. European Spallation Source A World-Leading Centre for Materials Research and Life Science with Neutrons HEPTech Workshop 7 May 2013 James H. Yeck CEO ESS www.europeanspallationsource.se

  2. December 2012:Pre-Construction Design Update Delivered

  3. A scientific collaborationwith over 60 contributing institutions

  4. Sweden, Denmark and Norway: 50% of construction and 15-20% of operations costs An International Collaboration European Partner Countries:50% of construction costs with substantial In-Kind Contributions

  5. ESS, MAX IV and Science VillageVision, around 2025

  6. European Spallation Source SNS, Tennessee 2008 • A European research facility for materials research and life science with neutrons • The largest pan-European research project today • More powerful and several times brighter than existing facilities • Schedule • Construction start in 2014 • First neutrons before end of decade, 22 instruments by 2025 • Steady-state operations in 2026 • Construction cost of 1,843 B€

  7. ESS Programme 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2065 ESS Programme PRE-CONSTRUCTION programme phases CONSTRUCTION OPERATIONS DECOMM ACCELERATOR DESIGN ESS sub-projects ACCELERATOR PREPARE TO BUILD ACCELERATOR CONSTRUCTION ESS COMMISSIONING (INSTRUMENTS)

  8. Path to a Construction Start TDR,Cost Report Budget 2014 Finalize ESS ERIC Statutes Ground Break Initial Response EoI Final Response ESS ERIC Annex 7 ESS ERIC Entry-into-force Step 1 EC Step 2 EC EC submission / negotiation 18-19/2 16/4 Signature Event Official Start of Construction Phase Financial Scenario

  9. ESS Programme in 2013 • Initiate Call for Expressions of Interest and define In-Kind contributions for the Construction Phase • Complete Letters of Intent/Agreements w/ Partner Countries • Select partnering company for conventional construction and initiate final design • Demonstrate accelerator and target station technology readiness – key issues resolved for civil construction start • Select initial instruments and increase engagement of the scientific user community • Complete licensing approval process by early 2014 • …prepare to break ground and start construction in 2014

  10. 1020 SNS ISIS ILL HFIR NRU MTR 1015 NRX ZINP-P/ IPNS HFBR FRM-II WNR KENS X-10 SINQ Effective thermal neutron flux n/cm2-s 1010 ZINP-P CP-2 CP-1 Berkeley 37-inch cyclotron 105 Steady State Sources 350 mCi Ra-Be source Pulsed Sources 1 Chadwick 1930 1940 1950 1960 1970 1980 1990 2000 2010 2020 (Updated from Neutron Scattering, K. Skold and D. L. Price, eds., Academic Press, 1986) Evolution of Neutron Sources ESS

  11. HEPTech Workshop SNS, Tennessee 2008 Welcome to Lund and the ESS offices. You are a source of technology excellence and innovation. Your challenge is to bridge the gap between researchers and industry and to accelerate the industrial process for the benefit of the global economy and society. We all look forward to productive discussions!

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