{
  "url": "https://openlegislation.uk/eu-decision-2015-1478/annex-4",
  "json_url": "https://openlegislation.uk/eu-decision-2015-1478/annex-4.json",
  "legislation": "eudn/2015/1478",
  "legislation_title": "Commission Implementing Decision (EU) 2015/1478 of 19 August 2015 on setting up the European Spallation Source as a European Research Infrastructure Consortium (European Spallation Source ERIC) (Text with EEA relevance)",
  "legislation_url": "https://openlegislation.uk/eu-decision-2015-1478",
  "path": "annex/4",
  "kind": "annex",
  "number": "4",
  "heading": "LIST OF APPROVED IN-KIND CONTRIBUTIONS FOR THE PRE-CONSTRUCTION PHASE",
  "text": "No.\nESS Project\nESS WU Name\nContract Partner\nCountry\nTOTAL (kEUR)\n1\nAccelerator\nB1 Superconducting Linac is for DESY\nDESY\nDE\n971,4\n2\nAccelerator\nBack-up Study for ESS Proton Source\nESS-Bilbao\nES\n477,08\n3\nAccelerator\nNormal conducting linac\nINFN\nIT\n3 725\n4\nDMSC\nSD014DE — HDRI Communication Platform\nHZG\nDE\n470,2\n5\nDMSC\nDesign update for the ESS Data Management and Software Centre (DMSC)\nUCPH\nDK\n402,4\n6\nDMSC\nCluster Interim DMSC\nUCPH\nDK\n1 205,9\n7\nDMSC\nMANTID cooperation\nUCPH\nDK\n123,9\n8\nInstrument\nCAMEA\nDTU\nDK\n480,5\n9\nInstrument\nSD017DC/b DK Horizontal Focusing Reflectometer\nDTU\nDK\n79,5\n10\nInstrument\nCompact SANS\nDTU\nDK\n82,1\n11\nNeutron Technologies\nNeutron Optics\nDTU\nDK\n80,2\n12\nInstrument\nHybrid Diffractometer\nDTU\nDK\n168,9\n13\nInstrument\nSD001DE/b Bispectral Chopper Spectroscopy\nForschungszentrum Jülich GmbH\nDE\n393,7\n14\nInstrument\nSD001DE/a Cold Chopper Spectroscopy\nTUM\nDE\n258,7\n15\nInstrument\nSD002DE/a High Resolution NSE\nForschungszentrum Jülich GmbH\nDE\n318,8\n16\nInstrument\nSD0002DE/b Wide Angle NSE\nForschungszentrum Jülich GmbH\nDE\n67,6\n17\nInstrument\nSD003DE/a Reflectometer for Liquid Surfaces and Soft Matter\nHZB\nDE\n533,6\n18\nInstrument\nSD004DE/ab Conventional SANS\nForschungszentrum Jülich GmbH\nDE\n112,1\n19\nInstrument\nSD004DE/C Small Sample SANS\nHZG\nDE\n617,9\n20\nInstrument\nSD005DE/a Bi-spectral Powder Diffractometer\nForschungszentrum Jülich GmbH\nDE\n272,7\n21\nInstrument\nSD005DE/b Engineering Diffraction\nHZG\nDE\n903,7\n22\nInstrument\nSD006DE Multi-Purpose High Resolution Imaging\nHZB\nDE\n758,0\n23\nInstrument\nSD007DE/b Alternative NSE and Add-ons\nTUM\nDE\n635,9\n24\nInstrument\nSD007DE/c Focusing Optics for Spectroscopy\nTUM\nDE\n137,1\n25\nInstrument\nSD007DE/a Phase Space Transformers\nHZB\nDE\n65,1\n26\nInstrument\nSD008DE Multi Purpose Extreme Environment Diffraction\nHZB\nDE\n389,3\n27\nNeutron Technologies\nSD009DE — Choppers\nForschungszentrum Jülich GmbH\nDE\n828,5\n28\nNeutron Technologies\nSD010DE — Detectors\nTUM\nDE\n4 785,8\n29\nNeutron Technologies\nSD011DE — Polarisers (3HE)\nForschungszentrum Jülich GmbH\nDE\n417,4\n30\nNeutron Technologies\nSD012DE ESS Specific Sample Environment\nHZG\nDE\n179,0\n31\nInstrument\nSD013DE Test Beam Line\nHZB\nDE\n1 456,4\n32\nInstrument\nSD003DE/b Reflectometer for Magnetic Layers\nForschungszentrum Jülich GmbH\nDE\n309,0\n33\nInstrument\nSD033CZ Complex Environment Engineering Diffractometer\nInstitute of Physics ASCR\nCZ\n1 759,0\n34\nInstrument\nSimulation of Neutron Instruments\nKU\nDK\n938,8\n35\nNeutron Technologies\nDetector Testing Facility\nIFE\nNO\n1 785,6\n36\nNeutron Technologies\nDetectors\nCNR\nIT\n510,2\n37\nTarget\nWaste Disposal, Emissions, Dismantling and Decommissioning\nKIT\nDE\n19,2\n38\nTarget\nTarget Performance Modelling and Optimisation\nKIT\nDE\n95,9\n39\nTarget\nMaterial properties\nKIT\nDE\n9,6\n40\nTarget\nRotating Tungsten Helium Cooled Target Concept — Replaceable System\nKIT\nDE\n322,8\n41\nTarget\nRotating Tungsten Helium Cooled Target Concept — Permanent System\nKIT\nDE\n76,7\n42\nTarget\nLiquid Metal Target\nKIT\nDE\n1 152,8\n43\nTarget\nPremoderator, Moderator and Reflector Engineering Design\nForschungszentrum Jülich GmbH\nDE\n1 512,5\n44\nTarget\nShielded Target Monolith System and Beam Extraction\nForschungszentrum Jülich GmbH\nDE\n845,6\n45\nTarget\nLiquid Metal Target\nForschungszentrum Jülich GmbH\nDE\n163,9\n46\nTarget\nLiquid Metal Target\nPaul Scherrer Institute\nCH\n221,5\n47\nTarget\nRotating Tungsten Helium Cooled Target Concept — Permanent System\nForschungszentrum Jülich GmbH\nDE\n959,9\n48\nInstrument\nSD015DE — Simulation Code Development, Help Desk\nHZB\nDE\n472,9\n49\nInstrument\nSD054NL ULTRA SANS USING NEUTRON SPIN-ECHO MODULATION\nDelft University of Technology\nNL\n208,54\n50\nInstrument\nSD055NL OPTIMISING THE BENEFITS OF SPIN-ECHO LABELLING\nDelft University of Technology\nNL\n135,21\n51\nInstrument\nSD056NL SPIN-ECHO MODULATION IMAGING ADD-ON\nDelft University of Technology\nNL\n247,58\n52\nInstrument\nSD057NL LARMOR LABELLING IN DIFFRACTION\nDelft University of Technology\nNL\n135,21\n53\nTarget\nTHE ESS WATER TASK FORCE\nESS-Bilbao\nES\n189,2\n54\nInstrument\nSD016DC_DK CAMEA\nDTU\nDK\n43,5\n55\nInstrument\nSD018DC_DK COMPACT SANS\nDTU\nDK\n51,2\n56\nNeutron Technologies\nSD020DC_DK NEUTRON OPTICS\nDTU\nDK\n54,0\n57\nTarget\nTHE ESS TARGET STATION CONCEPT SELECTION (TSCS)\nESS-Bilbao\nES\n264,9\n58\nTarget\nTARGET TEST STAND\nESS-Bilbao\nES\n1 390,75\n59\nAccelerator\nBack-up Study for ESS Low Energy Beam Transport\nESS-Bilbao\nES\n445,5\n60\nAccelerator\nBack-up Study for ESS Radio Frequency Quadrupole\nESS-Bilbao\nES\n829,6\n61\nAccelerator\nBack-up Study for ESS Drift Tube Linac\nESS-Bilbao\nES\n386,77\n62\nAccelerator\nBack-up Study for ESS Spoke Superconducting Linac\nESS-Bilbao\nES\n296,1\n63\nAccelerator\nAdvance Welding Facility\nESS-Bilbao\nES\n185,11\n64\nInstrument\nSD067IT — Vibrational Spectroscopy Instrument\nElettra-Sincrotrone Trieste\nIT\n399,5\n65\nInstrument\nSD067IT — Time Focussing Crystal-Chopper Spectrometer (Tempus Fugit)\nElettra-Sincrotrone Trieste\nIT\n528,0\n66\nAccelerator\nHEBT, NC Magnets and Power Supplies\nDTU\nDK\n1 201,9\n67\nAccelerator\nNormal conducting linac MEBT\nESS-Bilbao\nES\n138,5\n68\nAccelerator\nNormal conducting linac\nINFN\nIT\n1 023,1\n69\nDMSC\nSD029CH ESS Data Acquisition & Software\nPaul Scherrer Institute\nCH\n48,0\n70\nInstrument\nSD016DC_CH TOF-TAS CAMEA\nPaul Scherrer Institute\nCH\n481,0\n71\nInstrument\nSD017DC_CH_a Vertical Focusing Reflectometer\nPaul Scherrer Institute\nCH\n462,0\n72\nInstrument\nSD018DC_CH Compact SANS\nPaul Scherrer Institute\nCH\n287,0\n73\nInstrument\nSD019DC_CH Hybrid Diffractometer\nPaul Scherrer Institute\nCH\n305,0\n74\nInstrument\nSD029CH Multi Purpose High Resolution Imaging\nPaul Scherrer Institute\nCH\n238,5\n75\nInstrument\nSD020DC_CH Neutron Optics\nPaul Scherrer Institute\nCH\n407,5\n76\nTarget\nHot Cell, Handling of Used Resources\nCentrum výzkumu Řež s.r.o.\nCZ\n189,0\n77\nTarget\nStudy of target radionuclide chemistry and target radio toxicity\nDTU\nDK\n123,8\n78\nTarget\nOptimisation of beam extraction\nDTU\nDK\n206,4\n79\nTarget\nHot Cell, Handling of Used Resources\nESS-Bilbao\nES\n75,7\n80\nTarget\nAssessment of radioactive inventory after final shut-down\nESS-Bilbao\nES\n47,3\n81\nTarget\nTarget Performance Modelling and Optimisation\nESS-Bilbao\nES\n293,3\n82\nTarget\nOptimisation of beam extraction\nPaul Scherrer Institute\nCH\n547,5\n83\nTarget\nMaterial Properties\nPaul Scherrer Institute\nCH\n249,5\n44 669,8",
  "extent": "E+W+S+N.I.",
  "status": null,
  "version": "current",
  "annotations": [],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eudn/2015/1478/annex/4",
    "retrieved_at": "2026-11-01T15:14:15.281720+00:00"
  },
  "licence": "Open Government Licence v3.0",
  "licence_url": "https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/",
  "attribution": "Contains public sector information licensed under the Open Government Licence v3.0. Source: legislation.gov.uk, The National Archives."
}