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Home - Construction project - In-kind contributions

In-kind contributions

To a great extent, the European XFEL facility will be realized by means of in-kind contributions by shareholders and partners.

In the present European XFEL project organization, the value of in-kind contributions accounts for around 50 % of the total project budget.

Before becoming in-kind contribution, the expression of interest presented by an institute must be approved by the In-Kind Review Committee (IKRC).

Coordinator for in-kind contributions is Antonio Bonucci.

The data below shows the status on 1 July 2014.

Contributions in € for 2005 value
Country IKC value (2005) Relative value Chart Total contrib.
Denmark € 4 087 000 0.7 %
€ 11 000 000
France € 36 000 000 6.4 %
€ 36 000 000
Germany € 408 802 006 72.7 %
€ 663 400 000
Hungary € 0 0 %   € 11 000 000
Italy € 33 000 000 5.9 %
€ 33 000 000
Poland € 15 894 958 2.8 %
€ 24 840 000
Russia € 43 070 559 7.7 %
€ 306 400 000
Slovakia € 0 0 %   € 12 650 000
Spain € 7 811 800 1.4 %
€ 11 000 000
Sweden € 4 947 790 0.9 %
€ 17 500 000
Switzerland € 8 835 000 1.6 %
€ 17 000 000
Name Shareholder Country
A

DTU, Physics Department, Copenhagen

Technical University of Denmark, Physics Department

Contributions:

  • DK01 (WP-81): Design, production, and commissioning of several components for the scientific instrument FXE
  • DK02 (WP-81, WP-82, WP-83, WP-84): Design, production, and commissioning of X-ray beam delivery units for Work Packages 81, 82, 83, and 84
DASTI (Danish Agency for Science, Technology and Innovation) Denmark
B

CNRS (IN2P3), Orsay

Centre National de la Recherche Scientifique – Institut National de Physique Nucléaire et de Physique des Particules

Contributions:

  • FR01 (WP-05): RF input couplers of the superconducting linac: production of 800 couplers, RF conditioning, and delivery to Saclay under clean packing conditions
CNRS France
B

CEA (IRFU), Saclay

Commissariat à l'Energie Atomique et aux Energies Alternatives – Institut de Recherche sur les lois Fondamentales de l'Univers

Contributions:

  • FR02 (WP-09): Assembly in clean room of 103 strings of 8 superconducting cavities each
  • FR03 (WP-03): - Procurement of magnetic shielding for the cavities - Procurement of superinsulation and hardware for the cryomodules - Assembly of 103 cryomodules of the superconducting linac, alignment, tests, leak checks, and delivery to AMTF hall
  • FR04 (WP-17): Re-entrant cavity BPMs: design, production, delivery, and commissioning
CEA France
C

DESY, Hamburg

Deutsches Elektronen-Synchrotron

Contributions:

  • DE01 (WP-01): RF system: design & development of the high power RF system - Procurement, installation, and commissioning of: HV pulse modulators, Klystrons, power supplies, preamplifiers, RF interlocks, RF cables, waveguide systems.
  • DE02 (WP-02): Low Level RF: controllers for the superconducting cavities, design and procurement of hardware and software, installation, and commissioning
  • DE03 (WP-03): Accelerator cryomodules: follow-up and coordination of the different contributors
  • DE04 (WP-04): Superconducting cavities: definition of processes for cavity preparation and assembly, cavities production, adjustment and calibration, delivery to CEA Saclay
  • DE05 (WP-05): Power couplers: design and procurement of interlock and control electronics, follow-up of IKC by CNRS, commissioning
  • DE07 (WP-07): Frequency tuner: design, qualification of components, procurement, assembly of mechanism for frequency tuning and stabilization of each accelerator cavity
  • DE08 (WP-08): Cold vacuum: specifications and design of components, follow-up of BINP contribution, installation, and commissioning
  • DE09 (WP-09): Cavity string assembly: procedures of assembly of 8-cavities string in ISO-4 clean room, cavities transport rack, follow-up and control of activities at CEA Saclay during assembly in series
  • DE10 (WP-10): Infrastructure and cryogenic components for the AMTF hall: magnet test cryostat, 2 helium pumps, pipeline bridge, 2 valve boxes, subcooler box, helium storage dewar, cryogenics control system, shielding of 3 test stands.
  • DE11 (WP-11): Cold magnets: specifications and design of a superconducting magnet package including a superferric quadrupole and 2 nested deflecting dipoles using special current leads, to be mounted inside each cryomodule
  • DE12 (WP-12): Warm magnets: overall layout, specifications, coordination of contributions by BINP and Efremov Institute, installation and commissioning of about 700 magnets
  • DE13 (WP-13): Cryogenics for linac: XFEL Helium refrigerator, pipeline bridge to XSE, XFEL cryogenic process controls, follow-up of IKCs by BINP and IHEP, coordination of installation and commissioning
  • DE14 (WP-14): Injector
  • DE15 (WP-15): Bunch Compression and Start-to-End Simulation
  • DE16 (WP-16): Lattice: Beam optics design and beam kickers
  • DE17 (WP-17): Standard e-Beam Diagnostics: Button and Cavity BPMs, screen monitors, beam intensity and loss monitors, coordination of IKCs by CEA, PSI and IHEP, commissioning
  • DE18 (WP-18): Special e-beam diagnostics: TDS specifications and follow-up of contract with INR, control system and synchronization with master clock, installation and commissioning
  • DE19 (WP-19): Warm vacuum system: design and procurement of vacuum chambers and of control electronics, follow-up of contract with BINP, installation and commissioning
  • DE20 (WP-20): Beam Dumps: specifications, design of exchange vehicle, follow-up of contract with IHEP, performing tests and commissioning
  • DE21 (WP-21): FEL Concepts: reference design base of the FEL layout, calculation of SASE parameters
  • DE28 (WP-28): Accelerator Control System
  • DE32 (WP-32): Survey & Alignment: manpower and instrumentation for alignment of equipment in the tunnels
  • DE33 (WP-33): Installation: manpower for planning, preparing and executing the complete tunnel installation
  • DE34 (WP-34): Utilities in buildings and tunnels: system design, procurement, installation and commissioning
  • DE35 (WP-35): Radiation Safety: guidelines, supervision and control, detectors and monitoring
  • DE36 (WP-36): General Safety
  • DE38 (WP-38): Personnel Interlock: system design, procurement and installation on site
  • DE39 (WP-39): EMC Electro Magnetic Compatibility: rules and guideline, follow-up and control of all concerned equipment and activities
  • DE45 (WP-45): AMTF Hall and technical infrastructure: construction of the hall and installation of utilities
  • DE46 (WP-46): 3.9 GHz module: coordination and commissioning
DESY Germany
D

INFN, Milano

Istituto Nazionale di Fisica Nucleare

Contributions:

  • IT01 (WP-04): Production, tests and delivery of Niobium cavities (50%)
  • IT02 (WP-03): Production and delivery to Saclay of 25 cryomodule pressure vessels
  • IT03 (WP-46): Production and delivery of the 3.9 GHz accelerator module
Ministero dell’Istruzione, dell’Università e della Ricerca Italy
E

NCBJ, Świerk

National Centre for Nuclear Research

Contributions:

NCBJ (National Centre for Nuclear Research) Poland
F

WUT, Wrocław

Wrocław University of Technology

Contributions:

  • PL04 (WP-10): Transfer line XATL1 and two vertical test stands for AMTF: production, tests and delivery to AMTF hall, installation and commissioning
    Progress status (PDF, 982KB)
NCBJ (National Centre for Nuclear Research) Poland
G

IFJ-PAN, Kraków

The Henryk Niewodniczański Institute for Nuclear Physics Polish Academy of Science

Contributions:

  • PL05 (WP-10): Qualification tests of all Nb cavities and of all cryomodules in the AMTF hall: procedures, logistics, QA issues, test reports, database management
  • PL07 (WP-11): Tests of all cold magnets in the AMTF hall: procedure, logistics, QA issues, test reports, database management
    Progress status (PDF, 1.1 MB)
NCBJ (National Centre for Nuclear Research) Poland
H

JINR, Dubna

Joint Institute for Nuclear Research

Contributions:

  • RU03 (WP-74): MCP based detectors: design, production, tests, calibration and delivery of 3 detectors
RUSNANO Russia
I

IHEP, Protvino

Institute for High Energy Physics

Contributions:

  • RU07 (WP-13): Cryogenic equipment for the linac: design, production, delivery, installation and commissioning
  • RU08 (WP-20): Beam Dumps: design, production, and tests of 5 Main Dumps and 2 Injector Dumps, including supports, shielding and exchange tools
    Progress status (PDF, 1.6 MB)
  • RU09 (WP-17): Mechanical components and scintillators for the Beam Loss Monitors: production, assembly and tests
RUSNANO Russia
J

NIIEFA, St Petersburg

D.V. Efremov Scientific Research Institute of Electrophysical Apparatus

Contributions:

  • RU11 (WP-12): 710 Warm magnets of different types: design, production and delivery
RUSNANO Russia
K

BINP, Novosibirsk

Budker Institute of Nuclear Physics, Siberian Branch of Academy of Science

Contributions:

  • RU17 (WP-12): 127 Quadrupole magnets type XQA: design, production, tests and delivery to Stockholm
    Progress status (PDF, 4.5 MB)
  • RU18 (WP-08): Components for the Cold vacuum: design, production and delivery
    Progress status (PDF, 1.4 MB)
  • RU19 (WP-19): Components for the Warm vacuum: design, production, delivery and installation
    Progress status (PDF, 486KB)
  • RU20 (WP-10): 3 cryomodules test stands for the AMTF including moving supports, feed boxes, feed & end caps, adapters and transfer lines: design, production, delivery and assembly
    Progress status (PDF, 257KB)
  • RU21 (WP-34): Power supplies: production, tests and delivery
  • RU24 (WP-13): Cryogenic equipment for the linac: XLVB Linac Valve Box and XICE components; design, production, delivery, installation and commissioning
RUSNANO Russia
L

INR, Moscow

Institute for Nuclear Research, Russian Academy of Science

Contributions:

  • RU22 (WP-18): 3 Transverse Deflecting Structures and RF power supplies for special e-beam diagnostics: design, production, delivery and commissioning
    Progress status (PDF, 759KB)
RUSNANO Russia
M

CELLS, Barcelona

Consortium for Construction, Equipment, Exploitation of the Synchrotron Light Laboratory

Contributions:

  • ES01 (WP-71): Payment for 7 mechanical support systems for the undulators
Ministerio de Ciencia e Innovación Spain
N

CIEMAT, Madrid

Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas

Contributions:

  • ES02 (WP-11): Cold magnets: design, production, tests, and delivery to DESY of 103 magnets
    Progress status (PDF, 1.3 MB)
  • ES04 (WP-71): 91 Phase shifters and Quadrupole movers for the undulators intersections: design, prototypes, series production, and delivery to DESY
Ministerio de Ciencia e Innovación Spain
N

UPM, Madrid

Universidad Politécnica de Madrid

Contributions:

  • ES03 (WP-34): 222 Power supplies (4 types) for the cold quadrupole and dipole magnets: design, prototypes, series production, tests, and delivery to DESY
    Progress status (PDF, 2.4 MB)
Ministerio de Ciencia e Innovación Spain
P

Gothenburg University, Gothenburg

Contributions:

  • SE11 (WP85): Magnetic Bottle Electron Spectrometer
VR (Vetenskapsrådet, Swedish Research Council) Sweden
Q

KTH, Stockholm

Royal Institute of Technology

Contributions:

  • SE02 (WP-73): Heat load investigations on diffractive optics: fabrication of "zone plate" nanostructures on diamond substrate, simulations of heat transport, design of cooling systems, and heat load tests with beam
    Progress status (PDF, 625KB)
VR (Vetenskapsrådet, Swedish Research Council) Sweden
Q

MSL, Stockholm

Manne Siegbahn Lab at Stockholm University

Contributions:

  • SE04 (WP-12): Fiducialization of 127 quadrupole magnets type XQA: measurement of the magnetic axis with 2-micrometer resolution, measurement of distance between magnetic axis and fiducials within 50 micrometers
    Progress status (PDF, 185KB)
  • SE06 (WP-71): Temperature measurement system for the undulator segements: system design and validation, production and delivery of temperature sensors
VR (Vetenskapsrådet, Swedish Research Council) Sweden
Q

Physto, Stockholm

Physics Department at Stockholm University

Contributions:

  • SE05 (WP-28): - Timing and synchronization system - Configuration and authentication management
VR (Vetenskapsrådet, Swedish Research Council) Sweden
R

UU, Uppsala

Uppsala University

Contributions:

  • SE01 (WP-79): Sample injector and diagnostic system: design, production and delivery of a sample injector and catcher system with laser-based injector alignment, and of optical probes to record plasma emission at the interaction point
  • SE03 (WP-14): Laser heater system for the injector: design, production, test, delivery, and commissioning
    Progress status (PDF, 1.1 MB)
  • SE08 (WP-84): Secondment of physicist for the structural biology instrumentation
VR (Vetenskapsrådet, Swedish Research Council) Sweden
S

PSI, Villigen

Paul Scherrer Institut

Contributions:

  • CH03 (WP-17): BPMs electronics: design, production, installation, and commissioning
  • CH04 (WP-16): Transverse Intra-Bunchtrain Feedback System
State Secretariat for Education and Research SER Switzerland