Skip to main content

Main navigation

  • About ESS
    • The ESS Mandate
      • The ESS Story
    • ESS Organisation
      • Governance
        • Council Meetings
      • Committees
    • News & Press
      • Media Bank
      • Web Articles
    • Publications
    • Legal
      • ESS Privacy and Cookies Policies
    • Contact ESS
  • Science & Instruments
    • Science Using Neutrons
      • Chemistry of Materials, Magnetic & Electronic Phenomena
      • Engineering Materials, Geosciences, Archeology & Heritage Conservation and Fast Neutron Applications
      • Life Science & Soft Condensed Matter
      • Particle Physics
      • Future Science: What will we see at ESS?
        • Safer, lighter and stronger engineering materials
        • Fine-tuning 3D printing for space exploration
        • New tools in the fight against air pollution and global warming
        • Exploring the powerhouse of life
        • Better superconductors to improve cancer diagnosis
        • Bringing the most effective cancer drugs to market sooner
        • Lighting the way to next generation solar energy
        • New battery materials for a renewable energy future
        • Delivering on the Promise of Big Data
        • Putting a finger on the disorder essential to life
        • Unlocking the secrets of water
    • Instruments
      • BEER
      • BIFROST
      • CSPEC
      • DREAM
      • ESTIA
      • FREIA
      • HEIMDAL
      • LOKI
      • MAGIC
      • MIRACLES
      • NMX
      • ODIN
      • SKADI
      • T-REX
      • VESPA
    • Data Management & Software Centre
      • Computing Centre
    • Labs and Sample Environment
      • PREMP
      • FLUCO
      • TEFI
      • DEMAX
      • SULF
      • MESI
    • Committees
    • For Users
    • ESS Scientists
    • Science Events
    • Highlights of Published Papers
  • Technology
    • Accelerator
      • How It Works
      • LINAC
      • Beam Physics & Beam Diagnostics
      • Cryogenics
      • Vacuum
      • Radio Frequency Systems
      • Accelerator Test Stands
    • Target
      • How the Target works
    • Controls
  • Building ESS
    • The Building Project
      • Site, Architecture & Sustainability
      • Licensing & Planning
      • Radiation Protection & Safety
    • Progress reports from the ESS site
    • Aerial Views
  • Partnerships
    • In-Kind Contributions
    • Doing business with ESS
      • Supplier Information
      • Procurement Listings
      • Contract Award Notices
    • Grants
      • ESS in the HALRIC Project
  • Careers
    • Vacancies
    • Living & Working in Scandinavia
      • In Sweden
      • In Denmark
    • ESS Family Support
Webmail
ESS Inside
  • About ESS
    The ESS Mandate ESS Organisation News & Press Publications Legal Contact ESS
  • Science & Instruments
    Science Using Neutrons Instruments Data Management & Software Centre Labs and Sample Environment Committees For Users ESS Scientists Science Events Highlights of Published Papers
  • Technology
    Accelerator Target Controls
  • Building ESS
    The Building Project Progress reports from the ESS site Aerial Views
  • Partnerships
    In-Kind Contributions Doing business with ESS Grants
  • Careers
    Vacancies Living & Working in Scandinavia ESS Family Support

Secondary navigation

  • Publications Portal
  • Contact
  • Press
  • Behind ESS
Home

Main navigation

  • About ESS
    ess long pulse slide
    The ESS Mandate
    organisation
    ESS Organisation
    News and Press
    News & Press
    alt
    Publications
    legal and ip
    Legal
    contact ess
    Contact ESS
  • Science & Instruments
    Science using neutrons
    Science Using Neutrons
    instruments
    Instruments
    dmsc
    Data Management & Software Centre
    sss magnet
    Labs and Sample Environment
    Inauguration
    Committees
    Lab Kat
    For Users
    Scientist at work
    ESS Scientists
    diffraction
    Science Events
    Science papers image
    Highlights of Published Papers
  • Technology
    ess accelerator
    Accelerator
    target monolith
    Target
    ess ics
    Controls
  • Building ESS
    Building project
    The Building Project
    weekly construction updates
    Progress reports from the ESS site
    ess aerial snow
    Aerial Views
  • Partnerships
    tartu pump probe
    In-Kind Contributions
    procurement
    Doing business with ESS
    partner day
    Grants
  • Careers
    careers
    Vacancies
    scandinavia
    Living & Working in Scandinavia
    family
    ESS Family Support

24 November 2020

Target vessel installed

The vacuum vessel, which arrived to site from Spanish in-kind partner ESS Bilbao late October, is now in place inside the Monolith enclosure. First, the 30 tonne lower vessel was positioned and aligned, followed by the approx. 10 tonne medium vessel, and a lid.  It is inside the vessel that the Target Monolith systems, including the rotating tungsten wheel, will be installed.

The neutron shielding bunker is under construction

Last week, the first out of 55 truckloads of shielding blocks for the neutron shielding bunker arrived on site. The purpose of the bunker is to provide shielding for the first few metres of each instrument beamline. It surrounds the Target Monolith in four sectors. As the west sector has already been equipped with the steel frame, mounting of the precast concrete shielding blocks could start right away. The blocks vary in size and shape – but they’re all ESS blue!

Finishing the façades

Metal cladding is ongoing in various parts of the Target and Experimental Hall buildings. Cladding is completed for the front of the A2T building and at the back of Target Transport Hall, and ongoing for the south high bay wall and the south wall of Experimental Hall 1. This is the last façade element, resulting in a uniform shiny, metal finish to our Target Station and Science buildings.

Shortly, cladding of the cantilever roof structure will start. Cladding consists of decorative aluminium lamellas and steel brackets, which will be fixed to the steel construction already in place ('the sombrero'). The lamellas are fixed together forming elements, or panels. In total, for the entire round roof structure, there will be 2, 592 elements, consisting if three lamellae each. This gives the curved roof its other nickname – 'the bird’s nest'.

Siteplan Archive
Medium vessel in plac

Lower and medium vessel in place in the Monolith enclosure.

Placing the lid

Placing the lid on the Monolith vessel.

vessel in Monolith enclosure

Lower and medium vessel joined in the Monolith enclosure.

D01 cladding and sombrero

Cantilever roof, ready for cladding. Metal cladding for facades ongoing.

D01 cladding under sombrero

Metal cladding for outer facades of Experimental Hall 1.

D01 cladding under sombrero

Metal cladding for outer facades of Experimental Hall 1.

D01 shadows in doorway

A look through the future gate of Experimental Hall 1.

D02 Monolith

The protection around the Monolith - vessel inside.

D03 bunker blocks lifting

Lifting in place the precast blocks for the neutron shielding bunker (west sector).

D03 bunker blocks

Precast blocks for the neutron shielding bunker (west sector).

D03 bunker steel and beamlines

Precast blocks for the neutron shielding bunker (west sector).

D03 sandwich east

Sandwich panel installation for the last part of Experimental Hall 2 (east end).

D04 lab facades

Glass facades for the gable wall of lab building to Experimental Hall 2.

D04 lab

Glass facades for the lab building to Experimental Hall 2.

D08 lab and cantilever roof above

Glass facades of the lab building to Experimental Hall 1. Cantilever roof installation is ongoing above.

D08 lab and D01 sombrero

Lab building and Experimental Hall 1 - facades in progress.

Dog Leg A2T

The Accelerator to Target (A2T) building with metal cladding complete. Dog Leg ramp refilled.

© ESS. All rights reserved

Footer menu

  • Login
  • Privacy
  • SRE ESS