Category: 1. Project News

  • Completion of DFX and DFM cryostats for the HiLumi LHC Cold Powering Systems

    Completion of DFX and DFM cryostats for the HiLumi LHC Cold Powering Systems

    In January 2026, CERN and the University of Southampton (SOTON) celebrated the successful completion of the series production of the DFX and DFH cryostats for the High-Luminosity LHC (HiLumi LHC) Cold Powering Systems.

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  • HiLumi LHC beam reliability runs pave the way to the future | home.cern

    HiLumi LHC beam reliability runs pave the way to the future | home.cern

    Dedicated HiLumi LHC beam test runs are currently taking place in the LHC injectors – a crucial step to guarantee that the HiLumi LHC can operate at peak performance from the very start of physics running, in 2030.

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  • Beam gas curtain monitor becomes an operational instrument for CERN’s Large Hadron Collider | Accelerating News

    Beam gas curtain monitor becomes an operational instrument for CERN’s Large Hadron Collider | Accelerating News

    By Hao Zhang (Cockcroft Institute/University of Liverpool) on Accelerating News Following a positive evaluation during a review of transverse beam profile monitoring for the HiLumi LHC in September 2025, in February 2026 the BGC monitor was approved as an important addition to the beam instrumentation baseline for the HiLumi era. “It’s a huge success and

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  • A year of works in the HiLumi LHC underground and surface buildings

    A year of works in the HiLumi LHC underground and surface buildings

    By Thomas Bauler and Henry De Maynard (CERN) 2025 was once again an important and strategic year for the High-Luminosity LHC (HiLumi LHC) Project as a whole, including for Work Package 17 (WP17), responsible of infrastructure, logistics and civil engineering. 2025 was the last full year to advance the installation of major infrastructure before the

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  • New collimators for HiLumi LHC: pre-series paving the way to full production

    New collimators for HiLumi LHC: pre-series paving the way to full production

    Teams at CERN are working hard to perform essential tests on three pre-series collimators to validate their new designs and give the final green light for the full series production for the High-Luminosity LHC (HiLumi LHC). The pre-series includes a more-traditional single-beam collimator and two new X-series collimators which feature a double-beam design, new for…

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  • Cryogenics equipment arrives in the HiLumi underground | home.cern

    Cryogenics equipment arrives in the HiLumi underground | home.cern

    By Corinne Pralavorio (CERN) on home.cern Two enormous cold boxes have been transported down into the HiLumi LHC underground.  Read the article on home.cern Read more news

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  • Start of cryogenic cooldown of the IT String | home.cern

    Start of cryogenic cooldown of the IT String | home.cern

    CERN has reached a crucial milestone in the advancement of the High-Luminosity LHC project with the start of the cryogenic cooldown to 1.9 K (‑271.3 °C) of the IT String, a full-scale replica of the innovative equipment that will transform the LHC in the coming years.

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  • First phase of installation complete for the new HiLumi LHC Cryogenic Distribution Line

    First phase of installation complete for the new HiLumi LHC Cryogenic Distribution Line

    The first phase of the installation of the new HiLumi LHC Cryogenic Distribution Line (QXL) in the underground galleries at Point 1 was completed at the beginning of February.

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  • Robotic test installation in the ATLAS cavern of HiLumi LHC vacuum module

    Robotic test installation in the ATLAS cavern of HiLumi LHC vacuum module

    A remote-handling test of the VAX M1 vacuum module has been successfully carried out in the ATLAS cavern using the CRANEbot robotic system, developed at CERN.

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  • First series RFD crab cavity on the road to cryomodule assembly

    First series RFD crab cavity on the road to cryomodule assembly

    The first dressed series RF dipole crab cavity, RFD02, has been successfully delivered to TRIUMF, Canada, from JLAB, USA. This begins the cavity’s journey towards cryostating, when it will be integrated – along with the second dressed series cavity expected to arrive still in the first half of 2026 – into the first series cryomodule.

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