Big science infrastructure
Big science experiments are truly unique, requiring the latest scientific apparatus and a first-principles approach to engineering facilities and infrastructure.
Arup’s specialist expertise from across global locations can address challenging technical issues while prioritising value for our clients. Construction and operational safety are paramount in these projects and we apply a high level of precision in our design strategies to prioritise safety and minimise risk.
At Arup, we recognise that cost is an issue: big science projects demand sophisticated development programmes, custom machinery, and extensive facilities, all of which come with a substantial price point. Our work always keeps the need for meticulous management of schedules and budgets in focus. To address these challenges, we provide comprehensive and integrated project management, planning, engineering, and consulting services that guide clients through every phase of their projects. Our global reach and uniquely collaborative approach enable us to tailor these services, ensuring value for each project, regardless of its nature or location.
The complexity of big science with its large-scale infrastructure necessitates meticulous planning and a collaborative approach involving multiple specialist design teams. These ambitious programs are often undertaken by international coalitions of public and private stakeholders due to their scope and intricacy. Our extensive experience, diverse services and global reach, means we can assist clients in navigating international and institutional barriers, facilitating the successful delivery of groundbreaking big science projects that contribute to global advancements.
LBNF Far Site is designed to house DUNE’s gigantic, state-of-the-art particle detector. Located inside the former Homestake Goldmine, the Far Site Detector is comprised of four massive cryostats (cryogenic vessels) housed inside two seven-story tall caverns stretching the length of two football fields.
As the lead designer of conventional facilities at LBNF Far Site, Arup is overseeing the design of both the cryostat caverns and supporting facilities, including a control room and a central utility cavern for cryogenic and power distribution, HVAC, and IT systems. In addition, we are leading the design of the infrastructure that routes the argon, power, and IT/communications systems needed to power Far Site operations down from the surface. Our team has also designed a range of surface-level upgrades required to facilitate the project.
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Projects
Explore more science projects
A new hospital-based research centre for greater collaboration
Aikenhead Centre for Medical Discovery, Australia
State of the art gene bank embodies flexibility and sustainability
International Center for Tropical Agriculture – Future Seeds, Colombia
Advising Max Planck Society on the development of a new research campus in Munich
Max Planck’s Martinsried campus development, Germany
Repurposing an old school building into a space for 21st century science
Sir William Henry Bragg Building, University of Leeds, UK
Big science
Whether you are looking to leverage funding mechanisms, achieve new technical benchmarks, navigate project risks, meet changing regulatory requirements or bring consensus to a diverse group of stakeholders, Arup can help to achieve these goals.