Biomolecular Sciences Building
Building Upgrade
Project Overview
Following a significant fire incident, the Biomolecular Sciences Building at the University of St Andrews required extensive remediation, reconstruction and full replacement of building services to restore the facility and ensure compliance with current legislation and laboratory performance standards. The project involved a complex multidisciplinary programme combining demolition, decontamination, façade renewal and the delivery of highly specialised laboratory environments within an existing structure.
Taylor and Fraser were appointed to deliver an integrated Build, Mechanical and Electrical solution, ensuring coordinated delivery and efficient reinstatement of this critical research facility.
Client
University of St Andrews
Location
St Andrews
Programme Duration
76 weeks
Taylor And Fraser Role
Mechanical, Electrical & Build
Taylor and Fraser Role
The project involved the demolition, decontamination and removal of all fire – damaged internal and external structures, finishes a nd building services, followed by the complete renewal of the building façade and the full replacement of mechanical, electrical and public health systems across all five levels. Refurbishment works also enhanced key support areas including lecture theatre s, cold rooms and passenger lift installations, improving both operational functionality and accessibility.
A significant element of the programme included the creation of more than 1,000m² of Category 3 laboratory space, designed to meet stringent resear ch, safety and containment requirements. The laboratories incorporated specialist gas distribution and monitoring systems, fume cupboards, controlled pressure regimes with airlock access, specialist laboratory drainage and high – efficiency particulate air (HEPA) filtration systems, delivering a modern and fully compliant research environment.
Key Challenges
Delivering the project required careful management of extensive demolition and decontamination works within a sensitive academic and research environment , alongside the coordination of multiple specialist trades and laboratory systems.
The reinstatement of a modern research facility within a fire – damaged structure demanded careful sequencing, detailed technical coordination and strict compliance with laboratory safety, containment and performance standards.
Our Approach
Taylor and Fraser adopted a fully integrated Build, Mechanical and Electrical delivery model to streamline coordination, reduce programme risk and ensure consistent quality throughout the project. Early engagement with the University, design teams and specialist laboratory suppliers ensured that all laboratory environments were designed and installed to meet precise operational and regulatory requirements.
Works were carefully sequenced to en able efficient façade replacement and services installation, while comprehensive testing, commissioning and validation processes ensured all building and laboratory systems were fully operational and compliant prior to handover.
The Outcome
The project success fully reinstated and modernised a key university research facility, delivering state – of – the – art laboratory environments capable of supporting advanced biomolecular research.
The completed building meets all current building regulation and laboratory compliance requirements and provides a resilient, future – proofed research environment following the significant fire incident, reinforcing Taylor and Fraser ’ s capability to deliver complex multidisciplinary projects within live academic estates
