Healthcare and Pharmaceutical

The project encompassed a comprehensive range of activities related to the installation, testing, commissioning, and the contractor's design segment associated with the intricate mechanical pipework infrastructures that support AstraZeneca’s flagship Research and Development (R&D) building, as well as their corporate headquarters, situated within the cutting-edge biomedical campus in Cambridge. This ambitious initiative was aimed at creating a facility that not only meets the current demands of biomedical research but also anticipates future innovations in the field.

The scope of the project involved the meticulous installation of several critical systems within the building, each designed to ensure optimal functionality and efficiency. The systems included Hot and Cold Domestic Water Services, which provide essential water supply for both potable and non-potable uses throughout the facility. The Public Health system was designed to ensure compliance with health regulations and to maintain hygiene standards, essential in a biomedical environment. Furthermore, the installation of Steam and Condensate systems was crucial for various heating processes and sterilization applications commonly used in laboratories.

Additionally, the project featured the installation of High and Low Temperature Hot Water systems, which are vital for maintaining the appropriate thermal conditions required for various experimental processes and comfort heating within the building. The Chilled Water system was also included, which plays a significant role in temperature regulation, particularly in sensitive laboratory environments where precise climate control is necessary. Lastly, the Gas system was installed to support laboratory equipment and heating applications, ensuring that the facility operates smoothly and efficiently.

To facilitate these installations, the project required, where necessary, the running of the associated services back to the campus’s Energy Centre. This involved the use of dedicated site-wide below-ground service tunnels, which were designed to streamline the infrastructure and minimize surface disruption. These tunnels not only house the mechanical pipework but also provide a safe and efficient means for maintenance and future upgrades.

Throughout the project, Building Information Modeling (BIM) was employed, specifically utilizing BIM 360, to enhance collaboration and coordination among all stakeholders involved. This advanced technology allowed for real-time updates, improved visualization of the mechanical systems, and facilitated effective planning and execution of the installation processes. The integration of BIM significantly contributed to the overall efficiency of the project, ensuring that all components were meticulously aligned with the design specifications and operational requirements of AstraZeneca’s innovative facility.