Civil Engineering.
St Richard's Hospital, Chichester
Construction of new AHU slab and modular mortuary foundations at St Richard’s Hospital, improving patient care and supporting NHS long-term plans while maintaining full hospital operations.
9 Sept 2025
Client
Location
Chichester
Sector
BUILT ENVIRONMENT.
OVERVIEW
This project involved the construction of a new AHU slab as part of the refurbishment of the Same Day Emergency Care (SDEC) ward, as well as the construction of new foundations for a temporary modular mortuary. These works support the hospital’s ongoing improvements, enabling better patient care and helping to reduce pressure on emergency services. The project aligns with the NHS long-term plan to expand capacity and improve operational efficiency at St Richard’s Hospital.
SCOPE OF WORK
Our works included the formation of a new reinforced concrete external slab, installation of foul and storm drainage systems, and construction of new blockwork foundations for the modular buildings. These essential civil engineering tasks provide the structural and operational base for both the SDEC refurbishment and the temporary mortuary.
CHALLENGES
The project was delivered within a live hospital environment, requiring careful planning and strict safety measures to ensure that the hospital remained fully operational. In addition, the fast-paced programme demanded precise coordination and efficient delivery to expand the hospital’s operating capacity as quickly as possible.
SOLUTIONS / BENEFITS
We worked closely with Morgan Sindall Construction to coordinate all on-site activities, minimising disruption to hospital operations while maintaining a safe environment for staff, patients and visitors. By effectively managing the construction programme alongside the main contractor and ensuring seamless integration with ongoing hospital services, we delivered the project on time while providing the hospital with new facilities that improve patient care and operational efficiency.
SOCIAL VALUE / SUSTAINABILITY
Sustainable practices were integrated throughout the project, including careful management of materials and efficient construction methods to minimise waste. All drainage systems were designed to meet environmental standards, supporting long-term operational sustainability for the hospital.
The project supports the NHS's long-term plan by improving hospital infrastructure, enabling faster and safer treatment for patients. By delivering critical facilities, the project contributes to the health and well-being of the local community.