St Paul's Girls' School

SDK Building Services Ltd has recently completed Phase 1 of the mechanical and plumbing installations for the new-build Staff Hub at St Paul's Girls' School, London.

 

Working on a supply-and-install basis, with major plant and equipment free-issued by our client, our scope included the installation of a new mechanical plantroom incorporating chilled water (CHW) and low-temperature hot water (LTHW) systems.

 

These systems provide heating and cooling throughout the new Staff Hub, serving multiple fan coil units (FCUs) and radiators to create a comfortable and efficient working environment.

 

Alongside the mechanical installations, SDK delivered the complete domestic hot and cold water distribution systems, serving the new staff toilets, kitchens and associated facilities.

 

*Phase 2 – Further Mechanical Installations*

 

Following the successful completion of Phase 1, SDK is scheduled to commence Phase 2 towards the end of 2026, involving further mechanical installations within the existing Staff Hub areas.

 

These works will include connections and modifications to existing live heating and chilled water systems, extending the distribution networks to serve newly developed areas.

 

The installations will incorporate radiant heating panels within the locker rooms, alongside fan coil units and associated heating and cooling distribution serving new classrooms and surrounding facilities.

 

*Working Within an Operational Educational Environment*

 

With works taking place within an operational educational facility, careful planning, coordination and adherence to site-specific safeguarding requirements are essential.

 

All SDK personnel assigned to the project hold Enhanced DBS checks, ensuring compliance with our client's safeguarding and site access requirements.

 

This project demonstrates SDK Building Services' capabilities in delivering comprehensive mechanical and plumbing installations, from complete new-build plantrooms and domestic water services through to phased mechanical alterations within operational environments.