Riverside Primary School, built as a replacement for North Muirton Primary School, is one of Scotland’s first Passivhaus-certified primary schools. Designed with energy efficiency at its core, the building uses approximately 50% less energy than a typical school of its size. The project demonstrates a strong commitment to sustainable construction and long-term operational efficiency, setting a new standard for environmentally responsible modern educational facilities.

We were appointed as the MEP contractor, responsible for delivering systems that aligned with the rigorous Passivhaus standards. Our work included energy-efficient power and lighting, advanced heating systems, mechanical ventilation with heat recovery, high-performance water services, comprehensive fire and safety systems, and full data and communication networks. We also integrated a smart BMS to monitor and optimize energy use in real-time, ensuring that all building services operate at peak efficiency.

Early involvement in the design phase was critical for this technically demanding project. Our engineers worked closely with architects and structural teams to coordinate MEP systems within the Passivhaus envelope. Participation in early-stage workshops allowed us to collaboratively solve design challenges, integrate services seamlessly, and prevent energy loss. This close coordination ensured that every detail, from system interfaces to layout, supported the building’s strict energy and performance goals.

Delivering a school to Passivhaus standards required meticulous planning and execution. Our team underwent specialised training, ensured airtight installation practices, carefully sealed all penetrations, and employed comprehensive commissioning and real-time performance monitoring. The result is a school that not only meets the educational needs of the community but also serves as a benchmark for low-energy school design.

Our work on Riverside Primary School highlights our capability to lead complex MEP projects within environmentally ambitious frameworks, helping shape the future of sustainable construction.