Sapperton Pumping Station

NAC Constructors Ltd. proudly completed the award-winning Sapperton Pump Station Replacement project, a remarkable and critical addition to Metro Vancouver’s liquid waste management system. Celebrated for its innovative design and community integration, this project won the coveted Gold Award from the Vancouver Regional Construction Association in 2022.

The Sapperton Pump Station, the largest in the Vancouver region, serves as a critical link in the sewage management chain, facilitating sewage movement from multiple municipalities to the Annacis Island Wastewater Treatment Plant in Delta. Given the growing population in the region, the upgrade to the 38-year-old facility was an essential undertaking.

The new station, a three-level structure on a 1.9-acre site, features state-of-the-art equipment, including four new shaft-driven non-clog centrifugal pumps equipped with 900hp motors, drive shafts, 4VFDs, and temperature/vibration monitoring panels, ensuring optimal performance. This powerhouse of a facility is capable of delivering flows up to 6.5m3/s.

What makes the Sapperton Pump Station Replacement stand out is its impressive integration into the local community. The site, once the home of the Brunette Sawmill, has been transformed into a multifaceted public space. Ecological enhancements included habitat improvements and riverbank restoration, contributing to the environmental health of the area.

As a further commitment to community integration, the station premises boast of new publicly accessible green space, a public washroom, a plaza, landscaping, public art, and interpretive materials. Amenities for picnicking, fishing, and nature viewing have been introduced, and an extension to the Brunette-Fraser Re¬gional Greenway offers new recreational opportunities for the community.

The Sapperton Pump Station Replacement is not just a testament to NAC’s construction capabilities but also our commitment to sustainable and community-focused development. The Gold Award is a recognition of our ability to merge function and form, creating structures that not only meet technical requirements but also contribute positively to the community they serve.