Replacing Aging Infrastructure in Surrey:
Newton Pump Station Replacement

Client
Metro Vancouver
Sector
Water treatment
Delivery mode
Lump Sum
Location
Surrey, BC, CA
Year built
2028
The Newton Pump Station Replacement in Surrey, British Columbia is being built by Pomerleau. A new project in water and wastewater treatment facilities.

Pomerleau is leading the construction of the Newton Pump Station Replacement in Surrey, British Columbia, a key initiative by Metro Vancouver (Greater Vancouver Water District) to modernize its drinking water infrastructure. The existing pump station, which has served the region for decades, is nearing the end of its service life. The new facility will ensure continued reliability and performance for the growing population of Greater Vancouver. 

This three-year project, scheduled from 2025 to 2028, reflects Metro Vancouver’s commitment to sustainable infrastructure and public health.  

 

Construction of a New Pumping Facility in Surrey 

The Newton Pump Station will be built from the ground up to replace the aging infrastructure. The work begins with a deep excavation reaching 14 metres, followed by the installation of a reinforced concrete foundation. Above ground, the facility will feature new walls and roofing, while below, a large underground chamber will house critical mechanical and electrical systems. 

The station will be connected to existing underground utilities along 128 Street, ensuring seamless integration with the broader water distribution network. Inside, our teams will install pumps, valves, pipes, and electrical equipment designed to meet the region’s current and future needs. 

Start of the construction of the Newton Pump Station Replacement, in Surrey, British Columbia, by Pomerleau.

Technical Expertise and Site Operations 

This project brings together a multidisciplinary team of 50 to 60 professionals, including our earthworks specialists who will handle the excavation and shoring work, and our foundation experts, who will be working on a reinforced concrete structure. In addition, our teams will carry out work on the mechanical process and building systems, as well on the heating, ventilation, and air conditioning (HVAC), plumbing, and electrical systems. A crane will be installed on-site for heavy lifting operations, and all systems will undergo rigorous testing before commissioning. 

Our team’s experience in water treatment infrastructure construction ensures that every phase of the project is executed with precision, safety, and efficiency. 

 

Managing Constraints and Urban Challenges 

The Newton pumping station site presents several logistical challenges. Located in a residential area, the project must minimize noise and traffic disruptions to limit the impact of the work on the local community. Furthermore, the site's limited space requires rigorous coordination of equipment, materials, and personnel. Finally, connections to existing infrastructure must be made during periods of low water levels, necessitating flexible scheduling and close collaboration with Metro Vancouver to ensure the project's successful completion. We work closely with our client to adjust timelines, resolve issues, and maintain open communication throughout the project lifecycle. 

 

Team Motivation and Project Significance 

For our project manager, Patrick Aherne and his crew, the Newton Pump Station is more than a technical challenge. It’s an opportunity to contribute to the community and deepen our expertise in deep excavation and water and wastewater infrastructure in British Columbia. He and his team are also proud to have developed strong relationships with Metro Vancouver, which allows Pomerleau’s team to deliver work more efficiently. 

Pomerleau is proud to play a key role in strengthening Greater Vancouver’s water infrastructure. This project reflects our dedication to building resilient, sustainable solutions that improve lives and support the growth of communities across Canada. We look forward to delivering a facility that will serve the City of Surrey and the entire region for decades to come.