
Fraser River Tunnel Project
Project Overview
The Fraser River Tunnel Project (FRTP) is a transformative infrastructure initiative in British Columbia, aimed at replacing the aging George Massey Tunnel with a modern, eight-lane immersed tube tunnel. Spanning the Fraser River between Richmond and Delta, this project is a central component of the broader Highway 99 Tunnel Program, designed to enhance transportation efficiency, safety, and sustainability in the region.
Charter serves as the Owner's Advisor for the FRTP, providing comprehensive technical leadership and support.
Our responsibilities include:
Technical Leadership: Overseeing and coordinating a multidisciplinary team comprising engineering consultants, owner’s staff, marine and onshore construction experts, and cost and schedule estimators.
Early Planning & Constructability Support: Offering insights into project planning and constructability to ensure efficient and effective construction methodologies.
Project Definition: Assisting in defining project scope, objectives, and deliverables to align with stakeholder expectations and regulatory requirements.
Community Engagement Support: Supporting efforts to engage with local communities, Indigenous groups, and other stakeholders to foster transparency and collaboration.
Procurement Advisory: Providing strategic advice on procurement processes to ensure value for money and adherence to best practices.
BUDGET: Approximately $4.15 billion
LOCATION: Fraser River, connecting Richmond and Delta, BC
KEY FEATURES:
Eight-lane immersed tube tunnel with three general-purpose lanes and a dedicated transit lane in each direction
Separated multi-use pathway for pedestrians and cyclists
Replacement of the Deas Slough Bridge
Approximately 10 km of Highway 99 improvements between Steveston Highway and Highway 17A
Designed to meet modern seismic standards and accommodate the transportation of dangerous goods
TIMELINE:
Construction commencement: Anticipated in 2026
Tunnel completion: Anticipated in 2030
Overall project completion: Anticipated in 2032
