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LNG Canada marine terminal
Project overview
The marine terminal forms a critical component of the LNG Canada initiative, designed to support the export of liquefied natural gas from Kitimat to global markets. The terminal’s location along the Douglas Channel - a major fjord in British Columbia - provides direct access to the Pacific Ocean. From the outset, the project prioritized safety, environmental protection, and community engagement, with strict measures implemented to safeguard local wildlife and ecosystems.
Awarded in 2019 by the JGC Fluor Joint Venture (JFJV), the Engineering, Procurement, and Construction contractor, the project included the construction of a 500-metre-long wharf, LNG loading platform, berthing and mooring dolphins, and navigational aids. The terminal connects to the Northwest Corridor via the Douglas Channel, enhancing Canada’s export capacity to the Pacific.
Scope of works
Construction of a 500-metre-long wharf
Installation of an LNG loading platform
Construction of four cargo berthing dolphins and four LNG berthing dolphins
Installation of six mooring dolphins, including one offshore
Deployment of navigational aids
Implementation of environmental protection systems and wildlife monitoring programs
Key highlights
Environmental protection: Bubble curtains were used during underwater pile driving to reduce noise propagation. Marine mammal observers monitored whale activity to prevent disruption.
Wildlife awareness: Daily-monitored waste management systems and awareness campaigns were implemented to avoid attracting bears and birds to the site.
Community and ecological engagement: The project partnered with Ocean Wise to establish a whale watching and reporting program, conducted by certified marine mammal observers.
Strategic location: The terminal connects to the Northwest Corridor, a vital trade route linking North America to the Pacific Ocean.
Collaborative execution: The joint venture between BESIX and Vancouver Pile Driving ensured the successful delivery of complex marine infrastructure under strict environmental and safety standards.
