Port Infrastructure Moves: Vancouver Terminal Tender and Long Beach Nuclear Shipping Trial Signal Strategic Shifts

## Port Infrastructure Briefing: Vancouver and Long Beach Chart New Courses Two significant port developments are drawing attention this week, with the Port of Vancouver opening a rare terminal tender and the Port of Long Beach entering uncharted waters with a nuclear propulsion trial agreement. ### Vancouver Fraser Port Authority Seeks Terminal Operator The Vancouver Fraser Port Authority has launched a tender for an operator to manage its Fraser Wharves terminal site in Richmond, British Columbia — a move described by Port Technology as a rare opportunity in one of Canada's most strategically important port markets. The 40-acre Fraser Wharves site sits within the broader Port of Vancouver footprint, and the tender forms part of a wider push to expand trade capacity at the facility. The initiative aligns with federal ambitions to double Canadian exports to non-U.S. markets over the next decade — a goal that has taken on renewed urgency as Canada seeks to diversify its trade relationships and reduce dependence on the American market. Terminal operator tenders of this nature are considered uncommon at the Port of Vancouver, making the opportunity a notable one for logistics and terminal operators looking to establish or expand a presence on Canada's Pacific gateway. ### MARAD and Long Beach Sign Historic Nuclear Shipping Deal In a development that could have far-reaching implications for the future of maritime propulsion, the U.S. Department of Transportation's Maritime Administration (MARAD) has signed its first-ever agreement with the Port of Long Beach, according to Port Technology. The deal will see the two parties jointly explore the use of small modular reactors (SMRs) for commercial vessels, alongside other potential port-side applications. SMRs — compact, factory-built nuclear reactors — have attracted growing interest across the energy and transport sectors as the industry searches for zero-emission alternatives to conventional marine fuels. For MARAD, the agreement marks a significant policy signal, suggesting the U.S. government is willing to actively investigate nuclear propulsion as part of its maritime decarbonisation strategy. The Port of Long Beach, one of the busiest container ports in the United States, provides a high-profile and operationally significant testbed for such trials. While commercial nuclear-powered merchant shipping remains in its early exploratory stages, the MARAD-Long Beach agreement places the U.S. among a growing number of nations and institutions examining SMR technology as a credible long-term solution for deep-sea shipping emissions. --- *Sources: Port Technology*