IN Brief:
- CANXPORT has opened on Ridley Island with at least 400,000 TEU of annual export-transloading capacity.
- Three inbound and three outbound rail tracks support movement between Canadian inland freight networks and marine containers.
- The platform can expand towards 750,000 TEU and is designed around forestry, agricultural, resin, and other export commodities.
Prince Rupert Port Authority has opened new export-transloading capacity at CANXPORT on Ridley Island, adding infrastructure designed to handle at least 400,000 TEU annually and creating further headroom for Canadian commodities moving to overseas markets. The platform links rail, road, container handling, and marine infrastructure close to the Port of Prince Rupert’s existing Pacific shipping services.
CANXPORT, previously known as the Ridley Island Export Logistics Project, includes three inbound and three outbound rail tracks dedicated to export transloading. Federal support of nearly C$50 million through Canada’s National Trade Corridors Fund contributed to the road and rail infrastructure serving the development.
The facility is designed around forestry products, agricultural commodities, plastic resins, and other export cargo that can move efficiently inland in bulk or specialised equipment before being transferred into marine containers close to the port. Initial capacity is at least 400,000 TEU per year, with the wider site capable of supporting up to 750,000 TEU as further bulk and breakbulk operations develop.
Ray-Mont Logistics is the principal transloading operator associated with the project. The company had already operated a smaller facility in Prince Rupert, giving the port a working model for transferring Canadian commodities into containers before the larger Ridley Island development was built.
The logistics argument rests partly on balancing container flows. Imports arriving from Asia generate containers that eventually need either another revenue-producing movement or repositioning. Canadian forestry, agricultural, resin, and other exporters, meanwhile, may originate cargo in forms better suited to bulk rail transport than loading directly into marine containers far inland.
A coastal transloading platform creates an opportunity to combine those two flows. Commodities can travel towards the port using rail equipment suited to high-volume inland movement, then be loaded into containers closer to the vessel while available boxes are reused for export rather than moved empty.
That can improve equipment utilisation for shipping lines and create additional routing options for exporters, although the benefit depends on several parts of the chain working together. Rail capacity, container availability, transloading productivity, vessel schedules, and export demand all have to align if nominal terminal capacity is to translate into actual throughput.
CANXPORT also incorporates an off-dock container yard alongside integrated bulk and breakbulk facilities. Moving storage and some container activity away from the marine terminal can help preserve quay-side land for vessel-facing operations and reduce pressure on terminal space as volumes grow.
Prince Rupert’s location gives the investment a wider trade role. The port is the closest major North American Pacific gateway to Asia and sits at the western end of a rail corridor connecting Canadian production regions with international shipping. Port-wide cargo reached 26.3 million tonnes in 2025, up 14% year on year, while container volumes at Fairview Terminal increased by 20%.
The new facility forms part of a broader capital programme on Ridley Island. Earlier project plans put CANXPORT at roughly C$750 million, covering the wider rail-to-container transloading development rather than the federal contribution announced at its opening. That distinction explains why several funding figures appear around the project.
The first operational question is how rapidly the new transload capacity can be utilised. Agricultural and forestry cargoes can be seasonal, while resin and industrial commodities follow different production and customer cycles. A facility able to handle several commodity groups can spread demand across a broader part of the year than one tied to a single product flow.
Rail performance will be equally important. A transloading platform can only accelerate exports if inbound trains arrive predictably enough for containers and vessel departures to be planned around them. Congestion on either side of the facility simply transfers the bottleneck rather than removing it.
For shipping lines, container availability will determine another part of the commercial case. The more import boxes that can be matched with export cargo at the gateway, the less equipment has to be repositioned without freight. That can improve network efficiency, although container specifications and shipping-line ownership mean every available box cannot automatically be used for every commodity.
CANXPORT’s potential expansion towards 750,000 TEU leaves room to add further flows if the first phase attracts sufficient volume. The site was deliberately designed as a larger logistics platform rather than a single transloading building, allowing bulk, breakbulk, and container operations to develop together.
The grand opening therefore changes the measure of success. Construction progress and financing are no longer the main indicators; throughput is. The useful figures will be how many export containers are loaded, how much empty repositioning is avoided, and whether Canadian producers gain a more reliable route from inland rail networks into Pacific shipping services.
