Canada is moving aggressively to strengthen its position in global energy markets, and a massive new infrastructure project now underway in Alberta could become one of the country’s most important export breakthroughs in years.

In a major announcement that immediately drew attention across the energy sector, three of Canada’s largest transportation and energy companies confirmed plans to build a powerful new export corridor designed to move Alberta’s liquefied petroleum gas directly to overseas buyers with greater speed, efficiency and reliability than ever before.

The project, officially named the Alberta Corridor Export Rail Terminal — widely referred to as the ACE Rail Terminal — represents far more than a standard industrial expansion.

It signals a strategic shift in how Canada plans to connect its vast hydrocarbon resources to international markets at a time when global demand for cleaner-burning fuels continues to rise across Asia and beyond.

At the center of the partnership are Keyera Corp, AltaGas Limited and CN Rail, three firms whose combined expertise spans energy processing, transportation logistics and export operations. Together, they intend to create a streamlined supply chain capable of transporting approximately 45,000 barrels per day of propane and butane from Alberta’s Industrial Heartland directly to Canada’s Pacific export gateways.

Construction has already begun, and the terminal is expected to enter service by mid-2028. Industry analysts view the timeline as ambitious but highly strategic, especially as multiple major Canadian energy projects move forward simultaneously along the country’s West Coast export corridor.

The ACE Rail Terminal will be constructed near Fort Saskatchewan, inside Alberta’s Industrial Heartland, one of North America’s largest concentrations of hydrocarbon processing facilities. The region already hosts refineries, petrochemical plants, fractionation systems and extensive pipeline infrastructure handling enormous daily production volumes. Yet despite its industrial strength, direct large-scale LPG export connectivity to Pacific marine terminals has remained limited for years.

That bottleneck is exactly what the ACE project is designed to solve.

Under the agreement, Keyera will own and construct the facility on company-controlled land. CN Rail will provide the rail transportation network connecting Alberta to Canada’s West Coast, while AltaGas will handle marine exports through its facilities at the Port of Prince Rupert. The result is an integrated end-to-end system linking production, processing, rail movement and overseas delivery into a single coordinated operation.

The companies formally unveiled the partnership through a joint announcement released on May 20, emphasizing the importance of creating a smoother and more dependable export chain for Canadian LPG products. Behind the scenes, the scale of financial commitment also revealed just how seriously the partners view the opportunity.

Keyera alone plans to invest roughly 240 million Canadian dollars into the project, including approximately 100 million dollars above its previously announced 2026 growth capital program. That increase reflects what executives described as a strong commercial case for accelerating the timeline and securing export capacity before global competition intensifies further.

Executives involved in the project repeatedly emphasized that the ACE terminal is not simply another loading site. It is being engineered specifically to eliminate long-standing inefficiencies in Alberta’s LPG transportation system.

One of the terminal’s most important features will be its unit-train capable rail loop system. Unlike traditional facilities that often require rail cars to be broken apart and repositioned repeatedly during loading operations, ACE will allow entire trains carrying propane and butane to move through the system without interruption. The approach reduces handling complexity, speeds up turnaround times and lowers transportation costs across the supply chain.

That operational model has already proven highly successful in Saskatchewan’s grain and potash industries, where unit-train logistics helped create some of North America’s most competitive bulk commodity export systems. By applying the same strategy to energy exports, the ACE partnership hopes to dramatically improve Canada’s LPG competitiveness in overseas markets.

According to Keyera President and Chief Executive Officer Dean Setoguchi, the project aligns directly with the company’s long-term strategy of expanding and strengthening its value chain while helping customers reach growing international demand centers more efficiently.

The ACE terminal will also launch alongside another major Keyera expansion known as the KFS Fractionation 3 project, which is likewise scheduled for completion in mid-2028. The timing is deliberate and highly coordinated.

KFS Fractionation 3 will expand Keyera’s processing capacity in the Fort Saskatchewan region, increasing the volume of propane, butane and condensate that can be separated from raw natural gas liquids. The ACE terminal, in turn, provides the transportation outlet needed to move those additional products directly to export markets without major logistical delays.

Together, the two projects form a tightly linked commercial strategy. Increased processing capacity without export access would create congestion. Export infrastructure without new production volumes would limit profitability. By synchronizing both developments, Keyera aims to create a seamless chain from production to international shipment.

The export destination itself is equally significant.

Rail shipments from the ACE terminal will move westward to the Port of Prince Rupert, one of Canada’s most strategically valuable Pacific gateways. CN Rail has repeatedly identified Prince Rupert as a critical long-term hub for Canadian energy exports due to its deep-water access and geographic advantages.

Prince Rupert is North America’s deepest natural harbor and offers the shortest shipping route between North America and Asia. For exporters, shorter routes translate into lower shipping costs, faster delivery times and improved competitiveness in fast-growing overseas markets.

CN President and CEO Tracy Robinson described the ACE terminal as strategic infrastructure capable of supporting scalable export growth while strengthening trade links between Alberta and Pacific markets.

Those Pacific connections are especially important because Asia remains one of the world’s fastest-growing LPG consumption regions.

AltaGas already operates the Ridley Island Propane Export Terminal, one of North America’s largest propane export facilities. The company also maintains additional Ridley Island infrastructure capable of handling large volumes of rail-delivered energy products for overseas shipment.

Once ACE becomes operational, propane and butane arriving by train can move directly onto large marine carriers destined for customers across Japan, South Korea, China and Southeast Asia. Demand in those regions continues to expand due to rising residential energy consumption, petrochemical manufacturing and ongoing efforts to replace coal with cleaner-burning alternatives.

India represents one particularly important market. The country’s rapidly expanding LPG distribution systems have created sustained demand growth as millions of households transition toward cleaner cooking and heating fuels. Similar trends are emerging throughout Southeast Asia, where industrial expansion continues driving long-term energy needs.

The ACE terminal’s initial shipping capacity of 45,000 barrels per day may only represent the beginning.

Project planners intentionally designed the infrastructure with future expansion potential built into the system. Executives have already acknowledged that the terminal could eventually handle additional hydrocarbon products beyond propane and butane if market conditions justify broader export activity in the years ahead.

That flexibility matters enormously in an industry where global demand patterns can shift rapidly.

By building scalability directly into the project from the beginning, the partnership avoids the need for expensive redesigns later while preserving the ability to respond quickly to evolving international opportunities.

The timing of the ACE announcement is also part of a much broader pattern unfolding across Canada’s energy sector in 2026.

Over the past several months, multiple major export-oriented infrastructure projects have advanced simultaneously, signaling what many analysts believe is a transformational shift in Canada’s energy strategy toward Pacific-facing global trade routes.

Among the most closely watched developments is the Carney-Smith implementation agreement supporting a proposed one-million-barrel-per-day West Coast oil pipeline finalized earlier this month. LNG Canada also recently reported record natural gas export volumes to Asian markets, while the Enbridge Sunrise pipeline expansion continues increasing supply capacity feeding Pacific LNG operations.

The ACE Rail Terminal now adds another major piece to that rapidly evolving export network.

Although each project operates independently, together they suggest a coordinated structural transformation in how Alberta’s energy production reaches global consumers. For decades, Canadian hydrocarbon exports depended heavily on North American markets. Increasingly, however, infrastructure investments are being designed specifically to connect Alberta directly with Asia.

That transition carries major economic implications.

Expanded export access can increase pricing competitiveness for Canadian producers, attract new industrial investment and support employment growth throughout Alberta’s energy and transportation sectors. Construction activity alone is expected to generate significant regional economic benefits over the next several years.

The project also reflects a growing recognition that infrastructure efficiency now plays a decisive role in global commodity competition.

In modern export markets, success depends not only on production volume but also on transportation speed, reliability and cost control. Delays, handling inefficiencies and bottlenecks can quickly erode competitiveness, especially when international buyers have multiple supply options available worldwide.

The ACE partnership appears specifically designed to address those realities.

By integrating fractionation capacity, rail transportation and marine export facilities into one coordinated network, the companies involved are attempting to eliminate operational friction at nearly every stage of the supply chain. The unit-train system alone could dramatically reduce loading complexity while improving scheduling reliability across the export process.

Industry observers also note the strategic importance of combining expertise from three specialized sectors.

Keyera contributes processing and infrastructure capabilities. CN Rail provides continental transportation reach. AltaGas supplies established export facilities and direct overseas market access. Individually, each company controls only part of the export chain. Together, they create a unified system capable of competing far more effectively on the international stage.

The Fort Saskatchewan region itself is uniquely positioned for such a project.

Already one of North America’s largest hydrocarbon processing hubs, Alberta’s Industrial Heartland contains the concentration of infrastructure necessary to support large-scale export growth. Pipelines, processing plants, storage facilities and rail access already exist throughout the area, reducing the need for entirely new industrial ecosystems.

The ACE terminal therefore expands upon an existing foundation rather than attempting to build a supply chain from scratch.

That incremental but highly strategic approach may prove critical to the project’s long-term success. Rather than disrupting current operations, the terminal integrates directly into Alberta’s existing industrial framework while extending its global reach.

As construction progresses toward the mid-2028 target date, industry attention remains focused on whether the project can deliver the operational efficiencies promised by its developers. Early indications suggest strong confidence among all three corporate partners.

The careful alignment between processing capacity, rail movement and marine exports demonstrates unusually coordinated infrastructure planning — a factor analysts frequently identify as essential for long-term competitiveness in international commodity markets.

The project’s emphasis on Asia also reflects broader geopolitical and economic realities reshaping global energy flows. As Asian economies continue expanding and energy transition policies evolve, cleaner-burning fuels like propane and butane are increasingly viewed as important bridge energy sources capable of reducing coal dependence while supporting industrial growth.

Canada appears determined to capture a larger share of that opportunity.

The ACE Rail Terminal may ultimately become more than a transportation project. It could serve as a symbol of a larger national shift toward diversified export strategies, expanded Pacific trade relationships and a more globally connected Canadian energy economy.

For Alberta producers, the implications are particularly significant. Greater export flexibility can reduce reliance on any single market while improving resilience against regional pricing pressures and transportation constraints.

For Canada as a whole, the project represents another major step toward transforming western energy production into a globally integrated export system capable of competing across the Pacific at industrial scale.

And for international markets watching closely, the message is becoming increasingly clear: Canada is no longer thinking only continentally when it comes to energy exports. It is building for the world.