Canada inks LNG deal to supply Germany starting in 2030, if a $7.3B terminal gets built

Canada and Germany just struck their first-ever liquefied natural gas export deal, an agreement that could start sending up to 1 million metric tons of LNG a year across the Atlantic beginning in 2030.

The catch: the gas would come from a massive export terminal that doesn’t exist yet. The proposed Ksi Lisims LNG project on British Columbia’s remote Pacific coast still needs a final investment decision, even though key permits are already in hand.

The contract, signed in Vancouver by Canadian federal minister Tim Hodgson, British Columbia cabinet minister Adrian Dix, and German buyer SEFE, lands as Europe keeps hunting for energy supplies that don’t run through Russia, and as Canada looks for customers beyond the United States.

A long-term bet: up to 1 million tons a year, starting in 2030

The deal commits SEFE, short for Securing Energy for Europe, to buy up to 1 million metric tons of LNG annually once shipments begin in 2030. That’s roughly 2.2 billion pounds of LNG a year, a sizable volume even if it’s not an immediate fix for Europe’s next winter.

The timeline underscores what this agreement really is: a long-range insurance policy. It’s designed to lock in future supply and reduce geopolitical risk, not to quickly tamp down near-term price spikes.

SEFE is also a symbol of Germany’s post-Ukraine-war energy scramble. The company was once Gazprom’s German arm before Berlin nationalized it in 2022, after Russia’s gas leverage over Europe became a central security concern.

The supply would come from Ksi Lisims, an export terminal still awaiting a green light

The planned Ksi Lisims terminal would sit near Pearse Island in northern British Columbia, close to the Alaska border. Developers say it could export about 12 million metric tons of LNG a year by 2029, meaning the German contract would cover only a slice of the project’s total capacity.

That matters because big LNG projects typically don’t move forward without long-term buyers. British Columbia Premier David Eby has been blunt: contracts like this are a key step toward a final investment decision.

The project has been discussed at around 10 billion Canadian dollars, about $7.3 billion in U.S. dollars. Supporters in the province, including Dix, argue it could bring thousands of high-paying jobs and a surge of construction and logistics activity to the region.

How much does this really move the needle for Germany?

Germany imported 106 terawatt-hours (TWh) of LNG through its terminals in 2025, according to the country’s energy regulator, Bundesnetzagentur, roughly comparable to about 362 trillion BTUs. The Canadian volumes, in energy terms, would equal about one-eighth of that 2025 LNG import level.

That’s meaningful, but it’s not a structural overhaul of Germany’s energy system, especially as the country pushes efficiency and renewables to cut overall gas demand. And LNG comes with its own vulnerabilities: shipping constraints, weather disruptions, terminal capacity, and volatile global pricing.

In other words, a contract can secure molecules, but it doesn’t guarantee cheap energy. The value will depend on where global LNG prices land by 2030, and how much gas Germany actually needs by then.

Canada’s bigger goal: sell energy beyond the U.S.

Canada currently sends the overwhelming majority of its oil and gas exports to the United States. The German deal fits into a broader political push in Ottawa to diversify trade and reduce reliance on the U.S. market.

A Pacific Coast LNG terminal would give Canada something it largely lacks today: a direct route to overseas buyers by ship, rather than pipelines that tie exports to North American demand and pricing.

But entering the global LNG market late comes with risks. Canada would be competing against entrenched exporters with established infrastructure, in some cases lower costs, and shorter shipping routes to Europe.

Competition is already fierce, and Ksi Lisims is lining up buyers

Ksi Lisims’ backers aren’t starting from scratch. The project has already signed supply agreements tied to Shell (through a London-based unit) and France’s TotalEnergies, and the SEFE contract adds another high-profile buyer.

British Columbia also has a real-world benchmark now: LNG Canada, a Shell-led export facility in Kitimat, began operations about a year ago. For policymakers, it’s proof a Canadian LNG terminal can be built and run; for investors, it’s a yardstick for cost overruns, timelines, and execution risk.

Even with a German anchor customer, the project’s economics will likely depend on additional long-term contracts, potentially in Asia, where a Pacific terminal has a geographic advantage.

The climate fight isn’t going away

Any major LNG buildout in Canada is likely to face renewed scrutiny from climate advocates who argue long-lived fossil fuel infrastructure locks in emissions for decades. Supporters counter that LNG can displace coal and provide a bridge fuel as renewables scale.

That political and social pressure can translate into delays, and delays in LNG can be expensive. By the time 2030 arrives, the biggest question may not be whether Canada can ship gas to Germany, but whether it can build the project on time, on budget, and competitively enough to matter.