Westinghouse-Bechtel and PEJ reach commercial agreement on EPC contract for Poland’s first nuclear power plant
On September 23, 2026, the Westinghouse-Bechtel consortium and Polish state company Polskie Elektrownie Jądrowe (PEJ) announced they’d agreed on the main commercial and legal terms of an Engineering, Procurement and Construction (EPC) contract for Poland’s first nuclear power plant — a three-unit AP1000® facility set for Pomerania.
This is a concrete step forward in a project years in the making. Both sides are now working to finalize the remaining contract terms before the end of 2026.
Agreement reached on EPC contract terms
The signing took place on September 23, 2026, at Westinghouse’s headquarters in Cranberry Township, Pennsylvania. That location isn’t incidental — it signals the deal was formalized at the center of Westinghouse’s global operations, not through some diplomatic photo-op overseas.
Both sides are aiming to wrap up all remaining terms before the end of 2026 — ambitious, but the alignment on core commercial and legal framework makes it plausible.
What both parties agreed to isn’t the full contract. Not yet. The announcement describes agreement on the “main commercial and legal terms,” which sets up a structured framework for negotiating the remaining specifics and exhibits of the EPC contract. Think of it as the skeleton of a deal, with the details still being filled in. The harder conceptual battles may already be behind them.
The timeline is tight. Both sides are aiming to wrap up all remaining terms before the end of 2026 — ambitious, but the alignment on core commercial and legal framework makes it plausible.
Why this agreement was reached now
Poland has been pushing toward its first civil nuclear program for years, driven by a national strategy to move away from fossil fuels and secure long-term energy independence. That goal has taken on sharper urgency given how Europe’s energy landscape has shifted.
The Westinghouse-Bechtel consortium didn’t land here overnight. Selected through a competitive process, they brought the AP1000® — a reactor chosen for its Generation III+ credentials and passive safety systems. Those aren’t just marketing points. They reflect a deliberate policy decision about which technology Poland wants anchoring its energy future.
Poland isn’t alone in making that call. The AP1000 has also been selected for nuclear programs in Bulgaria and Ukraine, part of a broader pattern of European interest in the design. That regional momentum likely added confidence on both sides of the negotiating table.
Economic and energy consequences for Poland
The scale of what’s being built here is worth pausing on. A three-unit AP1000® plant is a major infrastructure project — the kind that reshapes regional economies and labor markets for decades.
According to Westinghouse-Nuclear, the project is expected to contribute billions of zlotys to the Polish economy. That’s a projection, not a guarantee, but the order of magnitude is significant. Dan Lipman, President of Global Business Initiatives at Westinghouse, said the plant will “create thousands of jobs in both countries during construction and operation” — meaning the economic ripple effects reach into the United States, not just Poland.
Local companies will also get opportunities to participate in AP1000 supply chains, both regionally and globally. Getting embedded in an international nuclear supply chain can open real doors for Polish manufacturers and contractors well beyond the Pomerania plant. These won’t be temporary construction roles, either. Westinghouse specifically describes “highly skilled jobs that will be needed for several generations” — and with nuclear plants operating for 60 years or more, the workforce implications stretch far into the future.
Background: the AP1000 reactor and its global deployment
If you’re not familiar with the AP1000, here’s the short version: it’s currently the only operating Generation III+ reactor in the world with fully passive safety systems. That means it can shut itself down safely without active mechanical intervention or external power — a design advantage shaped directly by lessons from earlier nuclear incidents.
The reactor uses a modular construction approach, meant to streamline the building process and cut on-site complexity. Westinghouse notes it carries the smallest footprint per megawatt-electric (MWe) on the market, which matters when you’re planning a site in a specific location. Six AP1000 reactors are currently operating worldwide, setting what Westinghouse describes as “operational performance and availability records.” Another 14 are under construction, with five more under contract — a pipeline that reflects genuine commercial momentum.
Beyond Poland, Bulgaria, and Ukraine, the AP1000 is under consideration at multiple sites across Europe, the Middle East, and North America. That geographic spread suggests the design is being evaluated seriously across very different regulatory and political environments.
What to take away from this deal
Here’s the bottom line. Westinghouse-Bechtel and PEJ have formally agreed on the core commercial and legal terms of an EPC contract to build Poland’s first nuclear power plant — three AP1000® units in Pomerania. The agreement doesn’t mean construction starts tomorrow, since remaining contract elements and exhibits still need to be finalized, with both sides targeting year-end 2026.
The AP1000 at the center of the deal is an operating, proven technology with six units already running globally. The project carries significant economic expectations for Poland — thousands of skilled jobs and billions of zlotys in projected economic contribution. It also places Poland within a growing European trend toward AP1000 adoption, alongside Bulgaria and Ukraine.
Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.
