Poland’s First AP1000: The Four Polish Module Orders That Signal Real Construction Momentum at Lubiatowo-Kopalino

Poland's nuclear programme has spent years in the world of site studies, technology selection and political announcements. In the space of six weeks in late 2026, it crossed a different threshold. On 23 September, the Westinghouse–Bechtel consortium and state-owned developer Polskie Elektrownie Jądrowe (PEJ) agreed the main commercial terms of the EPC contract for three AP1000 units at Lubiatowo-Kopalino. On 8 October, PEJ authorised Westinghouse to begin buying long-lead items for the first unit. On 13 October, in Warsaw, Westinghouse signed conditional purchase orders with four Polish companies for the first safety-related structural modules.

That last step is the one that matters most for the Polish supply chain — and also the one most likely to be misread. These are not fabrication contracts in the ordinary sense. They are qualification-stage awards that reserve scope for Polish firms while they demonstrate they can meet American nuclear quality standards. Understanding the difference explains both the optimism and the risk.

The project, briefly

The Lubiatowo-Kopalino site sits in the Choczewo municipality of Pomerania, on Poland's Baltic coast. The plan is three Westinghouse AP1000 pressurised water reactors totalling roughly 3,750 MWe — the first nuclear generation capacity Poland will ever operate, and a cornerstone of its effort to replace coal-fired baseload while cutting dependence on imported gas.

PEJ is the owner and developer, a special-purpose vehicle wholly owned by the State Treasury. Westinghouse supplies the nuclear island technology; Bechtel brings the construction management and delivery machine. Between them, the two American firms are the consortium responsible for engineering, procurement and construction.

The site is no longer a paper project. Poland's National Atomic Energy Agency (PAA) issued its opinion on the preliminary site safety report in May 2026, and in July 2026 the Pomeranian Voivode granted the permit that moved site levelling and development into its main phase. On 6 August 2026 the site was formally handed over by PEJ to Bechtel as main contractor, with earthworks assigned to Budimex. A construction licence application was filed with the PAA on 31 March 2026; that body has a statutory 24-month window to decide.

What was actually ordered in October

The 13 October signature — at the 4th Nuclear Power Industry Congress in Warsaw, organised by IGEOS — covered four conditional purchase orders, each for a distinct AP1000 structural module scope:

It is worth pausing on what these modules are, because they define the steel and fabrication opportunity.

The AP1000's construction philosophy is modular: rather than build the containment internals piece by piece on site, large steel-and-concrete assemblies are fabricated in workshops and lifted in. The CA-series modules form the structural backbone of the containment building and surrounding compartments. CA20 is the best known — a massive steel-plate-and-concrete structure that forms the floors and walls of the auxiliary building's equipment zone. CA01 and CA20 are routinely described in AP1000 literature as structural steel modules of roughly 1,000 tonnes each, though figures vary by source and by whether concrete, internal equipment or lift weight is included.

The four scopes divide into two families. CA02 and CA03 together constitute the in-containment refuelling water storage tank structure — safety-significant, because that water inventory sits inside the containment and serves core cooling functions. CA05 is a set of reinforced steel-plate partition walls inside containment. CA20 is the large floors module.

All four are safety-related. That is the crux of the commercial structure.

Conditional means conditional

Westinghouse's own announcement is unambiguous about the mechanism: "Upon NQA-1 certification and the successful fabrication of pre-production qualification mockups ... Westinghouse will award companies the full project scope."

The current scope is therefore preparatory. It covers preparing technical documentation, quality and supervision plans, selecting and contracting sub-suppliers, and initiating material procurement so that production can begin. Physical manufacture and delivery is a separate, later order that has not yet been placed.

NQA-1 is the ASME standard for quality assurance programmes at nuclear facilities. Certification involves an independent third-party audit of a supplier's QA system against that standard. For firms whose experience is in conventional power, petrochemical or shipyard steelwork, closing the gap to nuclear-grade documentation, traceability and inspection is not a formality — it is typically the single largest hurdle in entering the nuclear supply chain.

The Polish companies are already working through it. Energomontaż-Północ Gdynia says it completed the first stage of NQA-1 adaptation on 26 September 2025, covering quality assurance, equipment inspection, design and technical documentation; the next phase is preparation for a trial nuclear-island module, including production plan, detailed technological instructions and workshop drawings. PEJ has publicly noted that Mostostal Kielce, EPG and four other Polish firms were nearing completion of the second adaptation stage and moving toward the final phase — mock-up workshop documentation. Several of these companies signed a strategic cooperation agreement on nuclear projects in March 2026, explicitly framed around developing capability for the Polish supply chain with Westinghouse.

So the October orders are best read as Westinghouse converting a qualification pipeline into reserved capacity. The companies get defined scope, a route to material procurement and a deadline; Westinghouse gets Polish industrial content and a hedge against supply-chain congestion at other AP1000 module yards.

The EPC contract is still not signed

This is the detail that should temper any reading of October as a construction green light.

The main commercial terms agreed on 23 September 2026 are not the EPC contract. Bechtel's release describes an agreement on "main commercial terms", with both sides committing "to completing negotiations by the end of the year". PEJ president Marek Woszczyk framed it as providing "the basis for further, detailed negotiations regarding the remaining terms of cooperation under the EPC Contract".

That is why the long-lead procurement was launched under a different instrument entirely. As Wojciech Wrochna, Secretary of State at the Ministry of Energy and Government Plenipotentiary for Strategic Energy Infrastructure, put it: "We adopted this approach in order to give ourselves time for further detailed negotiations on the EPC contract, without the pressure that the lack of an LLI order would affect the project schedule."

In other words, the 8 October authorisation and the 13 October module orders were deliberately executed under the pre-existing Engineering Development Agreement between PEJ and the Westinghouse–Bechtel consortium, precisely to decouple schedule protection from contract finality. The module orders sit ahead of the EPC signature by design, not by accident.

There is a real commercial logic here, and also a real exposure. The logic: AP1000 module fabrication slots are scarce and long-lead, and waiting for full EPC closure would push first concrete and first power to the right. The exposure: the price and risk allocation for the full scope remains unsettled while suppliers begin spending on documentation and materials against a conditional award.

Who does what: a revealing split

The 8 October package also clarified how procurement responsibility is divided inside the consortium. According to Woszczyk, "We have already ordered the first long lead items, for which Bechtel is responsible, and we are now beginning this process for Westinghouse, which is responsible for the nuclear portion of the power plant."

That is a meaningful structural signal. Bechtel leads balance-of-plant and site long-lead procurement; Westinghouse leads the nuclear island — six key components in the initial scope, including the reactor containment vessel and its associated structural modules. Suppliers dealing with Lubiatowo-Kopalino should expect two distinct procurement channels with different technical owners, different documentation regimes and different contracting clocks.

The steel angle: real, but not yet quantifiable

The obvious question for fabrication and steel professionals is how much plate and structural steel these four scopes actually contain. The honest answer is that no public figure exists for the Lubiatowo-Kopalino CA02, CA03, CA05 and CA20 scopes specifically, and the widely circulated AP1000 figures should not be treated as direct proxies.

Two conclusions follow. First, the tonnage framing that circulates in steel circles — a few thousand tonnes of plate across a module package — is plausible in order of magnitude but should not be presented as project data. Second, and more important commercially, the value in these scopes is not primarily in the raw steel. It is in the welding, fit-up, dimensional control, non-destructive examination, documentation and nuclear QA overhead. A fabricator that wins CA20 does not win a plate order; it wins a multi-year programme of qualified welding and traceability.

That has implications for how Polish firms should invest. Mill capacity or plate sourcing is unlikely to be the binding constraint. Certified welders, qualified welding procedures, NDE capability and a QA organisation that can survive an ASME audit are.

Read-across to Vogtle and V.C. Summer

The AP1000 module strategy was forged — and, in the US, badly bruised — at Vogtle and V.C. Summer. Those projects demonstrated both that large modules can be fabricated and lifted successfully, and that module delivery is where AP1000 construction schedules tend to fail when fabrication capacity, design maturity and site readiness are not aligned.

For Lubiatowo-Kopalino, that history cuts two ways. On the one hand, the module designs are now mature and the reference fleet exists, which is precisely why Westinghouse can award specific CA scopes with confidence and why Polish firms can be qualified against a known product. On the other, the fact that module fabrication is being seeded in Poland years before an EPC signature, under conditional orders, suggests the consortium is treating module capacity as a schedule-critical path from the outset — and is willing to pay some contractual ambiguity to protect it.

What to watch next

A few identifiable markers will show whether October was momentum or a placeholder.

• EPC signature. Both sides target completion of negotiations by end-2026. Until that happens, the module awards remain conditional and unanchored to a final price and risk framework.
• The full-scope release. Westinghouse has stated that completion of NQA-1 certification and pre-production qualification mock-ups triggers award of the full project scope. Watch for the mock-up milestones at EPG and Mostostal Kielce in particular, since PEJ has already flagged their progress.
• The production and delivery order. This is the separate, later instruction that converts preparation into manufacturing. It has not been placed.
• Module assembly facilities. Polimex Mostostal's consortium signed a design-and-build contract with Bechtel Polska on 24 September 2026 for two Module Assembly Buildings at the site — estimated at PLN 292.17 million net plus VAT, with completion scheduled 1,158 days from signing. These halls are where Polish-fabricated modules will be assembled before lifting into the containment area, and their delivery schedule is a hard constraint on the module programme.
• PAA construction licence. Filed 31 March 2026, with a statutory decision window of up to 24 months, and required before the Pomeranian Voivode can issue the conventional construction permit.
• Remaining supply packages. PEJ's supplier bulletin lists active and planned procurement for construction facilities, reactor vessel components and other packages, and there is a published TED notice referencing the project's 2026 procurement milestones. The breadth of this pipeline, not just the four module awards, is the real measure of local content.

The bigger picture

Poland is trying to do something no country has recently done at speed: stand up a first nuclear programme, in a new regulatory environment, with an owner-developer that has never built a reactor, using an American technology and an American-led delivery consortium, while maximising domestic industrial participation.

Each of those elements is individually difficult. Combined, they explain why the project's timeline has already slipped once in the updated programme, and why PEJ is willing to issue conditional awards before EPC closure.

For the Polish steel and fabrication sector, the October orders are genuinely significant — they name four companies and four defined nuclear-island scopes, which is more specificity than the programme has previously offered. But the value is contingent: on NQA-1 certification, on mock-ups, on an EPC contract still being negotiated, and on a later production order that has not been placed. The right posture for suppliers reading this is not celebration but preparation. The qualification gates are the project's real filter, and they are open now.