Five Lessons Türkiye Is Teaching the World About Building a Nuclear Export Future
Türkiye does not yet export nuclear technology. It has no reactor design that another country has ordered, no fuel cycle product it sells to international markets, and no nuclear engineering firm with a global project portfolio. What it does have is something rarer and more instructive: a deliberate, step-by-step strategy for converting a customer programme into an industrial platform with export potential, and the institutional consistency to execute it across a decade. For any country that aspires to move from nuclear buyer to nuclear exporter, Türkiye's current trajectory offers five lessons that are worth studying carefully. Not because Türkiye has arrived at its destination, but because the route it is taking is the right one, and the decisions being made now will determine whether the destination is reached.
Lesson One: Start as a Buyer, But Buy Strategically
Every country that has built a nuclear export capability started as a buyer. South Korea bought American technology in the 1970s. France built on American and German foundations. The question is not whether to start as a buyer. It is how to structure that purchase so that it builds domestic capability rather than simply delivering power.
Türkiye structured its Akkuyu purchase with this explicitly in mind. The Build-Own-Operate (BOO) agreement with Rosatom, signed in 2010, placed the capital and construction risk with the vendor. But alongside that structure, Türkiye embedded localisation requirements that brought Turkish contractors and manufacturers into the project from the construction phase onwards. Over USD 11 billion has been injected into the Turkish economy through Akkuyu. More than 400 Turkish companies have qualified to supply nuclear-grade components and services. The plant is being built in Türkiye, by Turkish hands, under Turkish soil, and that matters enormously for what comes next. A country that buys a nuclear plant and learns nothing from building it has not made a strategic investment. It has made a purchase. Türkiye made a strategic investment.
Lesson Two: Use the Second and Third Plant to Deepen What the First One Started
One nuclear plant produces electricity. Two or three plants produce an industry. The commercial case for a domestic nuclear supply chain only becomes viable when there is enough recurring demand to justify the investment in tooling, certification, quality management, and workforce that nuclear-grade manufacturing requires. A single plant, however large, cannot sustain that.
Türkiye understands this. The Sinop Nuclear Power Plant, a planned 4.8 GW project being negotiated under a framework involving the United States and South Korea, and the Thrace Nuclear Power Plant, a proposed 5.6 GW facility in discussions with China's State Power Investment Corporation (SPIC), are not simply more capacity. They are the demand base that makes a domestic nuclear industrial ecosystem economically rational. Each successive plant deepens the supply chain, adds to the pool of qualified manufacturers and engineers, and creates another set of localisation obligations that pull more capability into the country. Countries that stop at one plant never accumulate the industrial depth that export ambitions require.
Lesson Three: Build the R&D Infrastructure Before You Need It
Nuclear export capability is not just about manufacturing. It is about being able to design, certify, improve, and adapt nuclear technology to different customer requirements. That requires research and development infrastructure, and R&D infrastructure takes years to build and cannot be improvised when export contracts arrive.
Türkiye is building this infrastructure now, while its programme is still in the construction and early operation phase. TENMAK, the Turkish Energy, Nuclear and Mining Research Agency, administers the national nuclear R&D agenda through its NÜKEN institute and facilities at Çekmece and Sarayköy, with specific focus on nuclear safety, materials qualification, and technology development. The nuclear technopark announced by President Erdogan in March 2025 creates the commercial infrastructure for private firms to co-locate with this research base and develop exportable technology products. The domestic SMR development call issued to Turkish industry is the most explicit signal yet: Türkiye wants to own intellectual property in nuclear technology, not just manufacturing rights. Countries that want to export nuclear technology must own some of it. Building the R&D base to get there is not optional.
Lesson Four: Qualify Your Industry to International Standards, Not Domestic Ones
A nuclear component made in Türkiye is only exportable if a buyer in another country can accept it. That acceptance depends entirely on whether the component has been manufactured, tested, and documented to standards that international procurement frameworks recognise. Domestic quality systems are insufficient. The relevant benchmarks are ASME N-stamp certifications, ISO nuclear-specific standards, and the quality assurance requirements of whichever technology vendor's reactor the component will go into.
Türkiye's manufacturing sector has been pursuing these qualifications methodically. Larsen and Toubro (L&T)'s Indian operations hold the full ASME N-stamp portfolio as a reference model. Turkish manufacturers working on Akkuyu have been required to meet Rosatom's quality standards, which are internationally recognised in the markets where Russian technology is deployed. Countries that start this process early, before they need it, are the ones that have marketable capability when export opportunities emerge.
Lesson Five: Position Geographically Before You Compete Technically
The final lesson is the one most often overlooked by countries planning nuclear export strategies. Technical capability matters, but geography and relationships determine which markets a country can actually access. Türkiye's geographic position places it at the intersection of three of the world's most active emerging nuclear markets: the Middle East, Africa, and the Balkans and Caucasus. Countries across these regions are in the early stages of nuclear programme development. They face the same infrastructure, regulatory, and workforce challenges that Türkiye has navigated over the past decade. The experience Türkiye has accumulated is not just technical. It is institutional: how to manage a BOO contract, how to structure localisation requirements, how to build a regulatory body from scratch, how to develop a nuclear workforce without an operating plant to train on yet.
That institutional experience is exactly what nuclear newcomers need and cannot find in a vendor's product catalogue. Argentina's INVAP built its international nuclear export business partly on this principle: proximity, relevant experience, and the credibility of being a country that succeeded at nuclear development rather than simply a company selling reactors. Türkiye is accumulating the same profile. Its future export market is not Europe or North America. It is the countries on its doorstep that are beginning their nuclear journeys now, and that will look for partners who have recently walked the same path. Positioning in those markets through knowledge partnerships, training agreements, and regulatory advisory frameworks today is how Türkiye builds the relationships that precede technology export contracts. And it is a lesson that every aspiring nuclear exporter should take seriously.
Türkiye has not yet exported nuclear technology. But the decisions it is making now across localisation depth, multi-plant industrial demand, R&D infrastructure, international qualification standards, and geographic relationship-building are the decisions that separate countries which eventually export from those that remain buyers indefinitely. The playbook is visible. The question is whether other countries with similar ambitions are paying close enough attention to learn from it.
More can be understood through forums such as the Türkiye Nuclear Business Platform (TNBP) 2026 (26–27 August in Ankara), where policymakers, investors, and vendors are gathered to collaborate on the Turkish Nuclear Energy future.
