Poland's $364 Million Floating Gas Terminal Just Entered the Water in South Korea. It Arrives in Gdańsk in 2027. Here Is the Full Story. Polska Pływająca Gazowa Terminal za 364 Mln Dolarów Właśnie Wodowana w Korei Południowej. Dotrze do Gdańska w 2027 Roku. Oto Pełna Historia.

I. How Poland Built Its Way Out of Russian Gas Dependency I. Jak Polska Wybudowała Wyjście z Uzależnienia od Rosyjskiego Gazu

The story starts with a crisis that most Western Europeans barely noticed. In January 2009, a dispute between Russia and Ukraine over gas transit fees caused Russia to cut gas flows through the Ukrainian pipeline system — the main route for Russian gas to reach most of Europe. For two weeks, countries from Slovakia to Bulgaria experienced gas shortages in the middle of winter. Poland was affected. The lesson Warsaw drew was not subtle: dependence on a single gas supplier routed through a single transit country was not a commercial arrangement — it was a strategic vulnerability. Historia zaczyna się od kryzysu, który większość Europejczyków Zachodnich ledwo zauważyła. W styczniu 2009 roku spór między Rosją a Ukrainą o opłaty tranzytowe spowodował odcięcie przez Rosję przepływu gazu przez ukraiński system rurociągów. Przez dwa tygodnie kraje od Słowacji po Bułgarię doświadczały niedoborów gazu w środku zimy.

Poland had a longer memory than most. It remembered 2004, when Russia had briefly reduced flows as a political signal. It remembered the 1990s, when gas supply continuity was used as quiet leverage in post-Soviet economic negotiations. Poland had been in talks since 2006 with LNG producers to allow it to diversify its gas supply and reduce its reliance on Russian gas provided by Gazprom. After 2009, those talks became urgent decisions. Polska miała dłuższą pamięć niż większość. Polska prowadziła rozmowy od 2006 roku z producentami LNG, aby umożliwić dywersyfikację dostaw gazu i zmniejszenie zależności od rosyjskiego gazu dostarczanego przez Gazprom.

The strategy that emerged became known as the Northern Gate — a series of three complementary infrastructure investments that together would give Poland enough non-Russian gas supply to cover its entire domestic demand:

II. What a Floating Storage and Regasification Unit Actually Is II. Czym Faktycznie Jest Pływająca Jednostka Magazynowania i Regazyfikacji

The easiest way to understand an FSRU is to start with what LNG is and why it needs to be converted back into gas. Natural gas — the fuel that heats homes, runs power stations, and feeds industrial processes — cannot be easily stored or transported in its gaseous state. At normal atmospheric pressure, natural gas takes up enormous volume. To ship it across oceans, it is cooled to -162°C, which shrinks it to approximately 1/600th of its gaseous volume. At that temperature, it becomes a liquid — Liquefied Natural Gas, or LNG — that can be loaded onto specially insulated LNG tankers and shipped anywhere in the world.

When the LNG arrives at its destination, it needs to be converted back into gas before it can enter the pipeline network — a process called regasification. Traditionally this is done at onshore terminals: large fixed facilities on the coast with insulated storage tanks and regasification equipment. The Świnoujście terminal is exactly that — a fixed onshore facility.

An FSRU does the same job but on a ship. The vessel has enormous insulated tanks that store the LNG, plus onboard regasification equipment that heats the LNG back to a gaseous state and pumps it at pipeline pressure into a subsea pipeline connecting to the onshore grid. The ship moors permanently in the harbour — it is not sailing anywhere once it is in position. It is effectively a floating factory moored to the seabed, with tankers pulling alongside to offload LNG every few weeks.

The critical advantage of an FSRU over an onshore terminal is speed and flexibility. Building an onshore LNG terminal takes 7–10 years of permitting, construction, and commissioning. An FSRU can be built in 2–3 years at a shipyard, sailed to its destination, and connected to the onshore infrastructure. It can also theoretically be relocated — if Poland's gas needs change in 20 years, the vessel could be moved. An onshore terminal cannot. That flexibility is why the FSRU model has expanded rapidly across Europe since 2022, with terminals deployed in Germany, Italy, Finland, Estonia, and now Poland. FSRU wykonuje tę samą pracę, ale na statku. Statek ma ogromne izolowane zbiorniki przechowujące LNG, plus pokładowe wyposażenie do regazyfikacji, które podgrzewa LNG z powrotem do stanu gazowego i pompuje go pod ciśnieniem rurociągowym do podmorskiego rurociągu podłączonego do sieci lądowej. Kluczową zaletą FSRU nad terminalem lądowym jest szybkość i elastyczność.

III. Every Company Involved — Who Is Building What III. Każda Firma Zaangażowana — Kto Co Buduje

The Gdańsk FSRU programme is not a single contract between two parties. It is an ecosystem of companies from Poland, Japan, South Korea, Turkey, and beyond, each responsible for a different component of what is collectively Poland's most complex energy infrastructure project since Świnoujście itself. Program FSRU Gdańsk to nie jeden kontrakt między dwiema stronami. To ekosystem firm z Polski, Japonii, Korei Południowej, Turcji i innych krajów, z których każda odpowiada za inny komponent tego projektu.

IV. HD Hyundai Heavy Industries — Who They Are and Why They Won This Contract IV. HD Hyundai Heavy Industries — Kim Są i Dlaczego Wygrali Ten Kontrakt

HD Hyundai Heavy Industries was established in 1972 by Chung Ju-yung, founder of the Hyundai Group, in Ulsan, South Korea. It is the world's largest shipbuilding company and one of South Korea's "Big Three" shipbuilders alongside Hanwha Ocean and Samsung Heavy Industries. It employs 15,000 people at its Ulsan headquarters and has revenue of ₩14.5 trillion (approximately $10.5 billion) for 2024.

In April 2026, just weeks before the Polish FSRU was launched, HD Hyundai Heavy Industries made history in an entirely separate contract: it became the first Korean shipbuilder to secure an overseas order for an icebreaker, signing a $348.9 million contract with the Swedish Maritime Administration for one icebreaker to be delivered in 2029, winning the order over leading icebreaker builders from Finland and Norway. For a shipbuilder that already holds the world record in vessel construction to be entering new specialist segments demonstrates the depth of technical capability at Ulsan.

The contract for Poland's FSRU — formally awarded to MOL as shipowner, with HD Hyundai as the actual builder — was worth 483.9 billion Korean won, approximately $364 million. This is probably the highest price to date for a single FSRU of this or similar size. The previous record for an FSRU at Hyundai Heavy was Excelerate Energy's vessel at approximately $332 million. Poland's ship is both larger in specification and more complex in regasification capability than that benchmark.

Why was HD Hyundai Heavy selected rather than Samsung Heavy Industries or Hanwha Ocean, or a European shipbuilder? Three reasons dominate. First, proven FSRU capability: HD Hyundai has built more FSRUs than any competitor globally and operates the most advanced regasification technology in series production. Second, capacity and timeline: the Ulsan yard in 2023 had the slots, the crane capacity, and the LNG-certified workforce to begin construction at the required pace. Third, MOL's existing relationship: Japan's MOL, which owns the FSRU and is chartering it to Gaz-System, has a long-standing shipbuilding relationship with HD Hyundai. MOL placed the order with the builder it trusted most for a vessel of this specification and value. HD Hyundai Heavy Industries zostało założone w 1972 roku przez Chung Ju-yunga, założyciela Grupy Hyundai, w Ulsan, Korea Południowa. Jest największą firmą stoczniową na świecie i jedną z trzech dużych stoczniowców Korei Południowej. Kontrakt na polskie FSRU był wart 483,9 miliarda wonów koreańskich, około 364 milionów dolarów. To prawdopodobnie najwyższa cena do tej pory za pojedyncze FSRU tej lub podobnej wielkości.

V. What the FSRU Changes — Poland as the Gas Hub of Central Europe V. Co Zmienia FSRU — Polska jako Centrum Gazowe Europy Środkowej

When the Gdańsk FSRU begins operations in Q1 2028, Poland's total non-Russian gas import capacity will stand at approximately 24.4 bcm per year — against total annual consumption of approximately 20 bcm. For the first time in its post-communist history, Poland will have more gas import capacity than it consumes. That surplus is not an accident. It is the deliberate architecture of a country that wants to become a gas hub — a country through which gas flows to others, not just to itself.

Polish authorities have characterised the initiative as a key element of the country's enduring energy security strategy and its ambition to establish Poland as a gas hub for Central and Eastern Europe. Slovakia, the Czech Republic, and Ukraine all need access to non-Russian gas and all lack their own LNG import infrastructure. Poland's Baltic coast terminals, connected to the Central European pipeline grid, represent the most viable route for LNG to reach those countries. The Gdańsk FSRU, with its position on the eastern Baltic and its direct grid connectivity, is specifically designed with that transit function in mind.

Poland's coastline is becoming a gateway for Central and Eastern European countries to the global LNG market, as Poland's Energy Minister Miłosz Motyka put it at the float-out ceremony in Ulsan. That is not rhetoric. It is a description of an infrastructure reality that is being assembled, piece by piece, with remarkable consistency across successive Polish governments of different political orientations. PiS began it. Tusk continued it. The Northern Gate strategy has been genuinely bipartisan — the one area of Polish policy where geopolitical consensus has held across the political divide. Kiedy FSRU gdański rozpocznie operacje w Q1 2028 roku, całkowita zdolność importu gazu nierosyjskiego przez Polskę wyniesie około 24,4 mld m³ rocznie — przy całkowitym rocznym zużyciu około 20 mld m³. Po raz pierwszy w swojej postkomunistycznej historii Polska będzie miała więcej zdolności importu gazu niż zużywa. Polskie wybrzeże staje się bramą dla krajów Europy Środkowej i Wschodniej do globalnego rynku LNG, jak ujął to Minister Energii Miłosz Motyka na ceremonii wodowania w Ulsan.