In the first nine months of 2026, Chinese shipyards took 53.91 million compensated gross tonnes (CGT) of new shipbuilding orders — roughly 76% of everything the world ordered — according to Clarksons Research via SteelOrbis. South Korea, still the high-value specialist, took about 15%.
The shipbuilding sector is easy to miss when capital markets focus almost exclusively on AI data centers and semiconductors. Yet the industry itself has been running a simultaneous, albeit quieter, supercycle. Global demand for fleets has entered a multi-year expansion driven by aging vessel retirements and stringent energy-and-emissions compliance requirements.
In today’s newsletter, I want to discuss that quiet industrial cycle — who is ordering, why Asia (especially China) absorbs the work, and how China’s industrial map is organized. I think this trend will interest people looking beyond AI and semi, especially since it is one of the “HALO” (Heavy/Hard Assets, Low Obsolescence) trends that are less exposed to technological obsolescence.
The context: fleet age, replacement, and green optionality
Three factors are contributing to a global demand supercycle.
Start with the ships already sailing on the water. At the start of 2026, Clarksons’ Green Technology Tracker put the GT-weighted average age of the world fleet at 13.4 years, up from a low of 9.7 years in 2013. About 39% of global tonnage is over 15 years old. Segment averages tell the same story: bulkers average around 13 years, and tankers and containerships are a bit older still.
Deferred maintenance on the world’s floating infrastructure makes replacing aging vessels a major driver of global demand.
Decarbonization is the second factor. Regulations have made carbon neutrality a hard requirement.
EU regulation is already live. Under the EU Emissions Trading System, large commercial ships (generally 5,000 GT and above) sailing to or from European ports must buy and turn in carbon “permits” to cover their pollution (reported CO₂). This rule is ramping up gradually—40% of 2024 emissions must be covered by allowances surrendered in 2025; 70% of 2025 emissions in 2026; and 100% of emissions from 2026 onward, with surrender in 2027 and beyond.
Separately, FuelEU Maritime took effect on 1 January 2025. It caps the yearly average lifecycle GHG intensity of energy used on board, enforcing stepwise reductions: −2% in 2025, −6% by 2030, and up to −80% by 2050 (measured against the 2020 reference value). Additionally, container and passenger ships face mandatory shore-power (zero-emission at berth) rules from 2030 in major EU ports.
Globally, the International Maritime Organization (IMO) is moving toward similar regulations. The 2023 IMO GHG Strategy targets net-zero emissions from international shipping by or around 2050, with interim checkpoints for 2030 and 2040. The proposed IMO Net-Zero Framework was approved in draft in April 2025, but its formal adoption was postponed, and the IMO had scheduled a resumed session for December 2026. Although the adoption of the new framework was delayed, the direction is clear, and the industry has already formed a consensus.
Ordering has moved ahead of the sailing fleet. Today, nearly half (47%) of all new ship capacity on order is built to run on alternative fuels—up from just 10% in 2015. However, because older vessels remain in service for decades, only about 9% of the active world fleet on the water can use alternative fuels today (Clarksons). Adoption is moving fastest in sectors like LNG carriers, car carriers, and container shipping, where over 62% of new capacity ordered in 2025 supports cleaner fuels. By contrast, bulk carriers and oil tankers are taking a wait-and-see approach, opting for “fuel-ready” designs that can be adapted once the market settles on a winning fuel.
Across fuels, LNG dual-fuel remains the default choice, accounting for about 80% of alternative-fuel tonnage ordered in 2025. Methanol is growing but smaller; ammonia remains tiny. About 20% of new tonnage ordered in 2024 was classified as “alternative-fuel ready” (which can be retrofitted later) rather than equipped with dual-fuel engines right away (Clarkson). Nobody knows which green fuel (green methanol, e-ammonia, or bio-LNG) will be the cheapest or most available in 2030 or 2040. Shipowners are buying flexibility for tomorrow, giving themselves the option to switch fuels as regulations tighten, and most of that flexible investment is currently going to LNG.
Korea historically dominated large LNG carriers. China, led by yards such as Hudong-Zhonghua, has closed the gap and taken a large share of LNGC orders (Drewry; trade press on China–Korea LNGC competition) during 2026.
Lastly, longer-distance demand sparked by geopolitical tensions adds another layer to global demand. UNCTAD’s Review of Maritime Transport 2025 documents Red Sea / Suez avoidance that persisted into 2025, stretching Asia–Europe and Middle East–Europe voyages via the Cape of Good Hope. Even when shipping volumes are low, longer sailing routes can keep demand high, which supports freight rates and encourages owners to buy new ships.
Of course, geopolitical factors can reverse. If Suez transit fully normalizes, some of that inflated demand will disappear. While extended routes provide a helpful tailwind for the shipbuilding industry, the two underlying structural drivers (replacement & green) remain the true foundation of this multi-year supercycle.
Global contracting in early–mid 2026 ran at a pace Clarksons linked to the record 2007 era, roughly twice the prior-decade average, after a softer 2025 (World Ports). Newbuilding prices remain elevated: Clarksons’ Newbuilding Price Index was around 186 at end-August 2026, roughly 28% above five years earlier.
Scarcity: yard capacity is the bottleneck
Strong demand alone does not make a supercycle. What makes this one last is that the world lacks enough shipyards to meet it quickly.
After the 2008 financial crisis, the industry went through a long downturn and many yards closed. The number of active large yards fell from about 325 in 2009 to about 167 in 2025 (World Ports / Clarksons). This time there has been no wave of new yards like the one before 2008. Expansion is mostly happening at existing sites, such as Yangzijiang’s new Hongyuan yard, Hengli, and Guangzhou Shipyard International. Even so, expansion is slow compared with the pace of new orders.
The scarcity shows up in delivery schedules. Leading Chinese yards are now selling slots for delivery in 2029 and 2030. Hudong-Zhonghua’s LNG carrier production is reportedly booked through 2030, and CSSC’s group schedules reach 2029 (World Ports; People’s Daily).
When a shipowner has to wait four years for a berth, the yard has pricing power. That lasts until new capacity catches up, which takes years.
How the orders split across Asia
Today, almost all of the world’s large ships are built in China and South Korea, not in Japan as much as they used to.
First, a note on units, because headlines often mix them:
CGT (compensated gross tonnage) adjusts for how complex a ship is to build. It is a better measure for comparing Korea vs. China in terms of where they sit on the value chain.
DWT (deadweight tonnage) measures how much cargo a ship can carry. This metric makes China’s share look even bigger.
China is the volume leader and is moving up the value chain. By Clarksons’ CGT measure, China won about 63% of global new orders in 2025, versus about 21% for Korea (iMarine News). In January to September 2026, as global orders rose 57% year on year to 70.71 million CGT, China’s share jumped to about 76%. At the end of September, China held about 68% of the global orderbook and Korea about 17% (SteelOrbis; Asiae).
China’s own DWT data shows the same trend even more strongly. In H1 2026, China booked 121.06 million DWT of new orders, up 173% year on year, or 82.3% of the world total. Completions rose 51%, and the orderbook reached 363 million DWT at the end of June (MIIT). About nine out of every ten ships China builds are for export (People’s Daily). Chinese yards are building for the global fleet, not mainly for domestic shipping companies.
China also led new orders in 16 of 18 major ship categories in 2025 (People’s Daily). Chinese yards used to compete mainly on simpler ships like bulk carriers. They now win containerships, tankers, car carriers and, increasingly, LNG carriers.
Korea builds fewer ships but still commands high premiums because it remains high up the value chain. The three big Korean builders, HD Hyundai, Samsung Heavy and Hanwha Ocean, focus on the most complex and profitable work: large LNG carriers, floating LNG units (FLNG) and naval ships.
South Korea also occupies a distinct geopolitical position, with its shipyards expanding directly into U.S. defense shipbuilding—most notably through Hanwha Ocean’s acquisition of Hanwha Philly Shipyard, which builds auxiliary vessels and missile-defense tracking ships for the U.S. military.
In contrast, Chinese shipbuilders face persistent headwinds from U.S. trade policy. Following the Section 301 investigation into China’s maritime and logistics sectors, proposed U.S. port fees on Chinese-built vessels remain a major concern. While the recent Xi–Trump meeting yielded a two-month extension of the port fee truce, this suspension provides only temporary relief and remains the single biggest wildcard for investors eyeing the sector.
