Chinese projects are connecting inland production with coastal bunkering, while European suppliers draw on renewable electricity and industrial byproducts. Eight supplier groups reveal the commercial models connecting production, shipowner contracts and port delivery.

Goldwind’s agreements with Maersk and Hapag-Lloyd cover a combined 750,000 tonnes of green methanol annually, illustrating how shipping demand is drawing China’s renewable-energy companies into fuel production. Maersk’s contract accounts for 500,000 tonnes a year and Hapag-Lloyd’s for 250,000 tonnes. 

Alongside these large commitments, commercial deliveries from other Chinese producers are establishing routes from factories to ships. Comparing the projects reveals distinct businesses built around renewable power, industrial feedstocks, engineering services and port infrastructure.

Shipowner contracts support phased expansion

Goldwind’s first phase in Hinggan League, Inner Mongolia, has a design capacity of 250,000 tonnes a year. Its 2026 interim report described subsequent phases under construction, while Xinhua reported the first commercial dispatch in September. The two shipowner contracts must be assessed against Goldwind’s wider development programme and delivery schedules. 

LONGi, best known for solar equipment, has a 120,000-tonne-a-year project in Xuchang, central China, and a long-term biomethanol agreement with Maersk. Its feedstocks include straw and fruit-tree cuttings. Maersk originally expected first volumes in 2026, but annual contract quantities remain undisclosed and a first delivery was not independently confirmed for this report. 

Different assets create different businesses

Denmark’s Kassø plant, owned by European Energy and Mitsui, uses renewable electricity and biogenic carbon dioxide to produce e-methanol. The 42,000-tonne-a-year facility serves Maersk alongside industrial customers LEGO and Novo Nordisk. OMV joined its offtake portfolio in August 2026, with an initial delivery already completed. This diversifies demand across shipping, chemicals and land transport. 

Sweden’s Södra follows a smaller industrial recovery model, offering 5,250 tonnes annually from its Mönsterås pulp mill. Methanol formed during pulping is recovered as a saleable product. This makes the existing mill’s material flows central to supply, rather than a dedicated renewable-power development.

CIMC Enric combines fuel production with engineering services. Alongside its Zhanjiang plant, its engineering subsidiary has secured the design contract for VENEX’s Foshan project. Fuel suppliers can therefore also be customers for each other’s technology, creating revenue opportunities beyond methanol sales.

Ports complete the commercial chain

Shanghai Electric demonstrates how inland production reaches a coastal buyer. Its Taonan fuel moves through Dalian to Shanghai, where SIPG Energy supplies CMA CGM under arrangements extending through 2030. An August 2026 bunkering operation delivered 8,016 tonnes to CMA CGM OSMIUM, mainly sourced from Taonan. 

Shanghai also has a local model. Shenergy coordinates waste-derived biomethane supply, including resources from Shanghai Chengtou, with Huayi producing methanol and port operators handling delivery. A July 2026 announcement recorded 2,824 tonnes supplied to Arctic Tern from the city’s 100,000-tonne-a-year project. These companies perform different supply-chain roles; their cooperation does not establish joint ownership of one plant. 

In southern China, CIMC Enric supplied 1,021 tonnes for a bulk carrier at Guangzhou in September, following deliveries in Shenzhen and Hong Kong. VENEX, the Towngas–Foran Energy venture, supplied 200 tonnes from Inner Mongolia for Hong Kong bunkering in March. These shipments demonstrate working delivery routes, although they do not establish annual production volumes. 

These arrangements also give port-energy companies and distributors a central commercial role. The shipowner’s fuel supplier can be different from the factory owner, making responsibility for transport, delivery and supply continuity an important part of procurement. 

Cost and delivery performance will shape competition

The commercial comparison extends beyond plant size. Inland producers need to convert access to feedstocks and renewable energy into a competitive price after transport, storage and bunkering. Local coastal production can shorten delivery distances, but its economics still depend on feedstock collection, processing costs and reliable operation.

For shipowners, procurement will hinge on fuel available at the required port and date, its delivered price and verified lifecycle emissions. For producers, repeat deliveries and plant utilisation will determine how much contracted demand becomes revenue. The next useful disclosures are sustained output, actual contract fulfilment and delivered prices: those figures will show which supply models can expand commercially.

Eight supplier groups at a glance