Umoe Triples Global Hydrogen Storage Capacity with New Manufacturing Hub in China
Beijing, Monday, 23 March 2026.
By launching large-scale production in China this March, Umoe Advanced Composites instantly triples its global hydrogen cylinder capacity, effectively tackling critical transportation bottlenecks in the renewable energy sector.
Scaling Operations in the Yangtze River Delta
On March 22, 2026, UMOE Advanced Composites (UAC) officially commenced large-scale production at its newly minted 12,000-square-meter facility in Jiaxing, China [1]. Located approximately 100 kilometers from Shanghai in the Yangtze River Delta, the plant fundamentally alters the company’s manufacturing footprint [1]. By bringing this site online, UAC instantly triples its global production capacity, creating a foundation that could eventually yield up to 24,000 cylinders annually across its Norwegian and Chinese operations [1]. The Jiaxing facility alone boasts a potential annual capacity of up to 20,000 composite cylinders [1]. According to UAC CEO Lars Erik Lunøe, seeing the first cylinders roll off the Chinese production line represents a “huge milestone” that establishes the groundwork for the company’s future growth [1].
Delivering to the Australian Market
The immediate beneficiary of this expanded capacity is the Good Earth Green Hydrogen and Ammonia (GEGHA) Project in New South Wales, Australia, spearheaded by the Hiringa Sundown Joint Venture [1]. The inaugural delivery from the Jiaxing plant consists of five Multi-Element Gas Containers (MEGCs), specifically configured as two 20-foot and three 40-foot units [1]. These containers are purpose-built for high-pressure hydrogen storage and represent a critical logistical link in bringing the Australian renewable energy project online [1].
The Economics of Advanced Composites
As global hydrogen production volumes increase, the industry faces a pressing need for safe, cost-effective storage and transportation solutions [2]. UAC addresses this bottleneck through its Type IV glass fiber pressure vessels, a technology that has been safely deployed across approximately 40 countries over the past two decades [2]. For most transport distances, these glass fiber solutions offer an optimal balance of safety and payload efficiency, resulting in a lower total cost of ownership when compared to traditional steel or alternative carbon fiber containers [2]. To further capitalize on local demand, UAC is currently seeking a special permit to allow for domestic distribution within China [1].