UMOE and Celly have announced the launch of an advanced hydrogen transportation trailer set to enter the U.S. market this year. The innovative trailer is engineered to deliver large volumes of hydrogen safely and efficiently, addressing the growing demand for hydrogen transportation and static storage in North America. The partnership combines UMOE's well-established success in Europe with Celly's expertise in hydrogen storage and distribution. The UMOE Type 4 Advanced Composite 720KG Hydrogen Storage trailer has demonstrated its reliability with over six years of operations in Europe, including successful drop-and-swaps and extensive road miles traveled. It offers a cost-effective solution that reduces transportation costs compared to current market price points on a per kilogram basis. Key product features include flexible capacities, support for hydrogen transportation and static storage at high pressure, compliance with European safety standards, and an advanced composite wrap for durability and safety. The sentiment of the article is positive, emphasizing the trailer's potential to transform hydrogen transport and storage in the U.S. market. The trailer's design aligns with the nation's transition to clean energy and sustainable fuels, offering a lower price per kilogram than existing options. With the U.S. preparing to scale its hydrogen infrastructure, this launch provides a timely solution that supports the nation's commitment to sustainable energy. Celly, a leader in hydrogen storage and distribution solutions, aims to drive the future of clean energy by providing innovative systems for hydrogen distribution. UMOE Advanced Composites AS, based in Kristiansand, Norway, specializes in supplying solutions for containment, storage, and transportation of hydrogen, RNG, and CNG, leveraging advanced composite material technology to pioneer sustainable energy solutions. The partnership between Celly and UMOE represents a step towards advancing the global energy transition towards a cleaner and more sustainable future powered by hydrogen and renewable fuels.