Celly H2 (Celly) and UMOE Advanced Composites AS (UMOE) have recently made a collaborative effort aimed at revolutionizing the distribution of low-carbon intensity hydrogen and renewable fuels across the United States.
This partnership seeks to drive innovation in hydrogen storage, distribution, and dispensing, representing a significant step forward in sustainable energy solutions. Here, we critically examine this initiative, placing it within the broader context of the hydrogen energy sector and industry benchmarks.
The Memorandum of Understanding (MOU) signed between Celly and UMOE outlines their commitment to developing a collaborative project framework. This partnership aims to introduce reliable and cost-effective gaseous hydrogen distribution infrastructure to North America using UMOE’s type IV intelligent material pressure vessels and transportation solutions. The goal is to reduce lifecycle costs while enhancing safety and durability in hydrogen transport and storage.
The collaboration between Celly and UMOE is poised to leverage advanced composite materials to improve the efficiency and safety of hydrogen distribution. However, the hydrogen energy sector has seen various similar initiatives. For instance, companies like Air Liquide and Linde have been at the forefront of hydrogen storage and distribution, employing advanced technologies to enhance efficiency. Celly and UMOE’s initiative, while promising, will need to demonstrate significant technological advancements and cost reductions to stand out in this competitive landscape.
Under the MOU, Celly and UMOE will explore the benefits of entering a Joint Development Agreement (JDA) to create a comprehensive logistics solution for hydrogen delivery. This includes evaluating project scope, responsibilities, commercial structures, technical configurations, and regulatory compliance.
