Spanish hydrogen solutions start-up H2SITE has successfully commissioned the first on-board ammonia cracking system on the BERTHA B supply ship, navigating the Gulf of Biscay coast. This achievement, part of the H2OCEAN project, highlights the efficiency of H2SITE's membrane reactors in converting ammonia into high-purity hydrogen for the ship's auxiliary services through a PEM fuel cell.

H2SITE utilized its integrated membrane reactor technology, showcasing the effectiveness of a single-step process in delivering high-purity hydrogen to the fuel cell. The H2OCEAN project involved collaboration with partners like Zumaia Offshore, Erhardt Offshore, Ajusa, Tecnalia, Enagas, and ABS.

Jose Medrano, Technical Director at H2SITE, emphasized the innovative membrane reactor technology's role in enhancing system efficiency and minimizing installation footprint, particularly crucial for applications with limited space, such as on-board vessels. The focus on reducing ammonia consumption is vital for scaling up to accommodate higher power output units.

The successful deployment of the ammonia cracking system marks a significant milestone for H2SITE and contributes to the broader goals of advancing clean hydrogen technologies. The integration of membrane reactors and membrane separation technologies is a key aspect of H2SITE's strategy, aligning with the global push towards sustainable and clean energy solutions.

In the pursuit of its objectives, H2SITE secured EUR 12.5 million in a Series A funding round last year. This funding infusion aims to accelerate the scale-up of H2SITE's integrated membrane technologies and enhance manufacturing capabilities in the northern region of Spain. The financial backing underscores the industry's recognition of H2SITE's potential contributions to the hydrogen sector.

The on-board application of ammonia cracking on the BERTHA B supply ship represents a tangible demonstration of H2SITE's commitment to real-world implementation of its hydrogen solutions. As maritime industries increasingly explore cleaner and more sustainable energy sources, this milestone showcases the viability and practicality of H2SITE's membrane reactor technology for on-board hydrogen generation.

Jose Medrano's emphasis on minimizing ammonia consumption aligns with broader industry goals of optimizing efficiency and sustainability in hydrogen production. The success of this initiative not only marks a technological triumph but also positions H2SITE as a key player in the evolving landscape of clean energy solutions.

H2SITE's achievement in commissioning an on-board ammonia cracking system on the BERTHA B supply ship is a testament to the company's dedication to advancing hydrogen solutions. With successful collaborations, innovative technologies, and strategic funding, H2SITE is poised to play a significant role in shaping the future of clean hydrogen applications, particularly in maritime settings where sustainable energy solutions are of paramount importance.