H2SITE Secures Additional Investment to Accelerate Global Deployment of Hydrogen Production and Separation Technologies
H2SITE, a pioneering industrial technology company specializing in hydrogen production and separation solutions, has successfully completed the second closing of its Series B financing round, further strengthening its position as one of Europe’s most promising hydrogen technology innovators. The latest transaction introduces the European Innovation Council (EIC) Fund and an additional private investor as new strategic shareholders, providing fresh capital to support the company’s next phase of industrial growth and international expansion.
With this latest investment, H2SITE’s total capital raised during the Series B round now exceeds €42 million. The funding represents a significant milestone for the company as it transitions from technology development and validation toward large-scale industrial deployment and commercialization of its hydrogen solutions across global markets.
The second closing builds upon strong support received during the initial phase of the financing round, which attracted leading investors including BEV, Suma Capital, Hy24, Crane, Enagás Emprende, Calderion, and CRPV. The participation of both institutional and private investors highlights growing confidence in H2SITE’s technological capabilities and its potential to play a critical role in advancing the hydrogen economy.
The funding arrives at a time when governments and industries around the world are increasingly focused on accelerating decarbonization efforts and strengthening energy security. Hydrogen is widely recognized as a key enabler of the global energy transition, particularly in sectors where direct electrification remains difficult. H2SITE’s technologies are designed to address some of the most significant challenges associated with hydrogen production, transportation, and utilization, making the company an important contributor to the development of a sustainable hydrogen ecosystem.
Over the past several years, H2SITE has successfully demonstrated the reliability, efficiency, and scalability of its proprietary membrane reactor and separation technologies. The company has accumulated more than 50,000 operational hours across its systems, providing extensive evidence of the robustness and commercial readiness of its solutions. These achievements have helped establish H2SITE as a trusted technology provider capable of supporting industrial-scale hydrogen projects.
A key element of H2SITE’s competitive advantage lies in its expertise in palladium-based membrane technology. The company has developed advanced manufacturing capabilities within Europe and has established processes to produce and recycle thousands of palladium membranes annually. These membranes are critical components in hydrogen separation systems because of their ability to selectively extract high-purity hydrogen from complex gas streams.
By integrating hydrogen production and purification into a single process, H2SITE’s technology enables higher efficiency and lower operating costs compared with conventional approaches. This capability is particularly valuable for industries seeking cost-effective pathways to decarbonization while maintaining operational reliability and competitiveness.
Having successfully demonstrated the technical viability of its solutions, H2SITE is now entering a new stage of development focused on executing large-scale industrial projects and expanding the commercial deployment of its technologies worldwide. The company intends to leverage the newly secured capital to accelerate manufacturing capacity, strengthen international operations, and support project implementation across multiple industries and geographic regions.
The addition of the EIC Fund as a strategic investor is expected to play a particularly important role in this growth phase. Beyond financial support, the EIC Fund provides access to one of Europe’s most influential innovation networks, helping innovative companies bridge the gap between technological development and commercial deployment. H2SITE plans to use this partnership to accelerate expansion into key international markets, including Asia, where demand for hydrogen technologies continues to increase rapidly.
The EIC Fund’s investment also complements previous support received through the European Innovation Council’s Accelerator programme. Through that initiative, H2SITE advanced the development of its ammonia cracking technology, which enables the production of low-carbon hydrogen from ammonia. This technology is gaining increasing attention as global hydrogen supply chains evolve because ammonia offers an efficient method for transporting hydrogen over long distances.
One of the most significant projects supported by this innovation effort is planned for the Port of Antwerp, one of Europe’s largest energy and industrial hubs. The project aims to demonstrate how ammonia can serve as a carrier for hydrogen, helping establish secure, competitive, and low-carbon hydrogen supply chains for industries that are difficult to decarbonize through conventional means.
The successful deployment of such projects could contribute significantly to Europe’s broader objectives of reducing greenhouse gas emissions, improving industrial competitiveness, and decreasing dependence on imported fossil fuels. As energy security remains a strategic priority across the continent, technologies capable of enabling domestic and diversified hydrogen supply chains are attracting increasing attention from policymakers and investors alike.
Commenting on the funding milestone, H2SITE Chief Executive Officer Andrés Galnares emphasized the importance of the investment in supporting the company’s industrial ambitions.
According to Galnares, the successful capital increase reflects growing confidence from both European institutions and private investors in H2SITE’s ability to convert technological innovation into scalable industrial assets and commercially viable projects. He noted that the company’s primary focus moving forward will be the execution of flagship projects that demonstrate the economic and operational value of its hydrogen technologies while supporting Europe’s energy independence and industrial competitiveness.
H2SITE Chairman Javier Cavada also highlighted the strategic significance of welcoming the EIC Fund as a shareholder. He described the investment as a strong endorsement of the company’s vision and long-term growth strategy. Cavada noted that the support will help accelerate H2SITE’s global expansion efforts, scale its technologies across international markets, and create sustainable value for customers, partners, investors, and other stakeholders.
Representing the EIC Fund, board member Hermann Hauser underscored the importance of supporting innovative European technology companies capable of transitioning breakthrough research into industrial deployment. He stated that Europe’s energy transition depends on successfully commercializing strategic technologies that strengthen energy resilience and competitiveness.
Hauser noted that H2SITE exemplifies how deep-tech companies can develop advanced technologies, build industrial capabilities, and contribute to Europe’s energy security objectives. He expressed confidence that the company’s hydrogen solutions can play an important role in creating more secure, sustainable, and competitive energy systems in the years ahead.
Since its founding, H2SITE has steadily built a comprehensive technology platform dedicated to efficient hydrogen production and separation. Its solutions can be applied across a wide range of industrial and energy applications, including hydrogen generation, ammonia cracking, fuel processing, renewable energy integration, and industrial gas purification.
Today, the company collaborates with leading industrial organizations, energy companies, and infrastructure partners to develop, operate, and scale commercial hydrogen projects. Through these partnerships, H2SITE aims to accelerate the widespread adoption of hydrogen technologies and support the transition toward a cleaner and more resilient global energy system.
With fresh funding secured, proven technology performance, expanding manufacturing capabilities, and increasing demand for hydrogen solutions worldwide, H2SITE is well positioned to become a major industrial player in the emerging hydrogen economy. The company’s latest investment milestone marks not only a significant achievement for its growth strategy but also an important step forward for the commercialization of innovative hydrogen technologies across Europe and beyond.
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