Finland takes a bold step forward in its hydrogen industry with the launch of the Hydrogen UnderGround (HUG) project, spearheaded by VTT, GTK, and industrial partners.
As the demand for green hydrogen rises, the need for efficient storage solutions becomes paramount. Hydrogen underground storage emerges as a crucial component in maintaining a stable supply chain, ensuring companies reliant on green hydrogen have access to a reliable and economically viable storage solution. Traditional above-ground storage methods prove impractical, making underground storage the most promising option for large-scale implementation.
With Finland’s natural landscape unsuitable for natural gas storage, the HUG project shifts focus to constructed gas storage solutions. Over a two-year period, 16 esteemed partners collaborate under the leadership of VTT and GTK, aiming to develop a comprehensive hydrogen storage concept tailored to Finland’s unique needs.
Project Managers Pasi Valkokari and Teemu Lindqvist emphasize the project’s broader goal of fostering continued research and innovation within Finland’s hydrogen ecosystem. Supported by Business Finland and integrated into Neste’s and Valmet’s Veturi ecosystems, the HUG project serves as a catalyst for industry-academic collaboration, leveraging collective expertise to advance hydrogen storage technology.
For Neste and Valmet, key players in Finland’s hydrogen industry, the HUG project represents a pivotal opportunity to drive innovation and sustainability. Antti Pohjoranta of Neste underscores the importance of collaboration in advancing the national hydrogen industry, while Juha-Pekka Jalkanen of Valmet emphasizes the project’s alignment with broader efforts towards carbon neutrality.
As Finland embarks on this ambitious journey towards underground hydrogen storage, the HUG project stands as a testament to the country’s commitment to sustainability and innovation. With strong industry partnerships and a focus on technological advancement, Finland is poised to lead the way in the global hydrogen revolution.
