The facility will produce green hydrogen to fuel 16 public transport buses, replacing diesel vehicles and reducing carbon dioxide emissions by approximately 1,414 tonnes annually. Utilizing water and renewable electricity, the plant is expected to generate up to 3.45 million cubic meters of green hydrogen per year, equivalent to about 2,000 megawatt-hours of heat energy. Operations are slated to commence in the first half of 2026.
Vilnius Mayor Valdas Benkunskas stated: “This project is more than just an infrastructure project. It is the city's response to the climate crisis, a step towards a cleaner environment and a smarter transport system. The green hydrogen plant will not only produce sustainable energy, but will also help to reduce urban pollution.”
Funding for the €10 million initiative includes up to 70% from European Union structural funds, with the remainder provided by the Vilnius City Municipality. This financial support underscores the project’s alignment with regional sustainability goals, promoting cleaner public transportation and reduced environmental impact.
MT Group chief executive Mindaugas Zakaras said: “This project represents a pivotal milestone – it proves how strategic goals and a clear political vision can materialise into real, functional infrastructure. The plant in Vilnius will meet the highest standards of quality, safety, and technological efficiency. We believe it will become a benchmark for urban hydrogen solutions for the whole region.”
Zakaras added: “We are confident in this project’s success and believe that close collaboration with the skilled team at Vilnius Heat Networks will allow us to achieve even the most ambitious goals.” The partnership emphasizes technological innovation and operational excellence, positioning the facility as a model for green hydrogen initiatives in urban settings.
The project supports Vilnius’ commitment to decarbonizing public transport and enhancing environmental quality, contributing to broader regional efforts to develop sustainable energy solutions through green hydrogen technology.
