Green Hydrogen Production Expansion in Trelleborg, Sweden
Key Ideas
  • Lhyfe in Paris, France, has secured a significant grant of up to €11 million from a Swedish investment program to establish a local renewable hydrogen production system in Trelleborg, Sweden.
  • The project aims to produce up to 4 tons of green hydrogen per day, supporting the transition to hydrogen-powered vehicles in Trelleborg's major transport hub and contributing to zero carbon emissions goals.
  • This grant covers about 40% of the total estimated investment and represents a strategic move towards sustainable mobility and industry in Sweden, highlighting the importance of green hydrogen infrastructure.
  • Lhyfe's expertise in renewable hydrogen production and commitment to environmental objectives are recognized through this grant, emphasizing the company's dedication to expanding green hydrogen solutions across Europe.
Lhyfe, a company based in Paris, France, specializing in green and renewable hydrogen production, has been awarded a grant of up to SEK 125.6m (around €11 million) from Klimatklivet, a Swedish investment program supported by the Swedish Environmental Protection Agency. The purpose of this grant is to establish a local renewable hydrogen production system in Trelleborg, the southernmost city in Sweden. Trelleborg, known for its major transport hub and significant roll-on roll-off harbor, is a strategic location for the production of green hydrogen to support the transition towards sustainable mobility. The project, expected to produce 4 tons of green hydrogen per day, aims to supply hydrogen refueling stations for hydrogen-powered electric vehicles and contribute to the overall reduction of carbon emissions. This initiative aligns with Sweden's focus on rapidly expanding a hydrogen infrastructure based on renewable energies. The grant funding will cover development, design, equipment supply, and construction work, indicating a substantial investment in green hydrogen technology. Lhyfe's successful track record in producing green hydrogen through water electrolysis and its commitment to environmental sustainability have been key factors in securing this grant. The project implementation is contingent upon regulatory approvals and financial decisions, marking a significant step towards achieving green hydrogen objectives in Sweden and Europe.
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