Lhyfe Delivers Renewable Green Hydrogen for Innovative HyPSTER Project in France
Key Ideas
  • Lhyfe successfully delivered 2.6 tons of renewable green hydrogen to Storengy in France for the HyPSTER project, aiming to validate hydrogen storage's role in the industry.
  • Green and renewable hydrogen is crucial for decarbonizing hard-to-decarbonize sectors like industry and heavy mobility in the new energy mix.
  • The HyPSTER consortium explores storing green hydrogen in salt caverns to facilitate energy storage, grid efficiency, and renewable energy integration.
  • Lhyfe's bespoke supply chain system overcame technical challenges by matching cavern pressure, reducing truck needs, and delivering the required volume efficiently.
Lhyfe, a leading producer of green and renewable hydrogen, completed the delivery of 2.6 tons of renewable green hydrogen to Storengy in Ain, France, for the HyPSTER project. This project, supported by the Clean Hydrogen Partnership, aims to test hydrogen storage's role in the value chain and contribute to the European hydrogen industry. Green and renewable hydrogen is essential for decarbonizing challenging energy sectors like industry and heavy mobility. The HyPSTER consortium is exploring salt caverns as storage solutions to store surplus hydrogen from intermittent renewable electricity, aiding grid efficiency and renewable energy integration. Despite facing logistical challenges in the green hydrogen sector, Lhyfe's supply chain team designed a customized system to meet the HyPSTER project's requirements efficiently. By delivering 2.6 tons using large capacity containers and ensuring rapid delivery, Lhyfe showcased its logistical expertise and commitment to supporting innovative industrial projects. The successful delivery demonstrates the growth and maturity of the renewable green hydrogen sector, emphasizing the sector's ongoing evolution and advancements in sustainability.
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