Green Hydrogen Partnership in Sardinia: A Sustainable Transition Initiative
Key Ideas
  • De Nora and Maffei Sarda Silicati are collaborating on a green hydrogen production plant in Ossi, Sardinia, supported by PNRR funding for a sustainable transition.
  • The plant, powered by a 1.5 MW photovoltaic system, will utilize De Nora's Dragonfly® electrolyzer to produce 50 tons of green hydrogen annually, reducing CO2 emissions.
  • The project has local support, with Mayor Libinu highlighting the environmental benefits and the transformation of a former mining site into a green energy hub.
  • Key stakeholders, including De Nora's CEO and Maffei Sarda Silicati's President, commend the project for advancing green production processes and achieving zero emissions goals.
De Nora, an Italian multinational, and Maffei Sarda Silicati are joining forces to establish a green hydrogen production plant in Ossi, Sardinia, as part of the region's sustainable transition. The project, backed by PNRR funding, aims to leverage De Nora's Dragonfly® small electrolyzer to generate 1 MW of green hydrogen annually. This initiative is crucial for reducing reliance on fossil fuels and promoting decarbonization in the area. With a strong emphasis on sustainability, the plant will be powered by a 1.5 MW photovoltaic system, ensuring its operations are entirely sustainable. The generated hydrogen will be used to fuel various applications, including industrial processes, power generation, and heating, aligning with Sardinia's decarbonization objectives. Local stakeholders, such as Mayor Pasquale Libinu, have expressed support for the project, emphasizing the importance of renewable energy sources and environmental restoration efforts. The revitalization of the industrial site for green energy production signifies a positive shift towards a more sustainable future. De Nora's CEO, Paolo Dellachà, and Maffei Sarda Silicati's President, Federico Fiorelli, have both lauded the project for its contributions to green production processes and emissions reduction. The modularity and efficiency of the Dragonfly® electrolyzer make it a suitable choice for local industrial requirements. The collaborative efforts underline the commitment to achieving zero emissions targets and advancing sustainable practices in the region.
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