Scope
i-HY scope is to conduct cutting edge research services to the marching hydrogen industry , as well collaborating with them towards acquiring completive grands. i-HY will remain open to its national character able to encompass additional expertise and add regional & national level assistance to the development of H2 technologies, foster new collaborations with companies (those already declared interest and more) & provide hands-on training and education programs for the emerging Greek hydrogen workforce.
Objectives
The main objectives and thematic priorities of i-Hy are fully aligned with the objectives of RIS3 and tailored to the specific needs and characteristics of the Greek hydrogen ecosystem. Those are:
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Advancing hydrogen technologies and sustainable energy solutions as well as improve the uptake of hydrogen technologies;
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Fostering innovation, technology transfer and cross-sectoral collaboration across leading research institutes, industries on a national and international level;
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Contributing to national and international research and innovation agendas through dedicated strategic priorities, campaigns and focus on innovation aspects.
Technologies
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A 250-500 kW fuel cell and electrolysis system test bench equipped with NH3 handling and advanced diagnostics facilities with 350 bar storage capacity of 500-1000kg H2.
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Underground hydrogen storage investigation
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Thermal compression and solid state hydrogen storage up to 1000 bar
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Hydrogen safety and risk-assessment computational facility)
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High-Temperature hydrogen and H2-derivatives (NH3 and MeOH) unit
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Digital twins platform for increased renewable energy penetration
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Analysis and purification of water resources for electrolysis
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Extended Education and capacity building activities
