Advancing Hydrogen Storage and 3D Metal Printing with Graphene Innovations
Key Ideas
- First Graphene Ltd in Manchester launches HyPStore Project to develop graphene-enhanced materials for advanced hydrogen storage tanks, highlighting progress in international collaboration.
- Graphene nanoplatelets in resin structures improve tank impermeability for cryogenic hydrogen storage, aiming for enhanced containment efficiency and reduced leakage.
- A consortium of nine partners from Australia and the UK is advancing a Type V hydrogen tank prototype, exploring the efficiency advantages of cryogenic hydrogen storage.
- First Graphene's involvement in a UK research initiative aims to integrate chemically modified graphene into 3D metal printing, potentially revolutionizing industries like aerospace and motorsports.
First Graphene Ltd, a nanomaterials company based in Manchester, United Kingdom, has embarked on a new phase of research and development with the HyPStore Project. This initiative is focused on developing advanced hydrogen storage tanks using graphene-enhanced materials, with a goal to redefine hydrogen containment and transportation systems. Testing at the Manchester facility includes the development of a graphene-based resin system to enhance tank integrity and containment efficiency for cryogenic hydrogen storage. The consortium of nine partners is working together to produce a Type V hydrogen tank prototype and validate its structural characteristics at low temperatures, exploring the efficiency advantages of cryogenic hydrogen storage. In addition to hydrogen storage, First Graphene is also involved in a UK-based research project investigating the integration of chemically modified graphene into 3D metal printing processes, with the aim of reducing energy inputs and enhancing precision. The company's active participation in these projects demonstrates its commitment to developing scalable solutions in nanomaterials for high-impact industries like energy systems and additive manufacturing.
Topics
Oceania
Infrastructure
Energy Efficiency
Transportation
Research
Collaboration
Nanomaterials
Material Science
Additive Manufacturing
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