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Highlights
First Graphene initiates advanced testing for next-generation hydrogen storage
Graphene-enhanced resin aims to improve tank impermeability in HyPStore Project
UK partnership explores graphene’s role in scaling 3D metal printing technologies
First Graphene Ltd (ASX:FGR), a nanomaterials company listed on the ASX 300, has launched a new phase of research and development from its laboratory in Manchester, United Kingdom. The focus is the HyPStore Project, a multi-entity initiative to develop advanced hydrogen storage tanks using graphene-enhanced materials.
This milestone marks the company’s progress in international collaboration aimed at redefining hydrogen containment and transportation systems. The HyPStore Project has already commenced prototype manufacturing and is evaluating its performance at cryogenic temperatures.
HyPStore Project Targets Hydrogen Storage Efficiency
First Graphene has commenced laboratory testing on materials designed to enhance tank integrity and containment efficiency. The work includes the development of a graphene-based resin system incorporating materials from Australian Sunlight Group. These will be tested alongside the company’s proprietary PureGRAPH formulation.
The use of graphene nanoplatelets within resin structures creates a strong barrier effect, reducing hydrogen permeability. This barrier property is central to the creation of cryogenic tanks suited to safely storing liquid hydrogen over long durations, with enhanced resistance to leakage.
Testing at the Manchester facility is being carried out using the Tinius Olsen Universal Tester, which is capable of evaluating tensile, compressive, and flexural strength. This equipment is slated to be used across current and future projects in the hydrogen and energy materials space.
Nine-Entity Consortium Advances Tank Prototype
The HyPStore Project is supported by a consortium of nine partners from Australia and the United Kingdom. These stakeholders are collaborating to produce a Type V hydrogen tank prototype and validate its structural characteristics at low temperatures.
Cryogenic hydrogen storage is increasingly being explored for its efficiency advantages in transportation and infrastructure. Liquid hydrogen, unlike its gaseous form, offers higher energy density and can be stored more easily in varied industrial environments.
Graphene Research Supports Emerging 3D Metal Applications
Beyond hydrogen storage, First Graphene is participating in a UK-based research initiative involving Imperial College London and University College London. This 10-month project is exploring how chemically modified graphene can be integrated into the laser printing of metals.
Funded through a grant from Innovate UK, the project investigates the role of graphene in reducing energy inputs and enhancing the precision of 3D printing processes. Preliminary work suggests graphene-infused copper can increase laser energy absorption, enabling faster melting at lower temperatures.
The outcomes of this research are intended to support industries that rely on metal additive manufacturing, such as aerospace and motorsports, where innovation in component design and fabrication is a strategic priority.
First Graphene Eyes Future Commercial Integration
First Graphene’s participation in both projects demonstrates its active role in developing scalable solutions using nanomaterials. From hydrogen energy systems to 3D metal printing applications, the company continues to expand its material science portfolio across multiple high-impact industries.
