New South Wales is backing 13 clean technology projects with AUD$26.2 million (over USD$17 million) in public funding to support their transition from research to commercial scale.
Among the recipients is Sicona Battery Technologies in Unanderra, which was granted AUD$1.675 million (almost USD$1.1 million) to pilot graphene-enhanced anode materials.
New South Wales is backing 13 clean technology projects with AUD$26.2 million (over USD$17 million) in public funding to support their transition from research to commercial scale.Among the recipients is Sicona Battery Technologies in Unanderra, which was granted AUD$1.675 million (almost USD$1.1 million) to pilot graphene-enhanced anode materials.
Read More Graphene-Info – Graphene industry portal
More Graphene news
GraphEnergyTech secures CHF 1.1 million to to integrate graphene electrodes into solar cells
The Graphene Revolution Faster, Energy Efficient Electronics and Terahertz Devices
"Graphene" : The Wonder Material You Need To Know ! ⚗️💀🧪 #school #science #chemistry #graphene #yt
Flexible and powerful electronics
Nanotech Energy Europe enters agreement to supply graphene-based battery energy storage systems (BESS) in Greece
Nanoengineered cement shows promise for sealing leaky gas wells
Mapping the landscape for graphene commercialization
Graphene material iron , metal , minerals)#ytshorts #sciencefacts#facts #reels #reelitfeelit #viral
ViewSonic launches new gaming monitor with graphene cooling tech
Chung-Ang University develops non-invasive biosensor for early kidney disease detection
Electrons Behaving Strangely in Graphene?!
Graphjet opens green graphite plant in Malaysia
Chemical vapour deposition
Integrated Graphene launches 3D graphene foam and raises almost USD$4 million
HydroGraph launches new graphene ink
Sparc Technologies reports successfull testing of graphene-enhaned epoxy coatings
Graphene: The Supermaterial Revolution
Graphene-Info updates its Graphene Batteries Market Report
Layer-controlled single-crystalline graphene film with stacking order via Cu–Si alloy formation
Future of Materials | Graphene Engineering at the University of Manchester