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ADVANCED NANO-MATERIALS
FOR HIGH PERFORMANCE AUDIO
Electronics
graphene solutions pioneering
a sustainable electronics era
The unique properties of graphene oxide can be harnessed across a wide range of electronic applications, propelling the world towards a more sustainable future.
Working prototype of a digital clock using a graphene oxide PCB substrate.
Re-Inventing the Lifecycle of a
Printed Circuit Board
Graphene oxide decays in water into weakly acidic organic fragments (humic acid), a constituent of peat bogs.
1.0
WATER
DISPERSIBLE PCBS
Graphene oxide offers a superior sustainable alternative to the fiber-glass substrate traditionally used in printed circuit boards. Its water-dispersible properties make it possible to submerge end-of-life PCBs in water, recovering all non-dissolvable components for reuse or recycling.
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Once components are recovered, the dispersed graphene oxide can be safely disposed without the need for toxic chemical treatment or incineration.
Graphene Oxide PCB substrate protype 1/2
Graphene Oxide PCB substrate protype 2/2
2.0
SELF-POWERED
batteries
Graphene oxide's humidity absorption and desorption characteristics allow for the creation of low-power, self-charging batteries. Ora is actively exploring different graphene oxide structures, surface modifications, and device designs to improve the performance of moisture-induced electricity generation.
Moisture-induced Electricity Generation
Graphene oxide has shown promising capabilities for generating electricity through moisture-induced methods, which involve harnessing the interaction between graphene oxide and ambient moisture.
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