Technology platforms
for carbon materials
Technical overview
Aeroborn develops patented platforms that convert circular carbon feedstocks into controlled material outputs.
The technology portfolio is organised around two feedstocks. Captured CO₂ is processed through molten salt electrochemistry and activation to produce porous carbon materials. Battery black mass is processed through recovery, purification, and exfoliation to produce graphite and graphene based materials.
The objective across both platforms is consistent: convert variable feedstocks into carbon materials with defined purity, structure, and application performance.
CO₂ Platform
Feedstock: captured CO₂ from industrial sources
Method: molten salt electrochemistry and carbon activation
Material outputs: porous carbon, activated carbon, hard carbon, and specialty carbon structures
Application areas: filtration, supercapacitors, and energy storage
Black Mass Platform
Feedstock: battery black mass
Method: recovery, purification, and exfoliation
Material outputs: recovered graphite, exfoliated graphene, and graphene based materials
Application areas: anode materials and graphene enhanced battery systems
Technical principles
Feedstock Characterisation
Both platforms begin with variable circular feedstocks. Material development depends on understanding composition, impurities, particle characteristics, and suitability for conversion or recovery.
Process Control
Aeroborn’s development work focuses on controlling reaction conditions, activation, purification, and exfoliation steps so that feedstock variability can be translated into consistent material properties.
Material Tuning
Target properties include surface area, pore structure, purity, conductivity, morphology, and compatibility with downstream application requirements.
Qualification
Materials are evaluated against application specific criteria for batteries, filtration, supercapacitors, and industrial use cases.
