Transforming carbon waste
through molten salt technologies
Our Breakthrough Solution
Aeroborn's patented molten salt technology represents a breakthrough in carbon material extraction and transformation.
Unlike traditional methods that rely on virgin inputs and operate at temperatures above 1,000°C, our process works at under 450°C, preserving material structure, reducing emissions, and lowering costs.
One Platform, Multiple Product Streams
Our integrated platform is uniquely positioned to turn waste streams into high-performance materials:
Flexible Carbon Feeds:
Black mass (battery waste)
Captured CO₂ from industrial emissions
Flexible Carbon Outputs:
Graphene-Silicon Anode Materials (GSA)
Recycled Graphite Anode Materials (GRA)
Activated Carbon for Supercapacitors (ACS)
Activated Carbon for Filtration (ACF)
Core Technology
Molten Salt Electrochemistry
Our proprietary molten salt technology is designed around a three-stage process:
1. Capture & Purification
Captures flue gas with flexible CO₂ compositions from industrial sources
Isolates CO₂ for processing
Integrated purification ensures compatibility with wide range of emission inputs
2. Electrochemical Transformation
CO₂ is decomposed into carbon and oxygen
Carbon activated and turned into porous carbon (activated carbons)
For black mass: extracts usable carbon, producing high-capacity anode material
3. Regeneration
Depleted lithium carbonate is regenerated using acid
Creates cyclical process that enhances efficiency and sustainability
Minimizes consumption of new lithium carbonate significantly
