Transforming Carbon. Powering Flight.
At CarbonCore, we convert American waste into sustainable jet fuel, ultra-pure hydrogen, and advanced nanomaterials – using modular thermochemical systems guided by real-time AI.
How it Works
Feedstock Input
Feedstock Input
Syngas Generation
Syngas Generation
Syngas Cleanup
Syngas Cleanup
FT Synthesis
FT Synthesis
Product Upgrading
Product Upgrading
Graphene Co-Production
Graphene Co-Production
Why It Matters
AI-Driven Precision
Every system is optimized in real-time using predictive AI – maximizing output, minimizing waste.
Carbon-Negative Potential
Our process can remove more CO₂ than it emits when paired with biomass and sequestration.
Modular & Scalable
Built on prefabricated modules – deployable anywhere, expandable on demand.
100% American Feedstocks
No imported oil. No foreign reliance. We use what America already has.
Graphene Co-Product
Carbon waste becomes a valuable nanomaterial – boosting margins and advancing clean tech.
The CarbonCore Stack
Built on proven systems. Delivered by world-class partners.
Proprietary AI Engine
Optimizes thermal loads, tuning, emissions, and equipment lifecycle in real-time.
Closed-Loop Heat & Water
Internal recycling lowers utility demand and enhances plant-wide efficiency.
Honeywell CANS™ Reactors
Modular Fischer–Tropsch units proven in syncrude and jet fuel production at commercial scale.
Gray AES Engineering
Our Kentucky-based and globally renowned EPC partner specializes in high-spec industrial design and delivery.
Dual Graphene Synthesis
Co-located LPE + CVD systems enable production of graphene and diatropic variants.
Modular Fabrication & Scale-Up
Prefabricated components allow fast deployment – expandable to 40,000+ bpd.