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.
Advanced FT Reactor Systems
Modular Fischer–Tropsch units proven in syncrude and jet fuel production at commercial scale.
Advanced Systems Integration
Bringing together automation, controls, and process data across the entire production network for optimized performance.
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.