KNE TRISO Fuel
KNE’s core is qualified TRISO fuel capability—fuel that enables advanced HTGR deployment across multiple reactor programs.
Educated view
Kernel + buffer + IPyC + SiC + OPyC; thousands of particles embedded into graphite fuel forms.
Each particle is its own containment system; retention performance is engineered into the fuel form.
Qualification is evidence-led: QA/QC, irradiation testing, and release governance aligned to regulated expectations.
Fuel manufacturing is a specialized industrial process distinct from reactor design and EPC execution.
Investor View
Programs require TRISO to test, get approvals, and roll out—fuel can gate timelines.
Only a small number of commercial-scale TRISO lines exist; most other efforts remain lab/pilot scale.
Fuel can serve multiple HTGR designs, enabling diversified offtake pathways.
Once qualified, supply contracts tend to be long-term with high switching costs.
Commercial focus
KNE is building toward commercial output and scale-up. Our initial production objective is followed by ramp-up to higher annual throughput, supported by long-term offtake agreements and a multi-region rollout strategy.
Cost / LCOE lever
Fuel cost materially influences customer competitiveness and adoption.
Qualification discipline
Evidence packages and quality governance underpin trust and adoption.
Pipeline conversion
Convert customer engagement into structured offtake frameworks.
Scale replication
Replication to additional geographies as demand grows.
Start with a short technical-commercial briefing. If aligned, we proceed to controlled disclosure and project structuring.