Fusion's Waste Profile
Fusion's waste question is real but bounded — and far smaller than fission's.
- High-level waste
- None
- Waste type
- Activated structure
- Mitigation
- Low-activation materials
Fusion produces no long-lived high-level waste and no spent fuel. Its waste is activated structural material — metal made mildly radioactive by neutrons. Choosing low-activation steels keeps that material's radioactivity short-lived, decaying to hands-on levels in decades rather than millennia.
The breeder, being neutron-rich (79.7%), carries most of this; the burner far less (5.44%). Kronos screens activation and waste class per component rather than assuming the problem away.
Fusion produces no long-lived high-level waste and no spent fuel — only structural metal made mildly radioactive by neutrons, which low-activation materials keep short-lived. The neutron-rich breeder (79.7%) carries most of it and the burner (5.44%) very little, and Kronos screens waste class and volume per component rather than assuming the problem away.
Common questions
No high-level waste — only activated structure, which low-activation materials keep short-lived, decaying to hands-on levels in decades.