Fluxion Recycling

Why recycling nuclear waste?

CountryMass [tons]Volume [m3]Energy¹ [TWh]
Germany28.10011.240230.000
Canada45.00018.000350.000
USA790.000316.0006.400.000
England215.00086.0001.800.000
France290.000116.0002.400.000
Japan18.0007.200150.000
Russia600.000240.0004.900.000
India11.0004.40090.000
High-level Waste accumulated and potential Energy content
96%
of spent nuclear fuel
can be recycled
and reused.

Fluxion Reprocessing Plant

General Features & Working Principle
  • Based on distillation of metal Chlorides, the well-known "Kroll process."
  • Separation and removal of long-lived and short-lived fission products during the operation of the reactor
  • Increases efficiency and waste-burning capability of ANY reactor, introducing individual market potentials
  • Huge market potential in conventional industry (metallurgy, recycling, etc.)
  • Very compact: overall height ≤ 2 m with several separation stages
Technical Features
  • Superior selectivity, higher efficiency, better scalability, and much less secondary waste compared to wet-chemical (e.g., PUREX) and electrochemical (electrolysis) processes
  • Structural Materials: refractory metals → Synergies with materials development for the reactor
  • Argon atmosphere with atmospheric pressure
  • Separation quality of approx. 1-10 ppm with a single stage
  • Series of stages significantly increases the selectivity
Coming soon.