HAPL16 PPPL

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IFE Power ReactorPlasma ExhaustFuel Recovery
System
S. W. Langish, C.A. Gentile, T. Kozub, C.
Priniski, J. Sethian, K. Sessions, B. Paul, L.
Ciebiera, T. Dodson, G. Gettelfinger
16th HAPL Program Workshop Princeton, New
JerseyDecember 12th-13th, 2006
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Design Objectives

• Link plasma exhaust fuel recovery system to the
  mechanical pumping system.
• Use COTS as much as possible.
• Maintain effluent releases ALARA.
• Maintain T at risk ALARA.
• Conform with DOE Tritium Safe Handling Practices.
• Provide ample MCA measurement opportunities.
• Integrate flexibility where possible into the
  design.
• Integrate lessons learned from the
  operation/maintenance of the TFTR Tritium System
  and other machines.

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Receiving and Analysis System
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Hydrogen Purification System
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Isotope Separation System
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Analytical and Delivery System
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Residual Cleanup System
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Glovebox Cleanup System
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Room Detritiation System
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Bed Regeneration System
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Summary

• Conceptual design is flexible/scaleable in order
  to ensure meeting the requirements of an evolving
  design.
• System configuration provides for receiving
  material from two sources while concurrently
  processing multiple streams.
• Design maximizes DF by using a multi-stage design
  while minimizing processing time.
• Maximizes ALARA and minimizes releases.