FRIGG/FROJA (SET facility)

CCVM Key:
8.3
Country:
Sweden
Organization:
Marviken - Marviken Power Station
Operating years:
1960 - 1968
Reference reactor:
Availability:
Proprietary
Objectives:
Pictures:
SET93 picture #1 (PNG) SET93 picture #2 (PNG)

Main characteristics

Number of simulated fuel rods:6

Facility geometry

Keywords General:

Keywords Core:

References

  • FRIGG Loop project

    https://inis.iaea.org/collection/NCLCollectionStore/_Public/01/002/1002109.pdf

  • J.A. Skaug et al. FT-36b. Results of Void Measurements. FRIGG-PM-15. September 1968.

    https://www.osti.gov/biblio/4139260

  • O. Nylund et al., Measurements of hydrodynamic characteristics, instability thresholds, and burnout limits for 6-rod clusters in natural and forced circulation, FRIGG-1, AB Atomenergi, ASEA, 1967

    https://www.osti.gov/biblio/4519614

  • O, Nylund et al., Hydrodynamic and heat transfer measurements on a full-scaled simulated 36-rod Marviken fuel element with non-uniform radial, FRIGG-3, AB Atomenergi, ASEA Vasteras, 1969

    https://inis.iaea.org/search/search.aspx?orig_q=RN:1002109

  • J.A. Skaug et al. FT-36c. Results of Void Measurements. FRIGG-PM-58. August 1969.

  • O. Gelius, et al.:"FT-36c. Results of Burnout Measurements". FRIGG-PM-53, June 1969.

  • J.A. Findlay: "BWR Refill-Reflood task 4.4 - (CFL Refill System Effect, Tests (30°). Evaluation of Parallel Channel Phenomena. General Electric Company. NUREG/CA-2566, March 1982.

  • 0. Nylund et al, Hydrodynamic and heat transfer measurements on a full-scaled simulated 36-rod Marviken fuel element with uniform heat flux distribution, FRIGG-2, AB Atomenergi, ASEA, 1968

  • Hydrodynamic and heat transfer measurements on a full-scaled simulated 36-rod Marviken fuel element with non-uniform axial and radial heat flux distribution, FRIGG-4, ASEA, 1970

Phenomena

Relevance Phenomenon
100%
 Heat Transfer : Core
50%
 Instability
100%
 Phase separation