Coolant:Water
Primary system volume:0.63 m3
Primary system pressure (max):20 MPa
Core flow area:0.0096 m2
Scaling method:P-to-V(Kv)
Time scale:1
Volumetric scale:1/427
Height scale:1
Scaling approaches:
Number of loops:3
Number of single loops:3
HL inner diam.:67 mm
CL inner diam.:67 mm
Seal depth2.9 m
Number of FOR loops:1
Notes:
Preserv. Froude n
Number:3
Fluid:1-phase
Coastdown:Programmed
Number of sim. fuel Rods:97
Diameter:9.5 mm
Pitch:12.6 mm
Heated length:3.66 m
Max power:9 MW
Heating method:Skin
Axial power distribution:Uniform
Number:3
Type:U Tube
Num. tubes single loop:13
Pressure:10 MPa
ID:15.4 mm
OD:17.5 mm
Pitch:24.9 mm
SPES/SP-FW-02, Total Loss Feedwater with Emergency Feed Water Delayed in SPES facility
W.Ambrosini, et al : Evaluation of Post-Test analyses of OECD-CSNI international standard problem 22
K Mazzocchi, R Ravetta: Design and Construction of Facility for Thermalhydraulic Experiments Related to PWR: Scaling and Preliminary Choices (in Italian, General Reference) Tech. Note CISE 82098 July 1982
A Annunziato (ENEA), L Mazzocchi (CISE), G Palazzi. (ENEA), R Ravetta (SIET) SPES: The Italian Integral Test Facility for PWR Safety Research Journal "Energia Nucleare" N.1 December 1984
Cattadori G., Rigamonti M., 1987, SPES system description, Vol. 1, SIET NFAG 1TP48 87073