Area of potential damage in the case of an impact on one of the La Hague storage pools Above: the La Hague nuclear reprocessing installation and its irradiated fuel storage pools (framed). Opposite: Main area (in orange) of potential damage on buildings and equipment, in the case of a Boeing 767 crash on pool E (assessment method used by the US NRC). Installations: NPH, T0: Spent fuel storage reception / pools. R1-T1: Shearing/dissolution facilities (head ends). T2: Fission product separation/concentration plants. T7: Vitrification plant. Pools D, E, CA: Spent fuel storage pools. Source : WISE-Paris, according to www.cogemalahague.fr, NRC 2000 Presentation of the Sellafield reprocessing facilities Sea Discharge B302 & B302.1 Pipelines Plutonium Main Gate stores B205 Magnox N Reprocessing B204. Old Reprocessing Railway Plant Ssidings B33 MOX Demonstration Facility Windscale Piles EARP Waste Treatment Complex High Level THORP Waste Tanks Ponds Calder Hall Magnox Reactors 1-4 B570 THORP B311 Fuel Handling Plant B355 Waste B572 Encapsulation Vitrificcation plants MOX Plant Plant Source : BNFL Area of potential damage in the case of an impact on Sellafield B215 liquid high level waste storage Source: WISE-Paris according to NRC 20001, based on a map transmitted by BNFL 1 US NRC, « Study of Spent Fuel Pool Accident Risk at Decommissioning Nuclear Power Plants », October 2000. Transports of German Plutonium in France Fabrication/assembling of MOX Fuel Mol/Dessel MOX Reprocessing ) ce ? an u Plutonium Separation Fr f P n r o (i ea ar m t/y e k ,1 t/y 00 : 0 5 ps ,4 GERMANY ra -1 sc : 1 on r La Hague ati e ric d Nuclear fab w 40 km X po O u Valognes ? M P 850 km Power Plants Irradiated fuel assemblies m u i 9 n 00 o k t m u l p f o Pu ? p r M o a w e O d X e y f r ) / a t : e br 2 i c c ,7 5 a , ti t/ n o y a 2 n e r s a . c r F r e a i p n i s , : ( r 0, 2 a t m / e ye k Reprocessing Plant a y r / o t 0 f P 0 u 0 7 ? 4 : M OX MOX Fabrication Plant s d o R Railroad Transport l e u F Road Transport X O M Cadarache MOX MOX Fuel Fabrication 100 km © WISE-Paris, 2001.