Tome Architecture and management of a geological repository - Andra

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2 – High-Level and Long-Lived wasteTable 2.3.3 State of B and C waste volumes produced at end of 2003, conditioned or not, and stillto be produced (scenario S1a)Volume of waste produced at yearend2003 (m 3 Volume of waste toReference)packagesbe produced (m 3 )Conditioned UnconditionedB1 0 250 220B2 27 790 7 620 650B3 13 895 4 910 8 455BB4 2 730 0 0B5 135 530 7 125B6 0 4 580 0B7 155 1 285 0B8 15 760 0Total volume of B waste (m 3 ) 44 720 19 935 16 450C0 540 140 20COther glasses 880 0 4 750Total volume of C waste (m 3 ) 1 420 140 4 770Quantitative data relating to PWR fuels are found in Table 2.3.4.Table 2.3.4Number of PWR fuel assemblies"Short" UOX AFA-2GEassembly, type CU1"Long" UOX AFA-2LEassembly, type CU1ProductionsitesEDFScenarioS1aNumber of PWR fuel assembliesScenarioS1bScenarioS1cScenarioS20 0 0 27 2000 0 0 26 800Total UOX assemblies, type CU1 0 0 0 54 000"Short" MOX AFA-2GEEDF 0 5 400 5 400 4 000assembly, type CU2Total MOX assemblies, type CU2 0 5 400 5 400 4 000Furthermore, 5,810 primary claddings are to be considered for type CU3 fuels, if appropriate.Dossier 2005 Granite - ARCHITECTURE AND MANAGEMENT OF A GEOLOGICAL REPOSITORY28/228
33Study for the design of arepository in a granite medium3.1 Definition of the functions of the geological repository......................................... 303.2 The granite medium.................................................................................................. 333.3 General options for the design of a repository in a granite medium.................... 41Dossier 2005 Granite - ARCHITECTURE AND MANAGEMENT OF A GEOLOGICAL REPOSITORY29/228
Page 2 and 3: The present English version is a tr
Page 4 and 5: Contents4.1 Surface installations..
Page 6 and 7: Contents7.2.1 Harnessing the favour
Page 8 and 9: ContentsFigure 5.1.7 Non-alloy stee
Page 10 and 11: ContentsFigure 7.6.3 CU package emp
Page 13 and 14: 11Study approach1.1 The main stages
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5 - B waste repository zoneThis cha
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5 - B waste repository zoneproduced
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5 - B waste repository zonerepaired
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5 - B waste repository zone5.1.4 Ce
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5 - B waste repository zonein the o
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5 - B waste repository zoneThe pack
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5 - B waste repository zoneTable 5.
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5 - B waste repository zone5.2 Safe
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5 - B waste repository zoneConcrete
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5 - B waste repository zone5.3.3 Co
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5 - B waste repository zoneOn the a
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5 - B waste repository zonegeometri
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5 - B waste repository zoneLinéair
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5 - B waste repository zonePillar t
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5 - B waste repository zonePosition
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6 - C waste repository zone66 C was
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6 - C waste repository zoneThe inve
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6 - C waste repository zoneFigure 6
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6 - C waste repository zoneTable 6.
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6 - C waste repository zoneHence th
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6 - C waste repository zoneA value
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6 - C waste repository zoneThe pres
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6 - C waste repository zoneA thickn
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6 - C waste repository zoneFor the
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6 - C waste repository zone6.6 Disp
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6 - C waste repository zoneThe slee
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6 - C waste repository zoneCOMPONEN
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7 - Spent fuel repository zoneSpent
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7 - Spent fuel repository zoneMater
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7 - Spent fuel repository zone7.1.3
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88Conclusions8.1 Generic architectu
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8 - ConclusionsThe envisaged two-le
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Références bibliographiquesRefere
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Références bibliographiques[39] A
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Photo Credits:ANDRA - SKB - NAGRA -
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