Architecture and management of a geological repository - Andra

3 – High Level Long-Lived WasteTable 3.3.1List of reference packages in the inventory modelReference packages Cat. Lev.1 Lev.2 Lev.3 Titles of waste grouped in the reference packages DescriptionCSD-C containing activation product waste from PWR and fast § 3.2.1.1Activation product wasteB1reactorsB2.1 238- and 245-litre bitumen drums § 3.2.1.2Bituminised wasteB2B2.2 428-litre bitumen drums § 3.2.1.2B3.11,000-litre concrete containers, reconditioned or not in metallic § 3.2.1.3B3.1.1containersConcrete containers (CAC and CBF-C'2) containing miscellaneous § 3.2.1.3B3.1.2technological wasteB.3.1.3 1,800-litre concrete containers containing miscellaneous waste § 3.2.1.3B3.2.1 500-litre concrete containers (sludge and concentrates) § 3.2.1.3Technological andmiscellaneous wasteB3B3.2 1,200-litre concrete containers (CBF-C"2) containing CEDRA and § 3.2.1.3B3.20.2cemented or compactedAGATE wasteStandardised container for compacted waste (CSD-C) containing § 3.2.1.3B3.3.1alpha wasteB3.3.2 EIP drums containing cemented pulverulent waste § 3.2.1.3B3.3B3.3.3 500-litre steel containers containing miscellaneous waste § 3.2.1.3B3.3.4 870-litre steel containers containing miscellaneous waste § 3.2.1.3Cemented cladding waste B4 Drums of cemented hulls and end pieces § 3.2.1.4CSD-C containing a mixture of hulls and end pieces and § 3.2.1.4BB5.1technological waste (including organic waste)Compacted cladding wasteCSD-C containing a mixture of hulls and end pieces and metallic § 3.2.1.4B5.2with or without technologicalB5technological wastewasteCSD-C containing PWR (HAO) cladding waste, with no § 3.2.1.4B5.3technological wasteB5.4 CSD-C containing magnesium cladding waste § 3.2.1.4B6.1 180-litre steel containers containing AVM operating waste § 3.2.1.5B6.2 EIP drums containing metallic cladding waste § 3.2.1.5Cladding and technologicalB6 B6.3 EIP drums containing magnesium cladding waste § 3.2.1.5waste placed in drumsB6.4 EIP drums containing metallic and organic technological waste § 3.2.1.5B6.5 EIP drums containing metallic technological waste § 3.2.1.5B7.1 Source blocks § 3.2.1.6SourcesB7 B7.2 CSD-C containing PWR primary and secondary source rods § 3.2.1.6B7.3 EIP drums containing sealed sources § 3.2.1.6B8.1 EIP drums containing radiferous lead sulphate drums § 3.2.1.7870-litre steel containers containing lightning rod heads with radium § 3.2.1.7Radon and americium wasteB8 B8.2or americiumB8.3 EIP drums containing items for medical use § 3.2.1.7C0.1 PIVER vitrified waste § 3.2.2.1C0 C0.2 UMo vitrified waste § 3.2.2.1C0.3 AVM vitrified waste § 3.2.2.1Vitrified waste C C1 “Current thermal” UOX/enriched recycled uranium vitrified waste § 3.2.2.2C2 “Future thermal” UOX/enriched recycled uranium vitrified waste § 3.2.2.2C3 UOX/MOX vitrified waste § 3.2.2.3C4 UOX + Pu vitrified waste § 3.2.2.3The study of the following reference fuels is added to these waste reference packagesPWR EDF fuelsCEA fuelsCUCU1 PWR UOX and enriched recycled uranium spent fuels § 3.2.3.1CU2 PWR MOX spent fuel § 3.2.3.1CU3.1 NUGG and EL4 spent fuels § 3.2.3.2CU3 CU3.2 Célestin spent fuels § 3.2.3.2CU3.3 Nuclear propulsion spent fuels § 3.2.3.2DOSSIER 2005 ARGILE -ARCHITECTURE AND MANAGEMENT OF A GEOLOGICAL DISPOSAL SYSTEM100/495