|
Id↓ |
Name |
Description |
|
76 |
NB-LWR:6250MW.D4/T1/T3-2055.Repro_UOX.LIFO.MOX:T1/NB-LWR |
6250MW of newbuild LWR reactors ordered in time following this scenario (https://hedera.nuclear-21.net/out/out.ViewDocument.php?documentid=1512). Extended operation of Doel 4, Tihange 1 and Tihange 3 until 2055. UOX is reprocessed (demand-driven) and the resulting MOX is used in Tihange 1 from 2032 onwards (up to 20%) and the newbuild LWRs (up to 50%). For past and future reprocessing LIFO is assumed. |
|
77 |
NB-LWR:6250MW.D4/T1/T3-2055.Repro_UOX.FIFO.MOX:T1/NB-LWR |
6250MW of newbuild LWR reactors ordered in time following this scenario (https://hedera.nuclear-21.net/out/out.ViewDocument.php?documentid=1512). Extended operation of Doel 4, Tihange 1 and Tihange 3 until 2055. UOX is reprocessed (demand-driven) and the resulting MOX is used in Tihange 1 from 2032 onwards (up to 20%) and the newbuild LWRs (up to 50%). For past and future reprocessing FIFO is assumed. |
|
78 |
NB-LWR:6250MW.D4/T1/T3-2065.Repro_UOX.LIFO.MOX:T1/NB-LWR |
6250MW of newbuild LWR reactors ordered in time following this scenario (https://hedera.nuclear-21.net/out/out.ViewDocument.php?documentid=1512). Extended operation of Doel 4, Tihange 1 and Tihange 3 until 2065. UOX is reprocessed (demand-driven) and the resulting MOX is used in Tihange 1 from 2032 onwards (up to 20%) and the newbuild LWRs (up to 50%). For past and future reprocessing LIFO is assumed. |
|
79 |
NB-LWR:6250MW.D4/T1/T3-2065.Repro_UOX.FIFO.MOX:T1/NB-LWR |
6250MW of newbuild LWR reactors ordered in time following this scenario (https://hedera.nuclear-21.net/out/out.ViewDocument.php?documentid=1512). Extended operation of Doel 4, Tihange 1 and Tihange 3 until 2065. UOX is reprocessed (demand-driven) and the resulting MOX is used in Tihange 1 from 2032 onwards (up to 20%) and the newbuild LWRs (up to 50%). For past and future reprocessing FIFO is assumed. |
|
1001 |
dummy 1 |
dummy1 |
|
1002 |
dummy 2 |
dummy2 |
|
1003 |
dummy 3 |
dummy3 |
|
1005 |
dummy 5 |
dummy5 |
|
1006 |
FR NPP-Park 60 years + MOX in N1300 + 24 EPR2 (60/70/80 years) with MOX |
Current NPP-Park 60-years + EPR2-60/70/80-ans with extraMOX (in N1300) + EPR2 with MOX (FR analysis scenario 4423) |
|
1007 |
Current NPP-Park 60/70-years + EPR2-80-years with extraMOX (in N1300) + EPR2 with MOX (FR analysis scenario 442) |
Current NPP-Park 60/70-years + EPR2-80-years with extraMOX (in N1300) + EPR2 with MOX (FR analysis scenario 442) |
|
1008 |
Current NPP-Park 60/70-years + EPR2-80-years with extraMOX (in N1300) + EPR2 with MOX (FR analysis scenario 448) |
Current NPP-Park 60/70-years + EPR2-80-years with extraMOX (in N1300) + EPR2 with MOX (FR analysis scenario 448) |
|
1009 |
Current NPP-Park 60/70-years (monoMOX/REPU) + EPR2-80-years with MOX + SFRs(FR analysis scenario 4474) |
Current NPP-Park 60/70-years (monoMOX/REPU) + EPR2-80-years with MOX + SFRs(FR analysis scenario 4474) |
|
1010 |
Current NPP-Park 60/70-years (monoMOX/REPU) + EPR2-80-years with MOX + MOX-MR 1-2 + SFRs(FR analysis scenario 4489) |
Current NPP-Park 60/70-years (monoMOX/REPU) + EPR2-80-years with MOX + MOX-MR 1-2 + SFRs(FR analysis scenario 4489) |