fixed unit price simulation for disposal of spent fuel ... - Greenpeace UK
fixed unit price simulation for disposal of spent fuel ... - Greenpeace UK
fixed unit price simulation for disposal of spent fuel ... - Greenpeace UK
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Research Report<br />
3.8 Discounted Early Transfer Pricing Issues<br />
Probably the most controversial aspect <strong>of</strong> the government's Fixed Unit Price scheme is the<br />
option <strong>for</strong> nuclear energy utilities to transfer their <strong>spent</strong> <strong>fuel</strong> to government many decades<br />
be<strong>for</strong>e the waste can actually be disposed in a national deep geological repository.<br />
The presumption is that the NDA's geological repository is expected to open in 2040 and<br />
the <strong>disposal</strong> <strong>of</strong> the <strong>UK</strong>'s historic legacy waste takes 90 years to complete by 2130. After 2130<br />
the repository is available <strong>for</strong> the <strong>disposal</strong> <strong>of</strong> waste from new nuclear power stations.<br />
For example, an energy utility company operating an EPR could pay £174m up-front 10 years<br />
after the reactor begins generation, to transfer title <strong>of</strong> its lifetime <strong>spent</strong> <strong>fuel</strong> liability to government<br />
and so avoid a future <strong>spent</strong> <strong>fuel</strong> <strong>disposal</strong> liability <strong>of</strong> £1,530m. The arrangement effectively<br />
saves £1,356m (89%) <strong>of</strong> lifetime <strong>spent</strong> <strong>fuel</strong> <strong>disposal</strong> costs <strong>for</strong> an EPR. A utility company<br />
could quite credibly set aside the necessary £174m Early Transfer Price (levelised cost<br />
£17.4m/y) from its electricity sales during the first decade <strong>of</strong> nuclear power generation.<br />
In practice, the government has suggested a later Transfer Date <strong>of</strong> 2080 which increases the<br />
Early Transfer Price to £515m. This still saves the energy utility company £1,015m, some 66%<br />
<strong>of</strong> the £1,530m lifetime EPR <strong>spent</strong> <strong>fuel</strong> <strong>disposal</strong> cost - an excellent deal <strong>for</strong> utilities. FUPSIM<br />
models these dates below with a 60 year generating life <strong>for</strong> an EPR and AP1000.<br />
Price Shortfall from Early Transfer <strong>of</strong> Spent Fuel Liability<br />
Power<br />
Station<br />
Spent<br />
Fuel<br />
@ 60 Yrs<br />
Early<br />
Transfer<br />
Price<br />
2030<br />
Early<br />
Transfer<br />
Price<br />
2080<br />
Full<br />
Disposal<br />
Price<br />
2130<br />
Shortfall/<br />
Subsidy<br />
2080 - 2130<br />
EPR 1,391 tU £174m £515m £1,530m £1,015m (66%)<br />
Twin EPR 2,781 tU £347m £1,031m £3,060m £2,029m (66%)<br />
AP1000 1,061 tU £132m £393m £1,167m £774m (66%)<br />
Twin AP1000 2,126 tU £265m £788m £2,338m £1,550m (66%)<br />
FUPSIM modeled @ 65,000 MWd/tU thermal burn-up,<br />
EPR 37.2% efficient, AP1000 34.0% efficient, 60 year generating period,<br />
50 year storage period, 0% contingency <strong>for</strong> hotter <strong>spent</strong> <strong>fuel</strong>, FUP £1.1m/tU,<br />
Early Transfer discount rate 2.2%, reactor start-up 2020<br />
Jackson Consulting 40