Reprocessing Is When Waste from a Commercial Nuclear Reactor Is Put Through a Process That Recovers Around 30% of the Spent Nuclear Fuel

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Reprocessing Is When Waste from a Commercial Nuclear Reactor Is Put Through a Process That Recovers Around 30% of the Spent Nuclear Fuel

Nuclear Fuel Reprocessing Reprocessing is when waste from a commercial nuclear reactor is put through a process that recovers around 30% of the spent nuclear fuel. This allows a reduction in waste and a reduction of uranium mining. Economics ITEM: COST: Nuclear Reactor $3 to $5 Billion (upwards of $9 Billion) Reprocessing Reactor $16 Billion1 AP1000 Advanced Pressure Water Reactor (expected) $1400 USD per kW2 Average Nuclear Reactor $2555 USD per kW3 Reprocessing Fast Reactor $3828 USD per kW4 Nuclear reprocessing is not necessary 1 Storing Uranium $520 per kg for sustainability of resources, nor is 1,5 Storing Reprocessed Uranium $630-$1255 per kg it economically beneficial in either re- 2 Uranium Prices $45 per lb ducing the cost of nuclear power or Cost to use reprocessed Uranium $454 per lb5 the cost of nuclear waste storage. Re- ————————————————————————————————————————————————————- 1Boston Consulting Group *2007+, 2Energy Information Administration *2009+,3 The World Nuclear Association *2007+, processing is however, viable for re- 4Grupert *2009+, 5Zwaan, Holdren, Fetter, & Bunn *2003+ ducing or lessening the effects of nu- Quick Summary of Information: The main benefits of re- clear waste storage on the environ- ment. If reprocessing is further de- Total amount of uranium available: 3,910,000,000 metric tons processing include the Amount currently used per year: 66815 metric tons veloped, it would enable nuclear reduction in nuclear If the usage does not change reserves will last: 58,500 years power to become a major source of If usage of nuclear power is increased by a factor greater than waste that must be energy in the United States, without 4 world wide, uranium reserves will last 14,200 years. stored and increase the the presence of consequence of large amount of fuel available. amounts of nuclear waste. By: Salim Raal, Kevin Burns, Jillian Chalke, Joseph Brown, and Adam Jardim .

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