MOX (Plutonium-Uranium mixed Oxide) Nuclear Fuel

In summary, the article mentioned in POWER magazine for January 2010 reports that Japan has begun operating a MOX-fueled reactor. The article also states that global MOX-fuel usage is expected to be around 5% this year. However, there are only a small number of facilities capable of producing MOX fuel, making the accuracy of this statement questionable. France and Japan have the most nuclear power plants and can run MOX fuel in almost all of them, while CANDUs may also have the capability. MOX fuel typically contains 5% plutonium and is usually loaded in a mixed core with UO2 assemblies. The article can be found in the link provided.
  • #1
CFDFEAGURU
783
10
Hello all,

I just read an article in POWER magazine for this month (January 2010) that Japan is now operating a MOX-fueled reactor.

In this article it is stated that MOX-fuel usage should be about 5% globally this year. Is that statement accurate given the small number of facilites that can produce MOX fuel?

Thanks
Matt
 
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  • #2
CFDFEAGURU said:
In this article it is stated that MOX-fuel usage should be about 5% globally this year. Is that statement accurate given the small number of facilites that can produce MOX fuel?
The countries with lots of nuclear power (France and Japan) can run mox fuel in pretty much all of the plants, I think CANDUs can also run on MOX.
 
  • #3
I don't believe the 5% figure is accurate.

MOX fuel is only about 5% Pu to begin with and the plants that do run it usually only load about a third of the core with it.

Are there any CANDU's on MOX?
 
  • #4
It might be 5% of plants, but I'd have to read the article. MOX is usually loaded in mixed core with UO2 assemblies. A number of EU programs - primarily France and Germany are running MOX assemblies. Japan recently started MOX. MOX is typically 6-8% Pu to match the 4.0-5% U-235 equivalent. The commercial MOX uses LWR RG Pu and not WG-derived Pu.

CANDUs have historically used natural U in UO2, but CANFLEX assemblies have been using slightly enriched U more recently.
 
  • #5
... but I'd have to read the article

Astronuc,

Here is a link to the magazine that contains the write up. It starts on page 8.

The title is "Japan Launches Commercial Operation of MOX-Fueled Reactor"

http://www.powermag-digital.com/powermag/201001_1#pg1

If you don't have an account, you'll have to create on, but it is free.

Thanks
Matt
 
Last edited by a moderator:

What is MOX nuclear fuel?

MOX (Plutonium-Uranium mixed Oxide) nuclear fuel is a type of nuclear fuel made by mixing plutonium and uranium oxides. It is used in nuclear reactors to generate heat, which is then used to produce electricity.

How is MOX nuclear fuel different from traditional nuclear fuel?

The main difference between MOX nuclear fuel and traditional nuclear fuel is the composition of the fuel. Traditional nuclear fuel is made up of only enriched uranium, while MOX fuel contains a mixture of both uranium and plutonium.

What are the advantages of using MOX nuclear fuel?

One advantage of using MOX nuclear fuel is that it allows for the use of surplus weapons-grade plutonium, which can be safely disposed of through nuclear energy production. Additionally, MOX fuel can produce more energy and has a longer lifespan compared to traditional nuclear fuel.

What are the potential risks of using MOX nuclear fuel?

One potential risk of using MOX nuclear fuel is the increased chance of nuclear proliferation, as plutonium is a key ingredient in nuclear weapons. Additionally, there is a higher risk of accidents and radioactive contamination due to the increased complexity of handling and processing MOX fuel.

Is MOX nuclear fuel safe?

Like all forms of nuclear energy, MOX nuclear fuel carries some inherent risks. However, when properly managed and regulated, MOX fuel can be safely used for energy production. Extensive safety measures and protocols are in place to ensure the safe handling and disposal of MOX fuel.

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