Uranium

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Experimental-Only Content: This information has been updated to the V2.X version of IC².
The most recent version of IC² is V2.8.<html>.

Uranium can be obtained by mining Uranium Ore. It can be crushed, washed and centrifuged to create Uranium-235 and Uranium-238, which can be further used in nuclear engineering.

Processing[edit]

To use Uranium in nuclear fission, we need to increase the concentration of the fissile Uranium-235. Unfortunately, the only way to do this is to separate the Uranium-235 from the more common (but less useful) Uranium-238. Exposing natural Uranium to the high powered lasers in a Thermal Centrifuge should do the trick; however, this will require the ore to be crushed and preferably cleaned.

Grid Uranium Ore.png
Grid RE Battery (Charged).png
Grid Crushed Uran Ore.png

Crushed Uran Ore

Crushed Uran Ore







Uranium-235[edit]

Uranium-235 is the more useful part of Uranium ore, however, it only accounts for 2.7-4.25% of natural Minecraftian Uranium (in real life, only about 0.72%). This is the part which sustains the fission chain reaction; it is highly radioactive. Uranium-235, in sufficient quantity, can sustain fission even when being enriched with the common and non-fissile Uranium-238. The result is an even more useful beta-decayed Uranium-238, also known as Plutonium-239.

Recipes[edit]

Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Tiny Pile of Uranium 235.png
Grid Uranium 235.png


Grid Uranium 235.png






Grid Tiny Pile of Uranium 235.png

Tiny Pile of Uranium 235

Tiny Pile of Uranium 235


Uranium-238[edit]

Uranium-238 is the most common isotope of Uranium. Uranium-238 alone cannot sustain a nuclear fission chain reaction, which is why it is enriched with Uranium-235. 95.75-97.3% of natural Minecraftian Uranium consists of Uranium-238. The isotope itself is still radioactive, unless bundled into a large form. Our scientists still cannot explain this phenomenon, but there are a few HAYO-ish rumors involving tiny radioactive-eating bees... Don't ask me.

Recipes[edit]

Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Uranium Block.png


Grid Uranium Block.png






Grid Uranium 238.png

Uranium 238

Uranium 238


Enrichment[edit]

Our best scientists have come to the conclusion that the magic ratio is 3:57. So, to enrich the Uranium and prep it for Fuel Rods, put those isotopes together in this formation:

Grid Uranium 238.png
Grid Tiny Pile of Uranium 235.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Tiny Pile of Uranium 235.png
Grid Uranium 238.png
Grid Uranium 238.png
Grid Tiny Pile of Uranium 235.png
Grid Uranium 238.png
Grid Enriched Uranium Nuclear Fuel.png


Now that you have Enriched Uranium Nuclear Fuel, use a Canning Machine to fill an Empty Fuel Rod. You should end up with a useable Uranium Fuel Rod, which can be placed directly inside the reactor.


Re-Enrichment[edit]

See MOX Nuclear Fuel