Long-Lived Nuclear Waste

Long-lived nuclear waste is a class of nuclear waste known for having an average half-life that is somewhat long, usually because the constituent radioisotopes are neutron capture products or transuranic elements. There are 4 sub-classes of this type of waste, one for each type of radioisotope that it derived from, those being Thorium-232, Uranium-233, Uranium-235, Neptunium-237, and Schrabidium-326. All of which have decayed variants. It can be placed into a Nuclear Waste Disposal Drum to decay and get different products.

Production
All types are recycled using a SILEX.

Thorium-232 type comes from Thorium Fuel.

Uranium-233 type comes from Highly Enriched Uranium-233 Fuel.

Uranium-235 type comes from Medium Enriched Uranium, NU Fuel, MOX Fuel, and Highly Enriched Uranium-235 Fuel.

Neptunium-237 type comes from Medium and Highly Enriched Neptunium-237 Fuel.

Schrabidium-326 type comes from any Schrabidium fuel, in the appropriate quantities given the Sa-326 proportion in the fuel.

Recycling

 * Non-Decayed
 * Thorium-232
 * 40% Uranium-233
 * 35% Uranium-235
 * 25% Nuclear Waste (Generic)
 * Uranium-233
 * 15% Uranium-235
 * 25% Neptunium-237
 * 45% Plutonium-239
 * 15% Technetium-99
 * Uranium-235
 * 25% Neptunium-237
 * 45% Plutonium-239
 * 15% Plutonium-240
 * 15% Technetium-99
 * Neptunium-237
 * 15% Uranium-238
 * 40% Plutonium-239
 * 15% Plutonium-240
 * 15% Technetium-99
 * 15% Nuclear Waste
 * Schrabidium-326
 * 25% Schrabidium-327
 * 18% Euphemium
 * 16% Ghiorsium-336
 * 8% Tantalium
 * 8% Neodymium
 * 25% Nuclear Waste


 * Decayed
 * Thorium-232
 * 35% Lead
 * 40% Bismuth
 * 15% Dust
 * 10% Nuclear Waste
 * Uranium-233
 * 65% Lead
 * 15% Bismuth
 * 20% Nuclear Waste
 * Uranium-235
 * (Same as U-233, but with dust instead of generic nuclear waste)
 * Neptunium-237
 * 16% Uranium-238
 * 55% Lead
 * 20% Dust
 * 9% Nuclear Waste
 * Schrabidium-326
 * 25% Schrabidium-327
 * 18% Euphemium
 * 15% Ghiorsium-336
 * 8% Tantalium
 * 8% Neodymium
 * 31% Nuclear Waste