Fissile Fuel: Difference between revisions

Revision as of 19:45, 3 March 2021

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Fissile Fuel is "burned" in a Fission Reactor to produce Nuclear Waste and heated coolant.

Fissile Fuel Processing Diagram

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-Fissile Fuel is a Fuel used in a [[Fission Reactor]] to produce Nuclear Waste and heated coolant. You can produce it with a big setup.
+Fissile Fuel is "burned" in a [[Fission Reactor]] to produce Nuclear Waste and heated coolant.
-To produce Fissile Fuel you need [[Uranium Hexaflouride]] and a [[Isotopic Centrifuge]].
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-Here is a example Picture for a machine setup:
-<gallery>
+== Fissile Fuel Production Chain ==
-Production_fissile_fuel.png|Example for a Setup
+# Refine [[Uranium Ore]] into [[Uranium Ingot]]s, preferably by the [[Ore Processing|Tier 4 ore quintupling process]].
-</gallery>
+# Process the [[Uranium Ingot]]s in an [[Enrichment Chamber]] to produce [[Yellow Cake Uranium]].
+# Process the [[Yellow Cake Uranium]] in a [[Chemical Oxidizer]] to produce [[Uranium Oxide]].
+# Process [[Fluorite]] with [[Sulfuric Acid]] (such as from the Tier 4 ore process) in a [[Chemical Dissolution Chamber]] to produce [[Hydrofluoric Acid]].
+# Combine the [[Hydrofluoric Acid]] and [[Uranium Oxide]] in a [[Chemical Infuser]] to produce [[Uranium Hexafluoride]].
+# Process the [[Uranium Hexafluoride]] in an [[Isotopic Centrifuge]] to get Fissile Fuel.
+[[file:Production_fissile_fuel.png|thumb|Fissile Fuel Processing Diagram]]