Fissile Fuel: Difference between revisions
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'''Fissile Fuel''' is a type of nuclear fuel, consumed in a [[Fission Reactor]] to produce [[Radiation|radioactive]] [[Nuclear Waste]] and heated coolant (typically [[Steam]], fed to an [[Industrial Turbine]], or [[Superheated sodium|Superheated Sodium]], fed to a [[Thermoelectric Boiler]]). | |||
Fissile Fuel is | |||
{{block | {{block | ||
|mod=Mekanism | |mod=Mekanism | ||
|image=Fission_fuel.png | |image=Fission_fuel.png | ||
|type=Gas | |type=Gas | ||
}} | }} | ||
== | == Basic Production Chain == | ||
# Refine [[Uranium Ore]] into [[Uranium Ingot]]s, preferably by the [[Ore Processing|Tier 4 ore quintupling process]]. | # Refine [[Uranium Ore]] into [[Uranium Ingot]]s, preferably by the [[Ore Processing|Tier 4 ore quintupling process]]. | ||
# Process the [[Uranium Ingot]]s in an [[Enrichment Chamber]] to produce [[Yellow Cake Uranium]]. | # Process the [[Uranium Ingot]]s in an [[Enrichment Chamber]] to produce [[Yellow Cake Uranium]]. | ||
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To produce Fissile Fuel, from the basic inputs of: Water, Coal (or similar), [[Oxygen]], [[Fluorite]] and [[Uranium Ingot]]s is an involved process. | To produce Fissile Fuel, from the basic inputs of: Water, Coal (or similar), [[Oxygen]], [[Fluorite]] and [[Uranium Ingot]]s is an involved process. | ||
Ideally, you would have 3 [[Chemical Infuser|Chemical Infusers]], and 2 [[Chemical Oxidizer]]s. | Ideally, you would have 3 [[Chemical Infuser|Chemical Infusers]], and 2 [[Chemical Oxidizer]]s. | ||
As well as one each of: [[Enrichment Chamber]], [[Pressurized Reaction Chamber]], [[Rotary Condensentrator]], [[Chemical Dissolution Chamber]], [[ | As well as one each of: [[Enrichment Chamber]], [[Pressurized Reaction Chamber]], [[Rotary Condensentrator]], [[Chemical Dissolution Chamber]], [[Isotopic Centrifuge]]. | ||
Listed here are the steps in counterclockwise order from the screenshot below. | Listed here are the steps in counterclockwise order from the screenshot below. | ||
Latest revision as of 07:42, 14 November 2024
Fissile Fuel is a type of nuclear fuel, consumed in a Fission Reactor to produce radioactive Nuclear Waste and heated coolant (typically Steam, fed to an Industrial Turbine, or Superheated Sodium, fed to a Thermoelectric Boiler).
Basic Production Chain
- Refine Uranium Ore into Uranium Ingots, preferably by the Tier 4 ore quintupling process.
- Process the Uranium Ingots 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.
Detailed Production Chain
To produce Fissile Fuel, from the basic inputs of: Water, Coal (or similar), Oxygen, Fluorite and Uranium Ingots is an involved process. Ideally, you would have 3 Chemical Infusers, and 2 Chemical Oxidizers. As well as one each of: Enrichment Chamber, Pressurized Reaction Chamber, Rotary Condensentrator, Chemical Dissolution Chamber, Isotopic Centrifuge.
Listed here are the steps in counterclockwise order from the screenshot below.
The first step, of creating Sulfur Dust has multiple paths. Using Coal is convenient, but alternatives include Hydrogen Chloride + Gunpowder (From crushing Flint)
- Making Sulfuric Acid: (Orange below)
- Pressurized Reaction Chamber: Oxygen + Water + Coal (etc) = Sulfur Dust
- Chemical Oxidizer: Sulfur Dust = Sulfur Dioxide
- Chemical Infuser: Sulfur Dioxide + Oxygen = Sulfur Trioxide
- Chemical Infuser: Sulfur Trioxide + Water Vapor = Sulfuric Acid
- Rotary Condensentrator: Water = Water Vapor
- Making Fissile Fuel: (Pink below)
- Making Uranium Oxide (Green below)
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