Enriched Yellowcake Processing and Uranium Fuel Rods

guide

Enriched Yellowcake in Create Nuclear is a concentrated uranium fuel precursor processed through centrifuges to fuel high-output nuclear fission reactors.

Centrifuge Enrichment and Isotope Separation

Natural uranium consists primarily of non-fissile isotopes that must be enriched before fueling power reactors:

Compact liquid uranium solutions inside heated basins to produce solid baseline Yellowcake.
Transport baseline Yellowcake into high-speed centrifuge chambers driven by high-RPM kinetic shafts.
Centrifugal force separates heavier isotopes, concentrating fissile material into dense Enriched Yellowcake.
The enrichment process requires sustained rotational torque and steady power to prevent processing interruptions.
Operating multiple centrifuges in parallel increases enriched yellowcake yields to match the ravenous fuel consumption of multi-rod reactors.
Extracted Enriched Yellowcake emits elevated radiation levels, demanding full hazmat precautions during handling.
Store enriched materials inside lead-lined lockers or blast-proof bins until ready for fuel rod assembly.

Manufacturing Nuclear Reactor Fuel Rods

Enriched Yellowcake serves as the vital active component inside commercial nuclear reactor rods:

Combine Enriched Yellowcake with structural graphite moderator sleeves and protective Lead Ingot caps.
Assemble finished fuel rods inside automated deployer lines or mechanical crafting matrixes.
Insert the completed fuel rods into active reactor core slots surrounded by coolant manifolds.
During active nuclear fission, the enriched fuel generates immense thermal energy to turn high-pressure steam turbines.
Monitor reactor temperature gauges constantly to ensure coolant flow matches thermal output and prevent overheating.

Radiation Safety and Spent Fuel Storage

Handling enriched nuclear fuels requires strict adherence to plant safety protocols:

Always wear a complete suit of anti-radiation armor including the Black Anti Radiation Helmet and Anti Radiation Boots.
Never handle Enriched Yellowcake with bare player hands to avoid instant radiation poisoning debuffs.
Installing automated alarms and warning lights around enrichment centrifuges alerts factory operators to elevated radiation levels.
Install automated brass item funnels to route enriched cakes directly from centrifuges into rod assembly bays.
Handling enriched uranium with automated mechanical arms ensures zero physical contact and protects personnel during fuel loading.
Once fuel rods are fully depleted, transfer spent waste into deep underground disposal vaults encased in solid lead blocks.