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Compacting Uranium Fluids into Enriched Yellowcake

guide

Compacting in Create Nuclear utilizes mechanical presses and heated basins to condense liquid uranium into solid blocks of Yellowcake for reactor fuel synthesis.

Mechanics of Basin Compacting

Transforming liquid nuclear solutions into solid radioactive compounds requires high mechanical pressure:

  • Mount a mechanical press directly above a sturdy basin block driven by rotational shafts at 64 RPM or higher.
  • Position a blaze burner beneath the basin to provide the intense thermal energy required for chemical synthesis.
  • Pump 100mb of liquefied Uranium from chemical dissolution tanks into the basin through fluid pipes.
  • As the mechanical press descends, hydraulic pressure compacts the liquid solution into solid Yellowcake.
  • Once compaction completes, a mechanical brass funnel extracts the solid yellowcake cake onto an output conveyor line.
  • Installing mechanical mixers alongside the press ensures uniform fluid consistency before hydraulic compaction begins.
  • Mechanical compacting eliminates manual chemical handling, preventing dangerous direct player exposure to radioactive liquids.

Chemical Ratios and Basin Temperature Control

Maintaining steady compacting throughput requires stable fluid and heat management:

  • Keep the blaze burner superheated using blaze cakes or high-energy fuels to accelerate press cycles.
  • Monitor fluid pipe throughput to ensure a continuous inflow of liquid Uranium without air gaps.
  • Compacting precisely 100mb of liquid Uranium produces exactly 1 solid cake of Yellowcake.
  • Automated redstone comparators on fluid tanks can pause mechanical presses if liquid supplies drop below operating thresholds.
  • Compacted yellowcake blocks pop out cleanly from the basin onto waiting conveyor belts with zero residue loss.
  • Enclose the compacting workstation in heavy lead walls to shield nearby engineers from stray radiation.

Fuel Rod Manufacturing Pipeline

Solid yellowcake represents the core precursor for assembling commercial reactor fuel rods:

  • Route extracted Yellowcake cakes into secondary enrichment chambers to produce Enriched Yellowcake.
  • Combine enriched materials with structural graphite rods and lead casings to assemble finished reactor fuel rods.
  • Compacted fuel cakes burn with immense thermal efficiency, driving multi-turbine steam generators for hundreds of hours.
  • Stockpiling compacted yellowcake blocks in subterranean vault rooms guarantees continuous fuel replenishment during peak industrial power demands.
Enriched YellowcakeGraphite RodYellowcakeCompactingEnrichedUranium