Crafting Reactor Rods and Configuring Blueprints in Create Nuclear

guide

Fabricating functional fuel rods and graphite moderators in Create Nuclear requires mechanical crafting arrays, fluid uranium compacting, and systematic blueprint configuration. While basic reactor casings provide structural containment, power generation only occurs when uranium fuel rods and graphite moderator rods are arranged into precise geometric patterns. Understanding the multi-block mechanical crafting layouts and thermal balancing dynamics prevents reactor meltdowns while maximizing rotational stress unit output.

Crushing Coal into Graphene and Graphite Rods

Thermal moderation inside a nuclear core requires dense carbon moderation rods to prevent runaway chain reactions:

Feed standard Coal or Charcoal through kinetic Crushing Wheels to grind the lumps into fine Coal Dust.
Press Coal Dust on a Depot or conveyor belt under a Mechanical Press to produce pure sheets of Graphene.
Fabricating the finished Graphite Rod requires an automated Mechanical Crafting array arranged in a 3-wide by 4-tall grid (12 mechanical crafters total).
The crafting pattern requires eight Steel Ingot pieces and four Graphene items. Place steel ingots down the entire left column (4 ingots) and right column (4 ingots), while placing graphene down the middle column (4 sheets).
Connecting rotational power to the mechanical crafter array binds the carbon and steel into one functional Graphite Rod.

Because graphite rods absorb excess neutrons without generating thermal heat, placing them adjacent to fuel rods stabilizes core temperature.

Compacting Uranium and Forging Uranium Rods

Manufacturing active nuclear fuel begins with fluid uranium extraction and enrichment:

Route 100 mb of molten Uranium fluid into a basin positioned under a Mechanical Press. Compacting the fluid produces one cake of Yellowcake.
Pass yellowcake through Bulk Fan Processing by blowing air with an Encased Fan through Enriching Fire (lit atop Enriched Soul Soil) or an Enriching Campfire to convert the concentrate into Enriched Yellowcake.
Assembling a Uranium Rod requires a 5-wide by 5-tall Mechanical Crafting matrix configured diagonally with five Enriched Yellowcake items.
Position the five enriched yellowcakes along the diagonal axis from the bottom-left crafter to the top-right crafter, leaving all other grid slots empty.
Powering the mechanical crafter array combines the enriched yellowcake into a functional Uranium Rod.

Fuel rods generate thermal energy and drive the reactor core when loaded into the active grid.

Configuring the Reactor Blueprint

The core pattern of a Create Nuclear reactor is defined using a handheld Reactor Blueprint:

Place the blank blueprint into your hotbar and right-click it to open the reactor layout grid.
Insert manufactured Uranium Rod items into active slots to designate power-producing fuel positions.
Place Graphite Rod items adjacent to fuel slots to provide thermal moderation and regulate energy generation.
Right-clicking the configured blueprint onto the assembled Reactor Controller uploads the layout into the core.
Balancing uranium fuel with graphite moderators ensures that the reactor generates massive stress capacity proportional to core scale without overheating past safe containment thresholds.