Extreme Reactors Wiki & Guide

Assemble a hollow frame using Reactor Casing (Basic) and Reactor Glass (Basic), then place a Reactor Controller (Basic) on the casing to form the multiblock. Insert Reactor Fuel Rod (Basic) columns inside and a Reactor Control Rod (Basic) on top of each fuel rod column.

Mine Raw Yellorium ore, which drops Raw Yellorium, then smelt or blast it into Yellorium ingots. Raw Yellorium can also be crafted into a Raw Yellorium Block for storage.

Cyanite is obtained as a waste byproduct from reactor fuel consumption and can be crafted into Cyanite Blocks or processed in a Reprocessor. Reprocessor recipes convert Cyanite back into usable fuel materials.

Blutonium is produced through Reprocessor recipes, which consume Cyanite and other inputs to output Blutonium ingots. Blutonium Ingots can be crafted into Blutonium Blocks for storage.

Construct a hollow frame from Turbine Housing (Basic) and Turbine Glass (Basic), then place a Turbine Controller (Basic) on the casing. Inside, place a Turbine Rotor Bearing (Basic), Turbine Rotor Shaft (Basic), and Turbine Rotor Blade (Basic) to form the rotor assembly.

Feed steam into the Turbine via a Turbine Active Forge Fluid Port or Turbine Passive Forge Fluid Port, and the spinning rotor drives a Turbine Active Forge Energy Power Tap or Turbine Passive Forge Energy Power Tap to output Forge Energy.

Active power taps require the multiblock to be actively running and push energy out, while Passive power taps extract energy passively from the running reactor or turbine. Both come in Basic and Reinforced variants.

Use a Reactor Solid Access Port (Basic or Reinforced) to insert Yellorium ingots or blocks into the reactor. Reinforced reactors also support a Reactor Fuel Injection Port (Reinforced) for automated fuel feeding.

Reactors output Cyanite waste, which can be pulled from a Reactor Solid Access Port. The waste is then fed into a Reprocessor to recover usable materials.

Assemble a multiblock from Reprocessor Casing and Reprocessor Glass, then place a Reprocessor Controller on the casing. Add a Reprocessor Power Port for energy, a Reprocessor Waste Injector for Cyanite input, and a Reprocessor Output Port for results.

Construct a multiblock using Fluidizer Casing and Fluidizer Glass, then place a Fluidizer Controller on the casing. Attach a Fluidizer Power Port for energy, a Fluidizer Solid Injector and Fluidizer Fluid Injector for inputs, and a Fluidizer Output Port for outputs.

Assemble a multiblock from Energizer Casing, then place an Energizer Controller on the casing. Add an Energizer Computer Port for automation, an Energizer Charging Port for FE input, and an Energizer Power Port for FE output.