Compact Self-Sustaining Nuclear Fuel Module

Welcome to the Compact Self-Sustaining Nuclear Fuel Module, a factory unit designed to endlessly produce Create: New Age Nuclear Fuel when provided with just a starting stock of thorium (as few as only 1 piece!).

The system is designed to be as compact as possible but still able to produce a large number of Nuclear Fuel. It has been tested against reactors with over 60 fuel rods and was able to out-produce their default consumption rate. Three variants of the system are available, Hardened, Main, and Vanilla:

• Hardened Variant (default download): Designed to be more robust and usable aboard Aeronautics Contraptions. Uses the more addons than other variants. It has been tested and is not yet 100% perfect. More revisions to come in the future.

• Main Variant: The original module design, only requires Create Cobblestone & Create Connected as Addons

• Vanilla Variant: Simplified to work with only Vanilla Create blocks, must be provided with cobblestone & stone from external sources such as a cobble & stone generators

=== Usage Instructions ===

To use the module, first print it without applying rotation or mirroring. If you choose to rotate or mirror the schematic, you must verify the rotational directions of the 2 belts, crushing wheels, and fan. If they do not rotate correctly, you will need to modify the design and add in some gearboxes.

Once printed, you need to waterlog the 5 oak stairs and add in at least 1 seed Thorium into the barrel located on the outer corner of the module.

IMPORTANT, you must also walk into the thorium mixing section, and verify that the clay & iron ingot compactor basins are set to NOT output into the thorium basins adjacent to them by clicking on the spout with a wrench. You need to instead change those two basins to output into the two depots next to them. This error seems to always automatically happen when the schematic is printed.

Finally, rotational power can be supplied to the module from any point. You just need to verify that the belts are rotating in the right direction (both belts move from the center towards the edge of the module).