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Prefab - Refinery System

A rework of my old modular refinery segment.

Follows this path:

Input Sorter - Drains All ores, splits to 5 paths
1.) Drains All ice. Sends to 2x H2/O2 generators
2.) Drains All Uranium ore & Stone. Sends to a 500% Power Efficiency refinery. This cheaply destroys stone and generates 96.4 Uranium ingots for every ingot used in a reactor.*
3.) Drains All Iron ore, Silicon Ore, and Scrap Metal. Sends to a refinery with 2x Yield and 2x Power Efficiency modules.**
4.) Drains All Nickel, Cobalt, & Magnesium. Sends to a refinery with 4x Yield modules.
5.) Drains All Silver, Gold, & Platinum. Sends to a refinery with 4x Yield modules.

All paths converge on a shared Output Sorter set to drain ingots. Additional pipes branch from the H2/O2 generators in case you want to pipe them directly into your hydrogen & oxygen storage.

*Processing Uranium with 4x Yield Modules would produce 38.6 Uranium ingots per ingot used in a reactor, about 40% as effective as the Power Efficiency approach. This design assumes nuclear power is being used. If your base has a sustainable power source, replace these with Yield modules and dump the stone somewhere else.

**Iron & Silicon ore refine at 70% efficiency, and so cannot benefit from yield boosts of greater than 142.8% because this would result in them generating more mass than the ores initially possessed. 2x Yield Modules grant +141%.

Scrap Metal refines at 80% efficiency, and can only receive up to 125% in effectiveness increases. 1x Yield module grants 119% while 1.5 grant 130%. If you expect to have large quantities of Scrap Metal, you can route your scrap to an alternate refinery with fewer Yield modules to gain greater benefit.