This tutorial is from MC Encyclopedia (MCMOD.CN) using the CC By-NC-SA protocol.

This production line is different from the previous three and four times production lines. It is a production line with chemical crystals as its core.

The main machines required are: rotary gas -liquid converter, electrolytic separator, chemical irrigation, chemical oxidant, chemical solubility room, chemical cleaning machine, chemical crystallizer.

Overall idea: Electrolytic separators Electrolytic hydrogen and oxygen, chemical oxide oxide oxide, sulfur dioxide, chemically reacting sulfur dioxide in a chemical irrigation device.Through the pipeline of sulfur dioxide, a mix of water vapor generated by a chemical irrigation machine with a rotary air fluid switch is mixed to generate sulfuric acid.Sulfuric acid is transported to the chemical dissolving room through a pipeline, reacts with the raw ore (such as iron ore) to generate the corresponding pulp (eg, the iron pulp).The slurry is transported to a chemical cleaning machine through the pipe, and a pure pulp (eg, a pure iron pulp) is generated with water.Pure slurry is then transported to a chemical crystal device through a pipe, and finally crystals into corresponding crystals (eg, iron crystals).

After the crystal can be treated in two different ways:

First, use the quartz mill with application energy 2 to grind directly, and then burn to make the corresponding metal ingot.(Recommended, the cost is low -efficiency and no card, and it can be easily automated with the automatic swelling automatic actuator.)

2. Continue to use MEK's processing route

Pressing, purifying, crushing, enrichment, melting.

flow chart:

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