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New version (starting from 0.5.6-per3) original distillation tower tutorial

New version (starting from 0.5.6-per3) original distillation tower tutorial

  • The primitive distillation tower has a new heat conduction mechanism. The bottom heat conduction chamber absorbs heat, and the top heat conduction chamber needs to dissipate heat.

  • The bottom provides the heat required for the recipe, and the top provides additional time reduction (the lower the better, with rewards for low and penalties for high).

  • Very simple, just need two heaters and two coolers.

New version (starting from 0.5.6-per3) original distillation tower tutorial
New version (starting from 0.5.6-per3) original distillation tower tutorial
  • cooling section

The cooler consumes 1B of water and returns 990mb. It won't work if the output is full, need a little control to avoid.

New version (starting from 0.5.6-per3) original distillation tower tutorial

For the calibrator attached to the steel drum (it can also be a wooden drum, or any container) at the input side, the number 20 can be changed arbitrarily, but it is best not to let the container become full.

New version (starting from 0.5.6-per3) original distillation tower tutorial
New version (starting from 0.5.6-per3) original distillation tower tutorial

Cooler opening allows fluid input from the output surface, automatically outputs upward.

  • heater part

Just copy the diagram, if you don't understand you can go check another wiki (following the diagram won't go wrong x)

New version (starting from 0.5.6-per3) original distillation tower tutorial
New version (starting from 0.5.6-per3) original distillation tower tutorial

  • Full view (please ignore the trash can)

New version (starting from 0.5.6-per3) original distillation tower tutorial

Another arrangement only needs one matter aggregator and pipe direction

New version (starting from 0.5.6-per3) original distillation tower tutorial

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