40 Fuel in = 40 Plastic out

Requieres 36MW to operate

15 modules for Mk2 pipe of Fuel

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Max amount of Plastic for Mk2 pipe of Crude Oil is also 1800 but its more tricky than with Rubber: 1400 directly from Fuel + 400 from converting 200 Rubber Polymer Resin resin into Plastic with last 200 Fuel, so 1733.33 setup may be more reasonable: just produce 133.33 Plastic straightly from the Polymer Resin.

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You can re-calibrate this module for any Plastic output folowing this scheme:

~ for the first Refinary target production rate is your desiered amount of Fuel input (or Plastic output) multiplied by 2/3

~ for the second Refinary is input multiplied by 4/3

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For example to reduce amount of modules for Mk2 pipe of Fuel to 6:

~ 100 * 2 / 3 = 66.667

~ 100 * 4 / 3 = 133.334

It gives you 100 in 100 out and adds 4 Power Shards to a cost (120.7MW).

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For the balance between Power Shards (2) and amount of modules (7):

~ 600 / 7 * 2 / 3 = 57.14285714285714

~ 600 / 7 * 4 / 3 = 114.28571428571428

Production rate here will be 600 / 7 = 85.71428571428571 from one module (98.4MW).

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Another modification that you can make is removing 1 Splitter and 1 Merger. Nothing wil change in the output, but you should wait until first Refinary will be filld to the full stack of its input resource.