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Fractionator tile
This is a tileable, easy to use and efficient fractionator design that will fit almost anywhere on the planet.
Unproliferated hydrogen
For unproliferated hydrogen, the fractionator efficiency is 96.6%, so it produces 9.27 deuterium per second. This means that maximum throughput is reached at 13 copies of the design, at which point 120/s deuterium is produced.
The fractionator efficiency can be increased by adding a second hydrogen belt on the other side of the design, so that the loops are topped up every four fractionators rather than every 8. Doing this increases the efficiency to 98.5%, which I don't think is typically worth the added cost in space, UPS, and pile sorters.
Proliferated hydrogen
For proliferated hydrogen, the fractionator efficiency is 93.2%, so it produces 17.91 deuterium per second. This means that maximum throughput is exceeded at 7 copies of the design, at which point 120/s deuterium is produced.
As before, efficiency can be increased by adding a second hydrogen belt; this increases the efficiency to 97%. For proliferated hydrogen, this may or may not be worth the additional belt.
Unproliferated hydrogen
For unproliferated hydrogen, the fractionator efficiency is 96.6%, so it produces 9.27 deuterium per second. This means that maximum throughput is reached at 13 copies of the design, at which point 120/s deuterium is produced.
The fractionator efficiency can be increased by adding a second hydrogen belt on the other side of the design, so that the loops are topped up every four fractionators rather than every 8. Doing this increases the efficiency to 98.5%, which I don't think is typically worth the added cost in space, UPS, and pile sorters.
Proliferated hydrogen
For proliferated hydrogen, the fractionator efficiency is 93.2%, so it produces 17.91 deuterium per second. This means that maximum throughput is exceeded at 7 copies of the design, at which point 120/s deuterium is produced.
As before, efficiency can be increased by adding a second hydrogen belt; this increases the efficiency to 97%. For proliferated hydrogen, this may or may not be worth the additional belt.
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