Primary solution

3-reactor version – Summary

Overview

Split water in OH and H

Send 2 OH to reactor 3 and build Phosphoric Acid from 3 other OHs – Send 4 OH through before starting

Build PO from 2 OH and 5H

Alternate solution

Overview

WaterSplitter

Hydrogen distribution 1 to 3

Oxygen distribution 1 to 1

At both single atom ratio ends – build HO-radical

Build the P=O radical

Combine 3x H-O and 1x P=O to Phosphoric Acid

Alternate solution

Overview

As you can see; lots of storage space.
I had a few “hangs” in the Hydrogen- and Oxygen Distributors due to full exit-pipes.
The P=O synthesizer is a bit slow :)

Breaking Water in Hydrogen and Oxygen

Yes, I know, this can be done much, much more efficiently…. I found that out as well.
see the WaterSplitter I built for ‘Exploding Head Syndrome‘, which I did after this Challenge :)
And even that one is inefficient; for ‘Falling‘ I built the least inefficient WaterSplitter I could think of at this time. (The blue layer)

Distributing Oxygen in 1 to 1 ratio

Distributing Hydrogen in 3 to 1 ratio

Creating HO-radical

In retrospect, this reactor can be much simpler. The red cycle is completely superflous if the blue
one is positionned differently.

Synthesize Phosfor and binding to Oxygen

Binding 1 PO-radical to 3 HO-radicals