Consider the following setup, focus on the insulated (orange) pipe:
I have the pump pumping at full capacity 10kg/s, the liquid is then passed through a filter and splits in two lines, one going left (to oxygen generation) and one going right (to a liquid vent). There are no blockages.
The oxygen generators only use a small amount of water, far less than 10kg/s, and you can see this reflected by the animated smaller "dots" of water, in the left hand pipe.
However, a side effect appears to be that I lose half the liquid output in the right hand side pipe, as you can see there are only 10kg/s dots of water every other pipe tile. So even though the left hand branch uses only say 1kg/s, the remaining 9kg/s is not pumped into the right hand pipe.
I assume this has to do with how a liquid/air is modelled, e.g. individual blobs that split 50% left, 50% right when at a junction. However, this is unrealistic and should probably be modelled differently.
Especially when one of the pipes is blocked, or has a smaller output (e.g. due to less consumption or due to a liquid valve), the split should be according to capacity. If 10kg/s is coming in, and the left hand pipe can only take 1kg/s, then 9kg/s should flow into the other pipe, so that you don't lose the 4kg/s of pressure in the pipes.
Construct T junction, have one end consume very little like 1kg/s, and the other end be free flowing
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